4.1 RF conformance test cases
36.52123GPPEvolved Universal Terrestrial Radio Access (EUTRA)Part 2: Implementation Conformance Statement (ICS)Radio transmission and receptionRelease 17TSUser Equipment (UE) conformance specification
NOTE: To determine applicability of a test case, FGI support in combined or fddAddUEEUTRACapabilities or tddAddUEEUTRACapabilities is taken into account.
Table 4.11: Applicability of RF conformance test cases, ref. TS 36.5211 [1]
Clause 
Title 
Release 
Applicability 
Tested Bands / CAConfigurations Selection 
Branch 
Additional Information 


Condition 
Comments 

Transmitter Characteristics 

6.2.2 
UE Maximum Output Power 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD, TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.2.2_1 
UE Maximum Output Power for HPUE 
Rel10 
C39a 
UE supporting EUTRA Power Class 1 
D16 

C39b 
UE supporting EUTRA Power Class 2 
D17 

6.2.2A.1 
UE Maximum Output Power for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.2.2A.1_3 
UE Maximum Output Power for CA and HPUE (intraband contiguous DL CA and UL CA) 
Rel10 
C39b 
UE supporting intraband contiguous CA and Power Class 2 
E01 
TDD 

6.2.2A.2 
UE Maximum Output Power for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.2.2A.3 
UE Maximum Output Power for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.2.2A.4 
UE Maximum Output Power for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.2.2B 
UE Maximum Output Power for ULMIMO 
Rel10 
C07 
UE supporting EUTRA Power Class 3 and ULMIMO 
D05 
FDD, TDD 

6.2.2B_1 
HPUE Maximum Output Power for ULMIMO 
Rel10 
C202 
UE supporting EUTRA Power Class 2 and ULMIMO 
D05 
TDD 

6.2.2E 
UE Maximum Output Power for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

6.2.2EA 
UE Maximum Output Power for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.2.2EB 
UE Maximum Output Power for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.2.2EC 
UE Maximum Output Power for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.2.2F 
UE Maximum Output Power for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D11, D18 
HDFDD, TDD 

6.2.2FA 
UE Maximum Output Power for category NB1 and NB2/Power Class 6 
Rel14 
C325 
UE supporting NBIoT and Power Class 6 
D11, D18 
HDFDD, TDD 

6.2.2G.2 
UE Maximum Output Power for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmission 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.2.2G.4.1 
UE Maximum Output Power for V2X Communication / Power class 2 / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C335 
UE supporting V2X Sidelink communication and Power Class 2 
D14 
TDD 

6.2.2_s 
UE Maximum Output Power for subslot/slot TTI 
Rel15 
C352 
UE supporting EUTRA FDD and Power Class 3 and subslot/slot TTI 
D02 
FDD 

Rel15 
C352a 
UE supporting EUTRA TDD and Power Class 3 and slot TTI 
D03 
TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.2.5 
Configured UE transmitted Output Power 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD, TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.2.5_s 
Configured UE transmitted Output Power for subslot/slot TTI 
Rel15 
C352 
UE supporting EUTRA FDD and Power Class 3 and subslot/slot TTI 
D02 
FDD 

Rel15 
C352a 
UE supporting EUTRA TDD and Power Class 3 and slot TTI 
D03 
TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.2.5_1 
Configured UE transmitted Output Power for HPUE 
Rel10 
C39a 
UE supporting EUTRA Power Class 1 
D16 

C39b 
UE supporting EUTRA Power Class 2 
D17 

6.2.5A.1 
Configured UE transmitted Output Power for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.2.5A.3 
Configured UE transmitted Output Power for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.2.5A.4 
Configured UE transmitted Output Power for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.2.5A.5 
Configured UE transmitted Output Power for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.2.5B 
Configured transmitted power for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.2.5E 
Configured transmitted power for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

6.2.5EA 
Configured UE transmitted Power for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.2.5EB 
Configured UE transmitted Power for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.2.5EC 
Configured UE transmitted Power for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.2.5F 
Configured UE transmitted Output Power for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.2.5FA 
Configured UE transmitted Output Power for category NB1 and NB2/Power Class 6 
Rel14 
C325 
UE supporting NBIoT and Power Class 6 
D11, D18 
HDFDD, TDD 

6.2.5G.1 
Configured UE transmitted Output Power for V2X Communication / Nonconcurrent with EUTRA uplink transmission 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.2.5G.2 
Configured UE transmitted Output Power for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmission 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.2.5G.3 
Configured UE transmitted Output Power for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.3.1 
Void 

6.3.2 
Minimum Output Power 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.3.2A.1 
Minimum Output Power for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.3.2A.2 
Minimum Output Power for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.3.2A.3 
Minimum Output Power for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and interband DL CA and UL CA 
E02 
FDD 

6.3.2A.4 
Minimum Output Power for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.3.2B 
Minimum Output Power for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.3.2E 
Minimum Output Power for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.2EA 
Minimum Output Power for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.2EB 
Minimum Output Power for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.2EC 
Minimum Output Power for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.2F 
Minimum Output Power for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.2G.1 
Minimum output power for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.3.2G.2 
Minimum output power for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.3.2G.3 
Minimum output power for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.3.3 
Transmit OFF Power 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.3.3A.1 
Transmit OFF Power for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.3.3A.2 
UE Transmit OFF power for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.3.3A.3 
Transmit OFF Power for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.3.3B 
UE Transmit OFF power for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.3.3E 
UE Transmit OFF power for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.3EA 
UE Transmit OFF power for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.3EB 
UE Transmit OFF power for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.3EC 
UE Transmit OFF power for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.3F 
Transmit OFF power for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.3G.1 
UE Transmit OFF power for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.3.3G.2 
UE Transmit OFF power for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.3.3G.3 
UE Transmit OFF power for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.3.4.1 
General ON/OFF time mask 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.3.4.1_s 
General ON/OFF time mask for subslot/slot TTI 
Rel15 
C353 
UE supporting EUTRA FDD and subslot/slot TTI 
D02 
FDD 

Rel15 
C353a 
UE supporting EUTRA TDD and slot TTI 
D03 
TDD 

6.3.4.2.1 
PRACH time mask 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.3.4.2.2 
SRS time mask 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.3.4A.1.1 
General ON/OFF time mask for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.3.4A.1.2 
General ON/OFF time mask for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.3.4A.1.3 
General ON/OFF time mask for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.3.4A.1.4 
General ON/OFF time mask for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.3.4A.1.5 
General ON/OFF time mask for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
TDD 

6.3.4B.1 
ON/OFF time mask for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.3.4C.1 
General ON/OFF time mask for Dual Connectivity 
Rel12 
C224 
UE supporting Dual Connectivity 
E03 
FDD, TDD 

6.3.4C.1_1 
General ON/OFF time mask for asynchronous Dual Connectivity 
Rel12 
C225 
UE supporting asynchronous Dual Connectivity 
E03 
FDD, TDD 

6.3.4E.1 
General ON/OFF time mask for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.4E.2 
Prach and SRC ON/OFF time mask for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.4EA.1 
General ON/OFF time mask for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.4EA.2.1 
PRACH time mask for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.4EA.2.2 
SRS time mask for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.4EB.1 
General ON/OFF time mask for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.4EB.2.1 
PRACH time mask for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.4EB.2.2 
SRS time mask for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 

6.3.4EC.1 
General ON/OFF time mask for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.4EC.2.1 
PRACH time mask for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.4EC.2.2 
SRS time mask for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.4F.1 
General ON/OFF time mask for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.4F.2 
NPRACH time mask for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.4G.1 
General ON/OFF time mask for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.3.4G.2 
General ON/OFF time mask for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.3.4G.3 
General ON/OFF time mask for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.3.4G.4 
PSSS/SSSS time mask for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.3.5.1 
Power Control Absolute Power Tolerance 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD, TDD 

6.3.5.2 
Power Control Relative Power Tolerance 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD, TDD 

6.3.5.3 
Aggregate Power Control Tolerance 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD, TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.3.5A.1.1 
Power Control Absolute Power Tolerance for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.3.5A.1.2 
Power Control Absolute Power Tolerance for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 
6.3.5A.1.2 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.3.5A.1.3 
Power Control Absolute Power Tolerance for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.3.5A.1.4 
Power Control Absolute power tolerance for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

6.3.5A.1.6 
Power control absolute power tolerance for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and intraband contiguous 4DL CA and 4UL CA 
E20 
FDD, TDD 

C336 
UE supporting EUTRA and interband 4DL CA and 4UL CA 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.3.5A.2.1 
Power Control Relative Power Tolerance for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.3.5A.2.2 
Power Control Relative Power Tolerance for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.3.5A.2.3 
Power Control Relative Power Tolerance for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.3.5A.2.4 
Power Control Relative power tolerance for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.3.5A.3.1 
Aggregate Power Control Tolerance for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.3.5A.3.2 
Aggregate Power Control Tolerance for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.3.5A.3.3 
Aggregate Power Control Tolerance for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.3.5A.3.4 
Aggregate Power Control Tolerance for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.3.5A.3.5 
Aggregate power control tolerance for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and intraband contiguous 4DL CA and 4UL CA 
E20 
FDD, TDD 

C336 
UE supporting EUTRA and interband 4DL CA and 4UL CA 

6.3.5B.1 
Power Control Absolute power tolerance for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.3.5B.2 
Power Control Relative power tolerance for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.3.5B.3 
Aggregate power control tolerance for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.3.5C.2 
Power Control Relative power tolerance for Dual Connectivity 
Rel12 
C224 
UE supporting Dual Connectivity 
E03 
FDD, TDD 

6.3.5C.2_1 
Power Control Relative power tolerance for asynchronous Dual Connectivity 
Rel12 
C225 
UE supporting asynchronous Dual Connectivity 
E03 
FDD, TDD 

6.3.5E.1 
Power Control Absolute power tolerance for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.5E.2 
Power Control Relative power tolerance for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.5E.3 
Aggregate power control tolerance for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.3.5EA.1 
Power control for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.5EA.2 
Power Control Relative power tolerance for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.5EA.3 
Aggregate power control tolerance for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.3.5EA.3_1 
Aggregate power control tolerance for UE category M1 (CE Mode B) 
Rel13 
C156c 
UE supporting EUTRA and (UE category M1 and CEModeB) 
D02 
HDFDD 

6.3.5EB.1 
Power Control Absolute power tolerance for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.5EB.2 
Power Control Relative power tolerance for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.5EB.3 
Aggregate power control tolerance for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 

6.3.5EC.1 
Power Control Absolute power tolerance for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.5EC.2 
Power Control Relative power tolerance for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.5EC.3 
Aggregate power control tolerance for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.3.5EC.3_1 
Aggregate power control tolerance for UE category M2 (CE Mode B) 
Rel14 
C156j 
UE supporting EUTRA FDD and (UE category M2 and CEModeB) 
D02 
HDFDD 

6.3.5F.1 
Power Control Absolute power tolerance for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.5F.2 
Power Control Relative power tolerance for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.5F.3 
Aggregate power control tolerance for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.3.5FA.1 
Power Control Absolute power tolerance for category NB1 and NB2/Power Class6 
Rel14 
C325 
UE supporting NBIoT and Power Class 6 
D12, D13, D18 
HDFDD, TDD 

6.3.5FA.2 
Power Control Relative power tolerance for category NB1 and NB2/Power Class 6 
Rel14 
C325 
UE supporting NBIoT and Power Class 6 
D12, D13, D18 
HDFDD, TDD 

6.3.5FA.3 
Aggregate power control tolerance for category NB1 and NB2/Power Class 6 
Rel14 
C325 
UE supporting NBIoT and Power Class 6 
D12, D13, D18 
HDFDD, TDD 

6.3.5_1.1 
Power Control Absolute Power Tolerance for HPUE 
Rel10 
C39a 
UE supporting EUTRA Power Class 1 
D16 

C39b 
UE supporting EUTRA Power Class 2 
D17 

6.3.5_1.2 
Power Control Relative Power Tolerance for HPUE 
Rel10 
C39a 
UE supporting EUTRA Power Class 1 
D16 

C39b 
UE supporting EUTRA Power Class 2 
D17 

6.3.5_1.3 
Aggregate Power Control Tolerance for HPUE 
Rel10 
C39a 
UE supporting EUTRA Power Class 
D16 

C39b 
UE supporting EUTRA Power Class 2 
D17 

6.3.5G.1 
Power Control Absolute power tolerance for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.3.5G.2 
Power Control Absolute power tolerance for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.3.5G.3 
Power Control Absolute power tolerance for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.5.1 
Frequency Error 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.5.1A.1 
Frequency Error for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.5.1A.2 
Frequency error for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.5.1A.3 
Frequency Error for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.5.1A.4 
Frequency error for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.5.1A.5 
Frequency error for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.5.1B 
Frequency Error for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.5.1D.1 
Frequency error for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

6.5.1D.2 
Frequency error for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

6.5.1E 
Frequency Error for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.5.1EA 
Frequency Error for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.5.1EA_1 
Frequency Error for UE category M1 (CEmodeB) 
Rel13 
C156c 
UE supporting EUTRA FDD and (UE category M1 and CEModeB) 
D02 
FDD, HDFDD, TDD 

6.5.1EB 
Frequency Error for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.5.1EC 
Frequency Error for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.5.1EC_1 
Frequency Error for UE category M2 (CEmodeB) 
Rel14 
C156j 
UE supporting EUTRA FDD and (UE category M2 and CEModeB) 
D02 
HDFDD 

6.5.1F 
Frequency Error for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.5.1G.1 
Frequency Error for V2X Communication / Nonconcurrent with EUTRA uplink transmission 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.5.1G.2 
Frequency error for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.5.2.1 
Error Vector Magnitude (EVM) 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.5.2.1_1 
Error Vector Magnitude (EVM) for UL 64QAM 
Rel13 
C147 
UE supporting EUTRA and UL 64QAM 
D01 
FDD, TDD 
Note 1 

6.5.2.1_2 
Error Vector Magnitude (EVM) for UL 256QAM 
Rel14 
C301 
UE supporting EUTRA and UL 256QAM 
D01 
FDD, TDD 

6.5.2.1A 
PUSCHEVM with exclusion period 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.5.2.1E.1 
Error Vector Magnitude for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.5.2.1E.2 
PUSCHEVM with exclusion period for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.5.2.1EA.1 
Error Vector Magnitude (EVM) for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.5.2.1EA.2 
PUSCHEVM with exclusion period for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.5.2.1EB 
Error Vector Magnitude (EVM) for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.5.2.1EC.1 
Error Vector Magnitude (EVM) for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.5.2.1EC.2 
PUSCHEVMwith exclusion period for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.5.2.1F.1 
Error Vector Magnitude (EVM) for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.5.2.1G.1 
Error Vector Magnitude (EVM) for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.5.2.1G.2 
Error Vector Magnitude (EVM) for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.5.2.1G.3 
Error Vector Magnitude (EVM) for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.5.2.1_s 
Error Vector Magnitude for subslot/slot TTI 
Rel15 
C353 
UE supporting EUTRA FDD and subslot/slot TTI 
D02 
FDD 

Rel15 
C353a 
UE supporting EUTRA TDD and slot TTI 
D03 
TDD 

6.5.2.2 
Carrier leakage 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.5.2.2E 
Carrier leakage for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.5.2.2EA 
Carrier leakage for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.5.2.2EB 
Carrier leakage for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.5.2.2EC 
Carrier leakage for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.5.2.2F 
Carrier leakage for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.5.2.2G.1 
Carrier leakage for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.5.2.2G.2 
Carrier leakage for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmission 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.5.2.2G.3 
Carrier leakage for V2X Communication / Intraband contiguous MCC operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.5.2.3 
Inband emissions for non allocated RB 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.5.2.3E 
Inband emissions for non allocated RB for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.5.2.3EA 
Inband emissions for non allocated RB for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.5.2.3EB 
Inband emissions for non allocated RB for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.5.2.3EC 
Inband emissions for non allocated RB for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.5.2.3F 
Inband emissions for non allocated RB for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.5.2.3G.1 
Inband emissions for nonallocated RB for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.5.2.3G.2 
Introduction of Inband emissions for nonallocated RB for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.5.2.3G.3 
Inband emissions for nonallocated RB for V2X Communication / Intraband contiguous MCC operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.5.2.4 
EVM equalizer spectrum flatness 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.5.2.4E 
EVM equalizer spectrum flatness for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.5.2.4EA 
EVM equalizer spectrum flatness for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.5.2.4EB 
EVM equalizer spectrum flatness for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.5.2.4EC 
EVM equalizer spectrum flatness for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.5.2.4G.1 
Spectrum Emission Mask for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.5.2.4G.3 
EVM equalizer spectrum flatness for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.5.2A.1.1 
Error Vector Magnitude (EVM) for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.5.2A.1.1_1 
EVM for CA (intraband contiguous DL CA and UL CA) with UL 64QAM 
Rel13 
C148 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 64QAM. 
E01 
FDD, TDD 
Note 1 

6.5.2A.1.1_2 
EVM for CA (intraband contiguous DL CA and UL CA) with UL 256QAM 
Rel14 
C302 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 256QAM. 
E01 
FDD, TDD 

6.5.2A.1.2 
Error Vector Magnitude (EVM) for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.5.2A.1.2_1 
Error Vector Magnitude (EVM) for CA (interband DL CA and UL CA) for UL 64QAM 
Rel13 
C160 
UE supporting EUTRA and interband DL CA and UL CA and UL 64QAM 
E03 
FDD, TDD 
Note 1 

6.5.2A.1.2_2 
Error Vector Magnitude (EVM) for CA (interband DL CA and UL CA) for UL 256QAM 
Rel14 
C303 
UE supporting EUTRA and interband DL CA and UL CA and UL 256QAM. 
E03 
FDD, TDD 

6.5.2A.1.3 
Error Vector Magnitude (EVM) for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.5.2A.1.3_1 
Error Vector Magnitude (EVM) for CA (intraband noncontiguous DL CA and UL CA) for UL 64QAM 
Rel13 
C185 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA and UL 64QAM 
E02 
FDD, TDD 

6.5.2A.1.3_2 
Error Vector Magnitude (EVM) for CA (intraband noncontiguous DL CA and UL CA) for UL 256QAM 
Rel14 
C304 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA and UL 256QAM 
E02 
FDD, TDD 

6.5.2A.1.4 
Error Vector Magnitude (EVM) for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.5.2A.1.5 
Error Vector Magnitude (EVM) for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.5.2A.2.1 
Carrier leakage for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.5.2A.2.2 
Carrier leakage for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.5.2A.2.4 
Carrier leakage for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.5.2A.2.5 
Carrier leakage for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.5.2A.2.3 
Carrier leakage for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.5.2A.3.1 
Inband emissions for non allocated RB for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.5.2A.3.2 
Inband emissions for non allocated RB for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.5.2A.3.4 
Inband emissions for non allocated RB for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.5.2A.3.3 
Inband emissions for non allocated RB for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.5.2A.3.5 
Inband emissions for non allocated RB for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.5.2B.1 
Error Vector Magnitude for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.5.2B.2 
Carrier leakage for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.5.2B.3 
Inband emissions for non allocated RB for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.5.2B.4 
EVM equalizer spectrum flatness for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.6.1 
Occupied bandwidth 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.6.1A.1 
Occupied bandwidth for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.1A.2 
6.6.1A.2 Occupied bandwidth for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.6.1A.3 
Occupied bandwidth for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.1A.4 
Occupied bandwidth for CA (3DL CA and 3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.1A.5 
Occupied bandwidth for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.1B 
Occupied bandwidth for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.6.1E 
Occupied bandwidth for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.1EA 
Occupied bandwidth for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.1EB 
Occupied bandwidth for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.1EC 
Occupied bandwidth for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, TDD 

6.6.1F 
Occupied bandwidth for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.6.1G.1 
Occupied bandwidth for V2X Communication / Nonconcurrent with EUTRA uplink transmission 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.6.1G.2 
Occupied bandwidth for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.6.1G.3 
Occupied bandwidth for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.6.2.1 
Spectrum Emission Mask 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD_PC3, TDD_PC3 
Not required to be tested in Band 41 for Power Class 2 UE 

Rel10 
C39c 
UE supporting EUTRA Power Class 1 or Power Class 2 
D17a 
FDD_HPUE, TDD_HPUE 

6.6.2.1_1 
Spectrum Emission Mask for Multicluster PUSCH 
Rel10 
C100 
UE supporting EUTRA and MultiCluster PUSCH 
D07 
FDD, TDD 

6.6.2.1A.1 
Spectrum Emission Mask for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.2.1A.2 
Spectrum Emission Mask for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.6.2.1A.3 
Spectrum Emission Mask for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.2.1A.4 
Spectrum Emission Mask for CA (3UL) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.2.1A.5 
Spectrum Emission Mask for CA (4UL) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.2.1B 
Spectrum Emission Mask for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.6.2.1E 
Spectrum Emission Mask for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.2.1EA 
Spectrum Emission Mask for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.2.1EB 
Spectrum Emission Mask for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.2.1EC 
Spectrum Emission Mask for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.6.2.1F 
Spectrum Emission Mask for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.6.2.1G.1 
Spectrum Emission Mask for V2X Communication Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.6.2.1G.2 
Introduction of Spectrum Emission Mask for V2X Communication /Sidelink simultaneous with EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.6.2.1G.3 
Spectrum Emission Mask for V2X Communication / Intraband contiguous MCC operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.6.2.2 
Additional Spectrum Emission Mask 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD_PC3, TDD_PC3 
Not required to be tested in Band 41 for Power Class 2 UE 

Rel10 
C39c 
UE supporting EUTRA Power Class 1 or Power Class 2 
D17a 
FDD_HPUE, TDD_HPUE 

6.6.2.2_1 
Additional Spectrum Emission Mask for UL 64QAM 
Rel13 
C147 
UE supporting EUTRA and UL 64QAM 
D01 
FDD, TDD 
Note 1 

6.6.2.2_2 
Additional Spectrum Emission Mask for UL 256QAM 
Rel14 
C301 
UE supporting EUTRA and UL 256QAM 
D01 
FDD, TDD 

6.6.2.2A.1 
Additional Spectrum Emission Mask for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C319 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.2.2A.1_1 
Additional Spectrum Emission Mask for CA (intraband contiguous DL CA and UL CA) for UL 64QAM 
Rel13 
C326 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 64QAM. 
E01 
FDD, TDD 
Note 1, Note 4 

6.6.2.2A.1_2 
Additional Spectrum Emission Mask for CA (intraband contiguous DL CA and UL CA) for UL 256QAM 
Rel14 
C302 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 256QAM. 
E01 
FDD, TDD 

6.6.2.2A.2 
Additional Spectrum Emission Mask for CA (interband DL CA and UL CA) 
Rel11 
C116b 
UE supporting EUTRA and interband DL CA and UL CA but do not support UL 64QAM or UL 256QAM 
E03 
FDD, TDD 

6.6.2.2A.2_1 
Additional Spectrum Emission Mask for CA (interband DL CA and UL CA) for UL 64QAM 
Rel13 
C327 
UE supporting EUTRA and interband DL CA and UL CA and UL 64QAM 
E03 
FDD, TDD 
Note 1, Note 4 

6.6.2.2A.2_2 
Additional Spectrum Emission Mask for CA (interband DL CA and UL CA) for UL 256QAM 
Rel14 
C303 
UE supporting EUTRA and interband DL CA and UL CA and UL 256QAM 
E03 
FDD, TDD 

6.6.2.2A.3 
Additional Spectrum Emission Mask for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.2.2A.4 
Additional Spectrum Emission Mask for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.2.2A.5 
Additional Spectrum Emission Mask for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.2.2B 
Additional Spectrum Emission Mask for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.6.2.2E 
Additional Spectrum Emission Mask for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.2.2EA 
Additional Spectrum Emission Mask for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.2.2EB 
Additional Spectrum Emission Mask for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.2.2EC 
Additional Spectrum Emission Mask for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD 

6.6.2.2G.1 
Additional Spectrum Emission Mask for V2X Communication / Nonconcurrent with EUTRA uplink transmission 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.6.2.2G.2 
Additional Spectrum Emission Mask for V2X Communication / Sidelink simultaneous with EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.6.2.3 
Adjacent Channel Leakage power Ratio 
Rel8 
C186 
UE supporting EUTRA Power Class 3 
D01 
FDD, TDD 
Not required to be tested in Band 41 for Power Class 2 UE 

6.6.2.3_1 
Adjacent Channel Leakage power Ratio for HPUE 
Rel10 
C39a 
UE supporting EUTRA Power Class 1 
D16 

C39b 
UE supporting EUTRA Power Class 2 
D17 

6.6.2.3_2 
Adjacent Channel Leakage power Ratio for MultiCluster PUSCH 
Rel10 
C159 (Note 2) 
UE supporting EUTRA and MultiCluster PUSCH 
D07 
FDD, TDD 

6.6.2.3_3 
Adjacent Channel Leakage power Ratio for UL 64QAM 
Rel13 
C147 
UE supporting EUTRA and UL 64QAM 
D01 
FDD, TDD 
Note 1 

6.6.2.3_4 
Adjacent Channel Leakage power Ratio for MultiCluster PUSCH with UL 64QAM 
Rel13 
C149 
UE supporting EUTRA and MultiCluster PUSCH and UL 64QAM 
D07 
FDD, TDD 
Note 1, Note 4 

6.6.2.3_5 
Adjacent Channel Leakage power Ratio for UL 256QAM 
Rel14 
C301 
UE supporting EUTRA and UL 64QAM 
D01 
FDD, TDD 

6.6.2.3_6 
Adjacent Channel Leakage power Ratio for MultiCluster PUSCH with UL 256QAM 
Rel14 
C318 
UE supporting EUTRA and MultiCluster PUSCH and UL 256QAM 
D07 
FDD, TDD 

6.6.2.3A.1 
Adjacent Channel Leakage power Ratio for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.2.3A.1_1 
Adjacent Channel Leakage power Ratio for CA (intraband contiguous DL CA and UL CA) for UL 64QAM 
Rel13 
C148 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 64QAM 
E01 
FDD, TDD 
Note 1 

6.6.2.3A.1_2 
Adjacent Channel Leakage power Ratio for CA (intraband contiguous DL CA and UL CA) for UL 256QAM 
Rel14 
C302 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 256QAM 
E01 
FDD, TDD 

6.6.2.3A.1_3 
Adjacent Channel Leakage power Ratio for CA (intraband contiguous DL CA and UL CA) for HPUE 
Rel10 
C39b 
UE supporting intraband contiguous CA and Power Class 2 
E01 
TDD 

6.6.2.3A.2 
Adjacent Channel Leakage power Ratio for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.6.2.3A.2_1 
Adjacent Channel Leakage power Ratio for CA (interband DL CA and UL CA) for UL 64QAM 
Rel13 
C160 
UE supporting EUTRA and inter band DL CA and UL CA and UL 64QAM 
E03 
FDD, TDD 
Note 1 

6.6.2.3A.2_2 
Adjacent Channel Leakage power Ratio for CA (interband DL CA and UL CA) for UL 256QAM 
Rel13 
C303 
UE supporting EUTRA and inter band DL CA and UL CA and UL 256QAM 
E03 
FDD, TDD 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.6.2.3A.3 
Adjacent Channel Leakage power Ratio for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.2.3A.3_1 
Adjacent Channel Leakage power Ratio for CA (intraband noncontiguous DL CA and UL CA) for UL 64QAM 
Rel13 
C161 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA and UL 64QAM 
E02 
FDD, TDD 
Note 1 

6.6.2.3A.3_2 
Adjacent Channel Leakage power Ratio for CA (intraband noncontiguous DL CA and UL CA) for UL 256QAM 
Rel14 
C304 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA and UL 256QAM 
E02 
FDD, TDD 

6.6.2.3A.4 
Adjacent Channel Leakage power Ratio for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.2.3A.5 
Adjacent Channel Leakage power Ratio for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.2.3B 
Adjacent Channel Leakage power Ratio for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.6.2.3E 
Adjacent Channel Leakage power Ratio for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.2.3EA 
Adjacent Channel Leakage power Ratio for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.2.3EB 
Adjacent Channel Leakage power Ratio for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.2.3EC 
Adjacent Channel Leakage power Ratio for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.6.2.3F 
Adjacent Channel Leakage power Ratio for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.6.2.3FA 
Adjacent Channel Leakage power Ratio for category NB1 and NB2/Power Class 6 
Rel14 
C325 
UE supporting NBIoT and Power Class 6 
D12, D13, D18 
HDFDD, TDD 

6.6.2.3G.1 
Adjacent Channel Leakage power Ratio for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.6.2.3G.2 
Adjacent Channel Leakage power Ratio for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.6.2.3G.3 
Adjacent Channel Leakage power Ratio for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.6.2.4 
Void 

6.6.3.1 
Transmitter Spurious emissions 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.6.3.1_1 
Transmitter Spurious emissions for MultiCluster PUSCH 
Rel10 
C100 
UE supporting EUTRA and MultiCluster PUSCH 
D07 
FDD, TDD 

6.6.3.1A.1 
Transmitter Spurious emissions for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.3.1A.2 
Transmitter Spurious emissions for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.6.3.1A.3 
Transmitter Spurious emissions for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.3.1A.4 
Transmitter Spurious emissions for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.3.1A.5 
Transmitter Spurious emissions for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.3F.1 
Transmitter Spurious emissions for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.6.3F.2 
Spurious emission band UE coexistence for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.6.3.2 
Spurious emission band UE coexistence 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.6.3.2A.1 
Spurious emission band UE coexistence for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.3.2A.2 
Spurious emission band UE coexistence for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.6.3.2A.3 
Spurious emission band UE coexistence for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.3.2A.4 
Spurious emission band UE coexistence for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.3.2A.5 
Spurious emission band UE coexistence for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.3.3 
Additional spurious emissions 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.6.3.3_1 
Additional spurious emissions for UL 64QAM 
Rel13 
C147 
UE supporting EUTRA and UL 64QAM 
D01 
FDD, TDD 
Note 1 

6.6.3.3_2 
Additional spurious emissions for UL 256QAM 
Rel14 
C301 
UE supporting EUTRA and UL 256QAM 
D01 
FDD, TDD 

6.6.3.3A.1 
Additional spurious emissions for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C319 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.6.3.3A.1_1 
Additional spurious emissions for CA (intraband contiguous DL CA and UL CA) for UL 64QAM 
Rel13 
C326 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 64QAM 
E01 
FDD, TDD 
Note 1, Note 4 

6.6.3.3A.1_2 
Additional spurious emissions for CA (intraband contiguous DL CA and UL CA) for UL 256QAM 
Rel14 
C302 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and UL 256QAM. 
E01 
FDD, TDD 

6.6.3.3A.2 
Additional spurious emissions for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

Rel14 
C305 
UE supporting EUTRA and eLAA 

6.6.3.3A.2_1 
Additional spurious emissions for CA (interband DL CA and UL CA) for UL 64QAM 
Rel13 
C327 
UE supporting EUTRA and interband DL CA and UL CA and UL 64QAM 
E03 
FDD, TDD 
Note 1, Note 4 

6.6.3.3A.2_2 
Additional spurious emissions for CA (interband DL CA and UL CA) for UL 256QAM 
Rel14 
C303 
UE supporting EUTRA and interband DL CA and UL CA and UL 256QAM 
E03 
FDD, TDD 

6.6.3.3A.3 
Additional spurious emissions for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD, TDD 

6.6.3.3A.4 
Additional spurious emissions for CA (3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.6.3.3A.5 
Additional spurious emissions for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and 4DL CA and 4UL CA 
E20 
FDD, TDD 

6.6.3B.2 
Spurious emission band UE coexistence for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.6.3E.1 
Transmitter Spurious emissions for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.3E.2 
Transmitter Spurious Band UE coexistence for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.3E.3 
Additional spurious emissions for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.6.3EA.1 
Transmitter Spurious emissions for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.3EA.2 
Spurious emission band UE coexistence for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.3EA.3 
Additional spurious emissions for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.6.3EB.1 
Transmitter Spurious emissions for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.3EB.2 
Spurious emission band UE coexistence for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.3EB.3 
Additional spurious emissions for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.6.3EC.1 
Transmitter Spurious emissions for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.6.3EC.2 
Spurious emission band UE coexistence for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.6.3EC.3 
Additional spurious emissions for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD 

6.6.3G.1 
Transmitter Spurious emissions for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.6.3G.1_1 
Spurious emission band UE coexistence for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.6.3G.2 
Spurious emission for V2X Communication / Sidelink simultaneous with EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.6.3G.2_1 
Spurious emission band UE coexistence for V2X Communication / Sidelink simultaneous with EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.6.3G.3 
Spurious emission for V2X Communication / Intraband contiguous MCC operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.6.3G.3_1 
Spurious emission band UE coexistence for V2X Communication / Intraband contiguous MCC operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.7 
Transmit intermodulation 
Rel8 
C113 
UE supporting EUTRA 
D01 
FDD, TDD 

6.7A.1 
Transmit intermodulation for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD, TDD 

6.7A.2 
Transmit intermodulation for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD, TDD 

6.7A.4 
Transmit intermodulation for CA (3DL CA and 3UL CA) 
Rel13 
C19a 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E18 
TDD 

C116a 
UE supporting EUTRA and interband DL CA and UL CA 
E18 
FDD, TDD 

6.7A.5 
Transmit intermodulation for CA (4UL CA) 
Rel11 
C334 
UE supporting EUTRA and intraband contiguous 4DL CA and 4UL CA 
E20 
FDD, TDD 

C336 
UE supporting EUTRA and interband 4DL CA and 4UL CA 

6.7B 
Transmit intermodulation for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

6.7E 
Transmit intermodulation for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0 
D01 
FDD, HDFDD, TDD 

6.7EA 
Transmit intermodulation for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

6.7EB 
Transmit intermodulation for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

6.7EC 
Transmit intermodulation for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

6.7F 
Transmit intermodulation for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

6.7G.1 
Transmit intermodulation for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

6.7G.2 
Transmit intermodulation for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

6.7G.3 
Transmit intermodulation for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

6.8B 
Time alignment between transmitter branches for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

Receiver Characteristics 

7.3 
Reference sensitivity level 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.3_1 
Reference sensitivity level with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.3A.1 
Reference sensitivity level for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.3A.2 
Reference sensitivity level for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.3A.3 
Reference sensitivity level for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDDTDD interband CA under FS3 

7.3A.4 
Reference sensitivity level for CA (intraband noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.3A.5 
Reference sensitivity level for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E19 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

7.3A.6 
Reference sensitivity level for CA (interband DL CA and UL CA) 
Rel11 
C116 
UE supporting EUTRA and interband DL CA and UL CA 
E03 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.3A.7 
Reference sensitivity level for CA (intraband noncontiguous DL CA and UL CA) 
Rel11 
C115 
UE supporting EUTRA and intraband noncontiguous DL CA and UL CA 
E02 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.3A.9 
Reference sensitivity level for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E21 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.3A.10 
Reference sensitivity level for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.3E 
Reference sensitivity level for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.3EA 
Reference sensitivity level for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.3EB 
Reference sensitivity level for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, HDFDD, TDD 

7.3EC 
Reference sensitivity level for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.3B 
Reference sensitivity level for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.3F.1 
Reference sensitivity level without repetitions for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.3G.1 
Reference sensitivity level for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.3G.2 
Reference sensitivity level for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.3G.3 
Reference sensitivity level for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.4 
Maximum input level 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.4_1 
Maximum input level with 4 Rx antenna ports 
Rel10 
C168 
UE supporting EUTRA with 4Rx antenna ports but not 256QAM in DL 
D09 
FDD, TDD 

7.4_H 
Maximum input level for 256QAM in DL 
Rel12 
C113h 
UE supporting EUTRA and 256QAM in DL 
D01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.1 
Maximum input level for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.1_H 
Maximum input level for CA (intraband contiguous DL CA and UL CA) for 256QAM in DL 
Rel12 
C19h 
UE supporting EUTRA and intraband contiguous DL CA and UL CA and 256QAM in DL 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 

7.4A.2 
Maximum input level for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.2_H 
Maximum input level for CA (intraband contiguous DL CA without UL CA) for 256QAM in DL 
Rel12 
C20h 
UE supporting EUTRA and intraband contiguous DL CA and 256QAM in DL 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.3 
Maximum input level for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDDTDD interband CA under FS3 

7.4A.3_H 
Maximum input level for CA (interband DL CA without UL CA) for 256QAM in DL 
Rel12 
C21h 
UE supporting EUTRA and interband DL CA and 256QAM in DL 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.4 
Maximum input level for CA (intra band noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.4_H 
Maximum input level for CA (intra band noncontiguous DL CA without UL CA) for 256QAM in DL 
Rel12 
C43h 
UE supporting EUTRA and intraband noncontiguous DL CA and 256QAM in DL 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.4A.5 
Maximum input level for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E22 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

7.4A.5_H 
Maximum input level for 3DL CA for 256QAM in DL 
Rel12 
C122h 
UE supporting EUTRA and 3DL CA and 256QAM in DL 
E22 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with FDDTDD CA under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with TDDTDD CA under FS3 

7.4A.7 
Maximum input level for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E23 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.4A.7_H 
Maximum input level for 4DL CA for 256QAM in DL 
Rel13 
C187h 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 and 256QAM in DL 
E23 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.4A.8 
Maximum input level for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.4A.8_H 
Maximum input level for 5DL CA for 256QAM in DL 
Rel13 
C221h 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 and 256QAM in DL 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.4A.9 
Maximum input level for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.4A.9_H 
Maximum input level for 6DL CA for 256QAM in DL 
Rel14 
C342h 
UE supporting EUTRA and 6DL with CA configurations in Table 4.16 and 256QAM in DL 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.4B 
Maximum input level for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.4D.1 
Maximum input level for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.4D.2 
Maximum input level for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.4E 
Maximum input level for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.4EA 
Maximum input level for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.4EB 
Maximum input level for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.4EC 
Maximum input level for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.4F 
Maximum input level for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.4G.1 
Maximum input level for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.4G.2 
Maximum input level for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.4G.3 
Maximum input level for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.5 
Adjacent Channel Selectivity (ACS) 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.5_1 
Adjacent Channel Selectivity (ACS) with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.5A.1 
Adjacent Channel Selectivity (ACS) for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.5A.2 
Adjacent Channel Selectivity (ACS) for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.5A.3 
Adjacent Channel Selectivity (ACS) for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDDTDD interband CA under FS3 

7.5A.4 
Adjacent Channel Selectivity (ACS) for CA (intra band noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.5A.5 
Adjacent Channel Selectivity (ACS) for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E24 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

7.5A.7 
Adjacent Channel Selectivity (ACS) for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E25 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.5A.8 
Adjacent Channel Selectivity (ACS) for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.5A.9 
Adjacent Channel Selectivity (ACS) for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL CA with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.5B 
Adjacent Channel Selectivity (ACS)for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.5D.1 
Adjacent Channel Selectivity (ACS) for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.5D.2 
Adjacent Channel Selectivity (ACS) for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.5E 
Adjacent Channel Selectivity (ACS) for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.5EA 
Adjacent Channel Selectivity (ACS) for category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.5EB 
Adjacent Channel Selectivity (ACS) for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.5EC 
Adjacent Channel Selectivity (ACS)for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.5F 
Adjacent Channel Selectivity (ACS) for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.5G.1 
Adjacent channel selectivity (ACS) for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.5G.2 
Adjacent channel selectivity (ACS) for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.5G.3 
Adjacent channel selectivity (ACS) for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.6.1 
Inband blocking 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.6.1_1 
Inband blocking with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.6.1A.1 
Inband blocking for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.1A.2 
Inband blocking for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.1A.3 
Inband blocking for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDDTDD interband CA under FS3 

7.6.1A.4 
Inband blocking for CA (intraband noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.1A.5 
Inband blocking for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E24 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13under FS3 

7.6.1A.7 
Inband blocking for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E25 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.6.1A.8 
Inband blocking for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.6.1A.9 
Inband blocking for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL CA with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.6.1A.10 
Inband blocking for 7DL CA 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
TBD 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.6.1B 
Inband blocking for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.6.1D.1 
Inband blocking for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.6.1D.2 
Inband blocking for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.6.1E 
Inband blocking for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.6.1EA 
Inband blocking for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.6.1EB 
Inband blocking for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.6.1EC 
Inband blocking for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.6.1F 
Inband blocking for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.6.1G.1 
Inband blocking for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.6.1G.2 
Inband blocking for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.6.1G.3 
Inband blocking for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.6.2 
Out ofband blocking 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.6.2_1 
Out ofband blocking with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.6.2A.1 
Out ofband blocking for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.2A.2 
Out ofband blocking for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.2A.3 
Out ofband blocking for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 
E12 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDD interband CA under FS3 

7.6.2A.4 
Out ofband blocking for CA (intraband noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.2A.5 
Outofband blocking for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E19 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

7.6.2A.7 
Outofband blocking for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E21 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.6.2A.8 
Outofband blocking for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.6.2A.9 
Outofband blocking for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL CA with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.6.2A.10 
Outofband blocking for 7DL CA 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
TBD 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.6.2B 
Outofband blocking for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.6.2D.1 
Outofband blocking for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.6.2D.2 
Outofband blocking for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.6.2E 
Out ofband blocking for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.6.2EA 
Out ofband blocking for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.6.2EB 
Outofband blocking for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.6.2EC 
Out ofband blocking for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.6.2F 
Outofband blocking for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.6.2G.1 
Outofband blocking for V2X Communication/ Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.6.2G.2 
Outofband blocking for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.6.2G.3 
Outofband blocking for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.6.3 
Narrow band blocking 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.6.3_1 
Out ofband blocking with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.6.3A.1 
Narrow band blocking for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.3A.2 
Narrow band blocking for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.3A.3 
Narrow band blocking for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx. FDD_4Rx. TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband DL CA 

7.6.3A.4 
Narrow band blocking for CA (intraband noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.6.3A.5 
Narrow band blocking for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E19 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

7.6.3A.7 
Narrow band blocking for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E21 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
TBD 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.6.3A.8 
Narrow band blocking for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.6.3A.9 
Narrow band blocking for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL CA with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.6.3A.10 
Narrow band blocking for 7DL CA 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
TBD 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.6.3B 
Narrow band blocking for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.6.3D.1 
Narrow band blocking for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.6.3D.2 
Narrow band blocking for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.6.3E 
Narrow band blocking for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.6.3EA 
Narrow band blocking for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.6.3EB 
Narrow band blocking for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.6.3EC 
Narrow band blocking for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.7 
Spurious response 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.7_1 
Spurious response with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.7A.1 
Spurious response for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.7A.2 
Spurious response for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.7A.3 
Spurious response for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 
E12 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDD interband CA under FS3 

7.7A.4 
Spurious response for CA (intraband noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.7A.5 
Spurious response for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E19 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

7.7A.7 
Spurious response for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E21 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.7A.8 
Spurious response for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.7A.9 
Spurious response for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL CA with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.7A.10 
Spurious response for 7DL CA 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
TBD 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.7B 
Spurious response for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.7D.1 
Spurious response for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.7D.2 
Spurious response for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.7E 
Spurious response for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.7EA 
Spurious response for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.7EB 
Spurious response for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.7EC 
Spurious response for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.7F 
Spurious response for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.7G.1 
Spurious response for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.7G.2 
Spurious response for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.7G.3 
Spurious response for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.8.1 
Wide band Intermodulation 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.8.1_1 
Wide band Intermodulation with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.8.1A.1 
Wide band Intermodulation for CA (intraband contiguous DL CA and UL CA) 
Rel10 
C19 
UE supporting EUTRA and intraband contiguous DL CA and UL CA 
E01 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.8.1A.2 
Wide band Intermodulation for CA (intraband contiguous DL CA without UL CA) 
Rel10 
C20 
UE supporting EUTRA and intraband contiguous DL CA 
E08 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.8.1A.3 
Wide band Intermodulation for CA (interband DL CA without UL CA) 
Rel10 
C21 
UE supporting EUTRA and interband DL CA 
E10 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C146 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA 

Rel13 
C207 
UE supporting EUTRA and 2DL CA with FDDTDD interband CA under FS3 

Rel13 
C208 
UE supporting EUTRA and 2DL CA with TDDTDD interband CA under FS3 

7.8.1A.4 
Wide band Intermodulation for CA (intraband noncontiguous DL CA without UL CA) 
Rel11 
C43 
UE supporting EUTRA and intraband noncontiguous DL CA 
E09 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.8.1A.5 
Wideband intermodulation for 3DL CA 
Rel10 
C121 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 
E24 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C122 
UE supporting EUTRA and 3DL with CA configurations in Table 4.13 

Rel12 
C123 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 

Rel13 
C268 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

Rel13 
C269 
UE supporting EUTRA and 3DL CA with CA configurations in Table 4.13 under FS3 

7.8.1A.7 
Wideband intermodulation for 4DL CA 
Rel11 
C187 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 
E25 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel11 
C211 
UE supporting EUTRA and 4DL with CA configurations in Table 4.14 

Rel12 
C188 
UE supporting EUTRA and 4DL CA with CA configurations in Table 4.14 

7.8.1A.8 
Wideband intermodulation for 5DL CA 
Rel11 
C221 
UE supporting EUTRA and 5DL with CA configurations in Table 4.15 
E15 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

Rel12 
C222 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

Rel12 
C223 
UE supporting EUTRA and 5DL CA with CA configurations in Table 4.15 

7.8.1A.9 
Wideband intermodulation for 6DL CA 
Rel14 
C342 
UE supporting EUTRA and 6DL CA with CA configurations in Table 4.16 
E26 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx, FDDTDD_2Rx, FDDTDD_4Rx 
Note 7 

7.8.1B 
Wide band intermodulation for ULMIMO 
Rel10 
C07 
UE supporting EUTRA and UL_MIMO 
D05 
FDD, TDD 

7.8.1D.1 
Wide band Intermodulation for ProSe Direct Discovery 
Rel12 
C163 
UE supporting EUTRA and ProSe direct discovery 
D10 
FDD, TDD 

7.8.1D.2 
Wide band Intermodulation for ProSe Direct Communication 
Rel12 
C162 
UE supporting EUTRA and ProSe direct communication 
D10 
FDD, TDD 

7.8.1E 
Wide band Intermodulation for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.8.1EA 
Wide band Intermodulation for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.8.1EB 
Wide band Intermodulation for UE category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.8.1EC 
Wide band intermodulation for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.8.1F 
Wide band Intermodulation for category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.8.1G.1 
Wide band Intermodulation for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

7.8.1G.2 
Wide band Intermodulation for V2X Communication / Simultaneous EUTRA V2X sidelink and EUTRA uplink transmissions 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

7.8.1G.3 
Wide band Intermodulation for V2X Communication / Intraband contiguous multicarrier operation 
Rel14 
C333 
UE supporting V2X Sidelink communication and multicarrier configurations 
E17 
TDD 

7.9 
Spurious emissions 
Rel8 
C113 
UE supporting EUTRA 
D15 
FDD, TDD 

7.9_1 
Spurious emissions with 4 Rx antenna ports 
Rel10 
C113a 
UE supporting EUTRA with 4Rx antenna ports 
D09 
FDD, TDD 

7.9A 
Spurious emissions for CA 
Rel10 
C120 
UE supporting EUTRA and interband DL CA with a DLonly band 
E13 
FDD_2Rx, FDD_4Rx, TDD_2Rx, TDD_4Rx 
Note 7 

7.9E 
Spurious emissions for UE category 0 
Rel12 
C112 
UE supporting EUTRA (UE category 0) 
D01 
FDD, HDFDD, TDD 

7.9EA 
Spurious emissions for UE category M1 
Rel13 
C112a 
UE supporting EUTRA and UE category M1 
D01 
FDD, HDFDD, TDD 

7.9EB 
Spurious emissions for UE Category 1bis 
Rel13 
C112c 
UE supporting EUTRA and UE category 1bis 
D01 
FDD, TDD 

7.9EC 
Spurious emissions for UE category M2 
Rel14 
C112d 
UE supporting EUTRA and UE category M2 
D01 
FDD, HDFDD, TDD 

7.9F 
Spurious emissions for Category NB1 and NB2 
Rel13 
C112b 
UE supporting NBIoT 
D12, D13, D18 
HDFDD, TDD 

7.9G.1 
Spurious emissions for V2X Communication / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

Performance Requirement 

8.2.1.1.1 
FDD PDSCH Single Antenna Port Performance 
Rel8 
C01 
UE supporting EUTRA FDD 
Each ""Test Number"" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.1.1_A.1 or 8.2.1.1.1_A.2 is executed. Note 7 

8.2.1.1.1_1 
FDD PDSCH Single Antenna Port Performance (Release 9 and forward) 
Rel9 
C31 
UE supporting EUTRA FDD (UE categories 1, 2) 
Each ""Test Number"" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.1.1.1_A.1 or 8.2.1.1.1_A.2 is executed. 

8.2.1.1.1_A.1 
FDD PDSCH Single Antenna Port Performance for CA (2 DL CA) 
Rel10 
C102 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE Category >= 2) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.1.1_A.2 or 8.2.1.1.1_A.4 or 8.2.1.1.1_A.5 or 8.13.1.2.2 or 8.13.1.2.3 or 8.13.1.2.4 or 8.13.1.2.5 is executed. Note 7 

Rel11 
C103 
UE supporting EUTRA FDD and Downlink Intraband noncontiguous CA (UE Category >= 2) 

8.2.1.1.1_A.2 
FDD PDSCH Single Antenna Port Performance for CA (3DL CA) 
Rel10 
C124 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.1.1_A.4 or 8.2.1.1.1_A.5 or 8.13.1.2.3 or 8.13.1.2.4 or 8.13.1.2.5 is executed. 

Rel11 
C125 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 
Note 7 

8.2.1.1.1_A.4 
FDD PDSCH Single Antenna Port Performance for CA (4DL CA) 
Rel11 
C214 
UE supporting EUTRA FDD and 4DL CA configurations in Table 4.14 (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.1.1_A.5 or 8.13.1.2.4 or 8.13.1.2.5 is executed. Note 7 

8.2.1.1.1_A.5 
FDD PDSCH Single Antenna Port Performance for CA (5DL CA) 
Rel11 
C215 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.13.1.2.5 is executed. Note 7 

Rel12 
C216 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 

8.2.1.1.1_A.6 
FDD PDSCH Single Antenna Port Performance for CA (6DL CA) 
Rel14 
C349 
UE supporting EUTRA FDD and 6DL with CA configurations in Table 4.16 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.1.1.2 
FDD PDSCH Single Antenna Port Performance with 1 PRB in presence of MBSFN 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.1 
FDD PDSCH Transmit Diversity 2×2 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.1_1 
FDD PDSCH Transmit Diversity 2×2 (Release 9 and forward) 
Rel9 
C15 
UE supporting EUTRA FDD (UE category 1) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.2 
FDD PDSCH Transmit Diversity 4×2 
Rel8 
C09 
UE supporting EUTRA FDD and operating bands supporting 1,4 MHz Bandwidth 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.2_1 
FDD PDSCH Transmit Diversity 4×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.3_C.1 
FDD PDSCH Transmit diversity 2×2 for eICIC (nonMBFSN ABS) 
Rel10 
C29 
UEs supporting EUTRA FDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.3_E.1 
FDD PDSCH Transmit diversity 2×2 for feICIC (nonMBFSN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.4 
FDD PDSCH Transmit Diversity 2×2 with TM3 Interference Model — Enhanced Performance Requirement Type A 
Rel11 
C44 
UE supporting EUTRA FDD and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.5 
FDD PDSCH Transmit Diversity 2×2 with TM2 Interference Model — Enhanced Performance Requirement Type B 
Rel12 
C150 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.2.6 
FDD PDSCH Transmit Diversity 2×2 with TM9 Interference Model — Enhanced Performance Requirement Type B 
Rel12 
C150 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.3.1 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 
Rel8 
C13b 
UE supporting EUTRA FDD (UE categories >=2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.1.3.1_A.1 or 8.2.1.3.1_A.2 is executed. 

8.2.1.3.1_1 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 (Release 11 and forward) 
Rel11 
C13b 
UE supporting EUTRA FDD (UE categories >=2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.1.3.1_A.1 or 8.2.1.3.1_A.2 is executed. 

8.2.1.3.1_A.1 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (2 DL CA) 
Rel10 
C101 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE Category >=2) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
If 8.2.1.3.1_A.2 is executed for a CA capability, test execution is not necessary for that CA capability. 

Rel11 
C103 
UE supporting EUTRA FDD and intraband noncontiguous DL CA (UE Category >= 2) 
Note 7 

8.2.1.3.1_A.2 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (3DL CA) 
Rel10 
C124 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
If 8.2.1.3.1_A.3 is executed for a CA capability, test execution is not necessary for that CA capability. Note 7 

Rel11 
C125 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 

8.2.1.3.1_A.3 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (4DL CA) 
Rel11 
C214 
UE supporting EUTRA FDD and 4DL CA configurations in Table 4.14 (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
If 8.2.1.3.1_A.4 is executed for a CA capability, test execution is not necessary for that CA capability. Note 7 

8.2.1.3.1_A.4 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (5DL CA) 
Rel11 
C215 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
If 8.2.1.3.1_A.5 is executed for a CA capability, test execution is not necessary for that CA capability. Note 7 

Rel12 
C216 
UE supporting EUTRA FDD and 5DL CA configurations in Table 4.15 (UE Category 8, >= 11) 

8.2.1.3.1_A.5 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (6DL CA) 
Rel14 
C349 
UE supporting EUTRA FDD and 6DL CA configurations in Table 4.16 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.1.3.1A_A.1 
FDD Soft buffer management test for CA (2 DL CA) 
Rel10 
C104 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE category 3 and 4) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

Rel11 
C106 
UE supporting EUTRA FDD and Downlink Intraband noncontiguous CA (UE categories 3 and 4) 

8.2.1.3.1B 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 — Enhanced Performance Requirement Type C 
Rel12 
C142 
UE supporting EUTRA FDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each ""Test Number"" to be performed once, in a chosen band supporting tested BW 

8.2.1.3.1C 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 with TM1 Interference — Enhanced Performance Requirement Type C 
Rel12 
C142 
UE supporting EUTRA FDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each ""Test Number"" to be performed once, in a chosen band supporting tested BW 

8.2.1.3.2 
FDD PDSCH Open Loop Spatial Multiplexing 4×2 
Rel8 
C13 b 
UE supporting EUTRA FDD (UE categories >=2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.3.3_C.1 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for eICIC (nonMBSFN ABS) 
Rel10 
C29 
UEs supporting EUTRA FDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.3.3_C.2 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for eICIC (MBSFN ABS) 
Rel10 
C29 
UEs supporting EUTRA FDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.3.3_E.1 
FDD PDSCH Open Loop Spatial Multiplexing 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.4.1 
FDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 2×2 
Rel8 only 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.4.1_1 
FDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 2×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.4.1_E.1 
FDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.4.1_H 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 for 256QAM in DL 
Rel12 
C01h 
UE supporting EUTRA FDD and 256QAM in DL 

8.2.1.4.2 
FDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 4×2 
Rel8 only 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.1.4.2_A.1 or 8.2.1.4.2_A.2 is executed. 

8.2.1.4.2_1 
FDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 4×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.1.4.2_A.1 or 8.2.1.4.2_A.2 is executed. 

8.2.1.4.2_A.1 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (2 DL CA) 
Rel10 
C102 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE Category >= 2) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.4.2_A.2 or 8.2.1.4.2_A.3 or 8.2.1.4.2_A.4 or 8.13.1.1.1.2 or 8.13.1.1.1.3 or 8.13.1.1.1.4 or 8.13.1.1.1.5 is executed. 

Rel11 
C103 
UE supporting EUTRA FDD and intraband noncontiguous DL CA (UE Category >= 2) 
Note 7 

8.2.1.4.2_A.2 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (3DL CA) 
Rel10 
C124 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.4.2_A.3 or 8.2.1.4.2_A.4 or 8.13.1.1.1.2 or 8.13.1.1.1.3 or 8.13.1.1.1.4 or 8.13.1.1.1.5 is executed. Note 7 

Rel11 
C125 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 

8.2.1.4.2_A.3 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (4DL CA) 
Rel11 
C212 
UE supporting EUTRA FDD and 4DL with CA configurations in Table 4.14 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.1.4.2_A.4 or 8.13.1.1.1.2 or 8.13.1.1.1.3 or 8.13.1.1.1.4 or 8.13.1.1.1.5 is executed. Note 7 

8.2.1.4.2_A.4 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (5DL CA) 
Rel11 
C212a 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.13.1.1.1.2 or 8.13.1.1.1.3 or 8.13.1.1.1.4 or 8.13.1.1.1.5 is executed. Note 7 

Rel12 
C212b 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 

8.2.1.4.2_A.5 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (6DL CA) 
Rel14 
C349 
UE supporting EUTRA FDD and 6DL with CA configurations in Table 4.16 (UE Category 8, >= ≥ 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.1.4.2A 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 – Enhanced Performance Requirement Type C 
Rel12 
C142 
UE supporting EUTRA FDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
8.2.1.4.2A 

8.2.1.4.3 
FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×2 with TM4 Interference model – Enhanced Performance Requirement Type A 
Rel11 
C44 
UE supporting EUTRA FDD and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.4.3A 
FDD PDCSH Closed Loop MultiLayer Spatial Multiplexing 4X2 for Dual Connectivity 
Rel12 
C169 
UE supporting EUTRA FDD and Dual Connectivity (UE Category >= 3) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.2.1.4.4 
FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×2 with TM4 Interference Model – Enhanced Performance Requirement Type B 
Rel12 
C150 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.1.7_A.1 
FDD Carrier aggregation with power imbalance (intraband contiguous DL CA) 
Rel10 
C22 
UE supporting EUTRA FDD and intraband contiguous DL CA 
TBD 
2Rx, 4Rx 
Note 7 

8.2.1.9 
FDD PDSCH in HSTSFN scenario 
Rel14 
C299 
UEs supporting EUTRA FDD and high speed enhancement for measurement 

8.2.1.10 
FDD PDSCH minimum channel spacing for intraband contiguous CA 
Rel15 
C125a 
UE supporting EUTRA FDD and intraband contiguous DL CA (UE Category >= 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.2.2.1 
Void 

8.2.2.1.1 
TDD PDSCH Single Antenna Port Performance 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.2.1.1_A.1 or 8.2.2.1.1_A.2 is executed. 

8.2.2.1.1_1 
TDD PDSCH Single Antenna Port Performance (Release 9 and forward) 
Rel9 
C54 
UE supporting EUTRA TDD (UE categories 1, 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.2.1.1_A.1 or 8.2.2.1.1_A.2 is executed. 

8.2.2.1.1_A.1 
TDD PDSCH Single Antenna Port Performance for CA (2DL CA) 
Rel10 
C110 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.2.1.1_A.2 is executed. 

Rel11 
C109 
UE supporting EUTRA TDD and Intraband noncontiguous DL CA(UE Category >= 5) 
Note 7 

8.2.2.1.1_A.2 
TDD PDSCH Single Antenna Port Performance for CA (3DL CA) 
Rel10 
C128 
UE supporting EUTRA TDD and 3DL with i CA configurations in Table 4.13 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

Rel11 
C129 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 

8.2.2.1.1_A.3 
TDD PDSCH Single Antenna Port Performance for CA (4DL CA) 
Rel11 
C194 
CA configurations in Table 4.14 (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.2.1.1_A.4 
TDD PDSCH Single Antenna Port Performance for CA (5DL CA) 
Rel11 
C194a 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

Rel12 
C194b 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 

8.2.2.1.2 
TDD PDSCH Single Antenna Port Performance with 1PRB in the presence of MBSFN 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2 
Void 

8.2.2.2.1 
TDD PDSCH Transmit Diversity 2×2 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.1_1 
TDD PDSCH Transmit Diversity 2×2 (Release 9 and forward) 
Rel9 
C16 
UE supporting EUTRA TDD (UE category 1) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.2 
TDD PDSCH Transmit Diversity 4×2 
Rel8 
C10 
UE supporting EUTRA TDD and operating bands supporting 1,4 MHz Bandwidth 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.2_1 
TDD PDSCH Transmit Diversity 4×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.3_C.1 
TDD PDSCH Transmit diversity 2×2 for eICIC (nonMBFSN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.3_E.1 
TDD PDSCH Transmit diversity 2×2 for feICIC (nonMBFSN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.4 
TDD PDSCH Transmit Diversity 2×2 with TM3 Interference Model – Enhanced Performance Requirement Type A 
Rel11 
C45 
UE supporting EUTRA TDD and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.5 
TDD PDSCH Transmit Diversity 2×2 for eIMTA (when EIMTAMainConfigServCellr12 is configured) 
Rel12 
C274 
UE supporting EUTRA TDD and eIMTA TDD ULDL reconfiguration 

8.2.2.2.6 
TDD PDSCH Transmit Diversity 2×2 with TM2 Interference Model – Enhanced Performance Requirement Type B 
Rel12 
C151 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.2.7 
TDD PDSCH Transmit Diversity 2×2 with TM9 Interference Model – Enhanced Performance Requirement Type B 
Rel12 
C151 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.3 
Void 

8.2.2.3.1 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.2.3.1_A.1 or .2 is executed. 

8.2.2.3.1_1 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 (Release 11 and forward) 
Rel11 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.2.3.1_A.1 or .2 is executed. 

8.2.2.3.1_A.1 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (2DL CA) 
Rel10 
C110 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
If 8.2.2.3.1_A.2 is executed for a CA capability, test execution is not necessary for that CA capability 

Rel11 
C109 
UE supporting EUTRA TDD and intraband noncontiguous DL CA (UE Category >= 5) 
Note 7 

8.2.2.3.1_A.2 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (3DL CA) 
Rel10 
C128 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

Rel11 
C129 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 

8.2.2.3.1_A.3 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA(4DL CA) 
Rel11 
C194 
UE supporting 4DL CA configurations in Table 4.14.(UE category >=8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.2.3.1_A.4 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for CA (5DL CA) 
Rel11 
C194a 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

Rel12 
C194b 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 

8.2.2.3.1A_A.1 
TDD Soft buffer management for CA (2 DL CA) 
Rel10 
C105 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA (UE category 3 and 4) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
TBD 

Rel11 
C72 
UE supporting EUTRA TDD and intraband noncontiguous DL CA (UE category 3 and 4) 
Note 7 

8.2.2.3.1B 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 – Enhanced Performance Requirement Type C 
Rel12 
C143 
UE supporting EUTRA TDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.3.1C 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 with TM1 Interference – Enhanced Performance Requirement Type C 
Rel12 
C143 
UE supporting EUTRA TDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.3.2 
TDD PDSCH Open Loop Spatial Multiplexing 4×2 
Rel8 
C02 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.3.3_C.1 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for eICIC (nonMBSFN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.3.3_C.2 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for eICIC (MBSFN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.3.3_E.1 
TDD PDSCH Open Loop Spatial Multiplexing 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115 (UE Category >= 2) 
TBD 

8.2.2.4 
Void 

8.2.2.4.1 
TDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 2×2 
Rel8 only 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.4.1_1 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.4.1_E.1 
TDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.4.1_H 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 for 256QAM in DL 
Rel12 
C02h 
UE supporting EUTRA TDD and 256QAM in DL 

8.2.2.4.2 
TDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 4×2 
Rel8 only 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.2.4.2_A.1 or 8.2.2.4.2_A.2 is executed. 

8.2.2.4.2_1 
TDD PDSCH Closed Loop Single/Multi Layer Spatial Multiplexing 4×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
Test execution not necessary if 8.2.2.4.2_A.1 or 8.2.2.4.2_A.2 is executed. 

8.2.2.4.2_A.1 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (2DL CA) 
Rel10 
C110 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.2.4.2_A.2 or 8.2.2.4.2_A.3 or 8.13.2.1.1.2 or 8.13.2.1.1.3 or 8.13.2.1.1.4 or 8.13.2.1.1.5 is executed. 

Rel11 
C109 
UE supporting EUTRA TDD and Intraband noncontiguous DL CA(UE Category >= 5) 
Note 7 

8.2.2.4.2_A.2 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (3DL CA) 
Rel10 
C128 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.2.2.4.2_A.3 or 8.13.2.1.1.2 or 8.13.2.1.1.3 or 8.13.2.1.1.4 or 8.13.2.1.1.5 is executed. Note 7 

Rel11 
C129 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) 

8.2.2.4.2_A.3 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (4DL CA) 
Rel11 
C194 
UE supporting EUTRA TDD and 4DL CA configurations in Table 4.14 (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.13.2.1.1.2 or 8.13.2.1.1.3 or 8.13.2.1.1.4 or 8.13.2.1.1.5 is executed. Note 7 

8.2.2.4.2_A.4 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for CA (5DL CA) 
Rel11 
C194a 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

Rel12 
C194b 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) 

8.2.2.4.2A 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 2×2 – Enhanced Performance Requirement Type C 
Rel12 
C143 
UE supporting EUTRA TDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.4.3 
TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×2 with TM4 Interference Model – Enhanced Performance Requirement Type A 
Rel11 
C45 
UE supporting EUTRA TDD and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.4.4 
TDD PDSCH Closed Loop MultiLayer Spatial Multiplexing 4×2 for Dual Connectivity 
Rel12 
C170 
UE supporting EUTRA TDD and Dual Connectivity (UE Category >= 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.2.2.4.5 
TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×2 with TM4 Interference Model – Enhanced Performance Requirement Type B 
Rel12 
C151 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.2.2.7_A.1 
TDD Carrier aggregation with power imbalance (intraband contiguous DL CA) 
Rel10 
C24 
UE supporting EUTRA TDD and intraband contiguous DL CA 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.2.8.1 
Intraband contiguous carrier aggregation with minimum channel spacing (2DL CA) 
Rel12 
C24 
UE supporting EUTRA TDD and intraband contiguous DL CA 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.2.8.2 
Intraband contiguous carrier aggregation with minimum channel spacing (3DL CA) 
Rel12 
C24 
UE supporting EUTRA TDD and intraband contiguous DL CA 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.2.9 
TDD PDSCH in HSTSFN scenario 
Rel14 
C300 
UEs supporting EUTRA TDD and high speed enhancement for measurement 

8.2.3.1.1.1 
TDD FDD CA PDSCH Single Antenna Port Performance for FDD Pcell (2DL CA) 
Rel12 
C154 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.13.3.2.3 or 8.13.3.2.4 or 8.13.3.2.5 or 8.13.3.2.6 is executed. Note 7 

8.2.3.1.1.2 
TDD FDD CA PDSCH Single Antenna Port Performance for FDD PCell (3DL CA) 
Rel12 
C133 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.13.3.2.3 or 8.13.3.2.4 or 8.13.3.2.5 or 8.13.3.2.6 is executed. Note 7 

8.2.3.1.1.3 
TDD FDD CA PDSCH Single Antenna Port Performance for FDD PCell (4DL CA) 
Rel12 
C133a 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell (UE Category >= 8) 
TBD 
Test execution not necessary if 8.13.3.2.3 or 8.13.3.2.4 or 8.13.3.2.5 or 8.13.3.2.6 is executed. 

8.2.3.1.1.4 
TDD FDD CA PDSCH Single Antenna Port Performance for FDD PCell (5DL CA) 
Rel12 
C133b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.3 or 8.13.3.2.4 or 8.13.3.2.5 or 8.13.3.2.6 is executed. 

8.2.3.1.1.5 
TDD FDD CA PDSCH Single Antenna Port Performance for FDD PCell (6DL CA) 
Rel14 
C350 
UE supporting EUTRA FDD and TDD and 6DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.1.1.6 
TDD FDD CA PDSCH Single Antenna Port Performance for FDD PCell (7DL CA) 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.1.2.1 
TDD FDD CA PDSCH Single Antenna Port Performance for TDD PCell(2DL CA) 
Rel12 
C155 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.13.3.2.7 or 8.13.3.2.8 or 8.13.3.2.9 or 8.13.3.2.10 is executed. Note 7 

8.2.3.1.2.2 
TDD FDD CA PDSCH Single Antenna Port Performance for TDD PCell (3DL CA) 
Rel12 
C135 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.13.3.2.7 or 8.13.3.2.8 or 8.13.3.2.9 or 8.13.3.2.10 is executed. Note 7 

8.2.3.1.2.3 
TDD FDD CA PDSCH Single Antenna Port Performance for TDD PCell (4DL CA) 
Rel12 
C135a 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell (UE Category >= 8) 
TBD 
Test execution not necessary if 8.13.3.2.7 or 8.13.3.2.8 or 8.13.3.2.9 or 8.13.3.2.10 is executed. 

8.2.3.1.2.4 
TDD FDD CA PDSCH Single Antenna Port Performance for TDD PCell (5DL CA) 
Rel12 
C135b 
UE supporting EUTRA FDD and TDD and 5DL CA with TDD as PCell (UE Category 8, and Category11 and onwards) 
TBD 
Test execution not necessary if 8.13.3.2.7 or 8.13.3.2.8 or 8.13.3.2.9 or 8.13.3.2.10 is executed. 

8.2.3.1.2.5 
TDD FDD CA PDSCH Single Antenna Port Performance for TDD PCell (6DL CA) 
Rel14 
C351 
UE supporting EUTRA FDD and TDD and 6DL CA with TDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.1.2.6 
TDD FDD CA PDSCH Single Antenna Port Performance for TDD PCell (7DL CA) 
Rel14 
C359 
UE supporting EUTRA FDD and TDD and 7DL CA with TDD as PCell (UE Category8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.2.1.1 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for FDD PCell (2DL CA) 
Rel12 
C154 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.2.1.2 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for FDD PCell (3DL CA) 
Rel12 
C133 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.2.1.3 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for FDD PCell (4DL CA) 
Rel12 
C133a 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 

8.2.3.2.1.4 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for FDD PCell (5DL CA) 
Rel12 
C133b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 

8.2.3.2.1.5 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for FDD PCell (6DL CA) 
Rel14 
C350 
UE supporting EUTRA FDD and TDD and 6DL CA with FDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.2.1.6 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for FDD PCell (7DL CA) 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.2.1A 
TDD FDD CA PDSCH Soft buffer management test for FDD PCell (2DL CA) 
Rel12 
C136 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE categories 3 and 4) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.2.2.1 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for TDD PCell (2DL CA) 
Rel12 
C155 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.2.2.2 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for TDD PCell (3DL CA) 
Rel12 
C135 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 

8.2.3.2.2.3 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for TDD PCell(4DL CA) 
Rel12 
C135a 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 

8.2.3.2.2.4 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for TDD PCell(5DL CA) 
Rel12 
C135b 
UE supporting EUTRA FDD and TDD and 5DL CA with TDD as PCell (UE Category 8, and Category11 and onwards) 
Refer to 36.5211 8.1.2.3 

8.2.3.2.2.5 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for TDD PCell(6DL CA) 
Rel14 
C351 
UE supporting EUTRA FDD and TDD and 6DL CA with TDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.2.2.6 
TDD FDD CA PDSCH Open Loop Spatial Multiplexing 2×2 for TDD PCell(7DL CA) 
Rel14 
C359 
UE supporting EUTRA FDD and TDD and 7DL CA with TDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.2.2A 
TDD FDD CA PDSCH Soft buffer management test for TDD PCell (2DL CA) 
Rel12 
C137 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD PCell (UE categories 3 and 4) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.3.1.1 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for FDD PCell (2DL CA) 
Rel12 
C154 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.3.1.2 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for FDD PCell (3DL CA) 
Rel12 
C133 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell (UE Category >= 5) 
TBD 

8.2.3.3.1.3 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for FDD PCell (4DL CA) 
Rel12 
C133a 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.1.4 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for FDD PCell (5DL CA) 
Rel12 
C133b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.1.5 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for FDD PCell (6DL CA) 
Rel14 
C350 
UE supporting EUTRA FDD and TDD and 6DL CA with FDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.1.6 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for FDD PCell (7DL CA) 
Rel14 
C358 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.2.1 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for TDD PCell (2DL CA) 
Rel12 
C155 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell (UE Category >=5) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.3.2.2 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for TDD PCell (3DL CA) 
Rel12 
C135 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Note 7 

8.2.3.3.2.3 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for TDD PCell (4DL CA) 
Rel12 
C135a 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.2.4 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for TDD PCell (5DL CA) 
Rel12 
C135b 
UE supporting EUTRA FDD and TDD and 5DL CA with TDD as PCell (UE Category 8, and Category11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.2.5 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for TDD PCell (6DL CA) 
Rel14 
C351 
UE supporting EUTRA FDD and TDD and 6DL CA with TDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.3.3.2.6 
TDD FDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×2 for TDD PCell (7DL CA) 
Rel14 
C359 
UE supporting EUTRA FDD and TDD and 7DL CA with TDD as PCell (UE Category 8, and Category 11 and onwards) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Note 7 

8.2.4.1.1 
LAA PDSCH CA Closed Loop Spatial Multiplexing Performance4 Tx Antenna port with FDD as Pcell 
Rel13 
C209 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell 
Each “Test Number” to be performed once, in a chosen band supporting tested BW 

8.2.4.1.2 
LAA PDSCH CA Closed Loop Spatial Multiplexing Performance4 Tx Antenna port with TDD as Pcell 
Rel13 
C210 
UE supporting EUTRA TDD and downlink LAA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.1 
Void 

8.3.1.1.1_D 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eDLMIMO 
Rel10 to Rel14 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.1.1_H 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eDLMIMO for 256QAM in DL 
Rel12 to Rel14 
C25h 
UE supporting EUTRA FDD and eDLMIMO and 256QAM in DL and Feature Group Indicator 103 

Rel15 
C25hm 
UE supporting EUTRA FDD and eDLMIMO and 256QAM in DL and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and eDLMIMO and 256QAM in DL and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.1.2_D 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with a simultaneous transmission for eDLMIMO 
Rel10 to Rel14 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.1.3 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type A 
Rel11 to Rel14 
C40 
UE supporting EUTRA FDD and Feature Group Indictor 103 and supporting the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C40m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and supporting the enhanced performance requirements type A for LTE and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and supporting the enhanced performance requirements type A for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.1.4 
FDD PDSCH Closed Loop Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type B 
Rel12 to Rel14 
C262 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C262m 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.1.6 
FDD PDSCH Closed Loop Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM3 interference model – Enhanced Performance Requirement Type B 
Rel12 
C150 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.1.1.7 
FDD PDSCH Closed Loop Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM10 serving cell configuration and TM9 interference model – Enhanced Performance Requirement Type B 
Rel12 
C175 
UE supporting EUTRA FDD, enhanced performance requirements type B and PDSCH Transmission mode 10 for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.1.1.9 
FDD PDSCH Singlelayer Spatial Multiplexing for FDMIMO 
Rel13 to Rel14 
C323 
UE supporting EUTRA FDD and Feature Group Indicator 103 and dmrsEnhancementsr13 

Rel15 
C323m 
UE supporting EUTRA FDD and Feature Group Indictor 103 and dmrsEnhancementsr13 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and dmrsEnhancementsr13 and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.1.10 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eFDMIMO 
Rel14 
C361 
UE supporting EUTRA FDD and Feature Group Indicator 103 and aperiodic ZPCSIRS reporting 

8.3.1.2.1_D 
FDD PDSCH Duallayer Spatial Multiplexing for eDLMIMO 
Rel10 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.1.2.1_D_1 
FDD PDSCH Duallayer Spatial Multiplexing for eDLMIMO (Release 11 and forward) 
Rel11 to Rel14 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.2.2 
FDD PDSCH Duallayer Spatial Multiplexing – Enhanced Performance Requirement Type C 
Rel12 to Rel14 
C144 
UE supporting EUTRA FDD and Feature Group Indicator 103 and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C144m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and Enhanced Performance Requirement TypeC for LTE and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and Enhanced Performance Requirement TypeC for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.1.3.1_F 
FDD PDSCH Performance with DCI format 2D, non Quasi Colocated Antenna Ports, Same Cell ID and single NZP CSIRS resource for CoMP 
Rel11 
C50 
UE supporting EUTRA FDD and Maximum CSI processes of One on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.1.3.2_F 
FDD PDSCH Performance with DCI format 2D, non Quasi Colocated Antenna Ports, Same Cell ID and multiple NZP CSIRS resources for CoMP 
Rel11 
C52 
UE supporting EUTRA FDD and Maximum CSI processes of Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.1.3.3_F 
FDD PDSCH Performance with DCI format 2D, non Quasi Colocated Antenna Ports, Different Cell ID, Colliding CRS and single NZP CSIRS resource for CoMP 
Rel11 
C117 
UE supporting EUTRA FDD and Maximum CSI processes of One, Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.1 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna port 5 (Release 8 and forward) 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.1_1 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna port 5 (Release 9 and forward) 
Rel9 
C16 
UE supporting EUTRA TDD (UE category 1) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.2 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna port 7 or 8 without a simultaneous transmission 
Rel9 only 
C34 
UE supporting EUTRA TDD and supporting enhanced dual layer TDD. 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel10 
C02 
UE supporting EUTRA TDD. 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.2_D 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eDLMIMO 
Rel10 to Rel14 
C26 
UE supporting EUTRA TDD and Feature Group Indicator 104 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C26m 
UE supporting EUTRA TDD and Feature Group Indicator 104 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.1.2_H 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eDLMIMO for 256QAM in DL 
Rel12 to Rel14 
C26h 
UE supporting EUTRA TDD and 256QAM in DL and Feature Group Indicator 104 

Rel15 
C26hm 
UE supporting EUTRA TDD and 256QAM in DL and Feature Group Indicator 104 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and 256QAM in DL and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.1.3 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna port 7 or 8 with a simultaneous transmission 
Rel9 only 
C34 
UE supporting EUTRA TDD and supporting enhanced dual layer TDD. 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel10 
C02 
UE supporting EUTRA TDD. 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.3_D 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with a simultaneous transmission for eDLMIMO 
Rel10 to Rel14 
C26 
UE supporting EUTRA TDD and Feature Group Indicator 104 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C26m 
UE supporting EUTRA TDD and Feature Group Indicator 104 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.1.4 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type A 
Rel11 to Rel14 
C41 
UE supporting EUTRA TDD and Feature Group Indictor 103 and supporting the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C41m 
UE supporting EUTRA TDD and Feature Group Indicator 103 and supporting the enhanced performance requirements type A for LTE and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and supporting the enhanced performance requirements type A for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.1.5 
TDD PDSCH Closed Loop Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type B 
Rel12 to Rel14 
C263 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C263m 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.1.7 
TDD PDSCH Closed Loop Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM3 interference model – Enhanced Performance Requirement Type B 
Rel12 
C151 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.8 
TDD PDSCH Closed Loop Singlelayer Spatial Multiplexing on antenna ports 7 or 8 with TM10 serving cell configuration and TM9 interference model – Enhanced Performance Requirement Type B 
Rel12 
C176 
UE supporting EUTRA TDD, enhanced performance requirements type B and PDSCH Transmission mode 10 for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.1.10 
TDD PDSCH Singlelayer Spatial Multiplexing for FDMIMO 
Rel13 to Rel14 
C324 
UE supporting EUTRA TDD and Feature Group Indicator 103 and dmrsEnhancementsr13 

Rel15 
C324m 
UE supporting EUTRA TDD and Feature Group Indictor 103 and dmrsEnhancementsr13 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and dmrsEnhancementsr13 and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.1.11 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 without a simultaneous transmission for eFDMIMO 
Rel14 
C362 
UE supporting EUTRA TDD and Feature Group Indicator 104 and aperiodic ZPCSIRS reporting 

8.3.2.2.1 
TDD PDSCH Duallayer Spatial Multiplexing 
Rel9 only 
C34 
UE supporting EUTRA TDD and supporting enhanced dual layer TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel10 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.2.1_D 
TDD PDSCH Duallayer Spatial Multiplexing for eDLMIMO 
Rel10 
C25a 
UE supporting EUTRA TDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.2.1_D_1 
TDD PDSCH Duallayer Spatial Multiplexing for eDLMIMO (Release 11 and forward) 
Rel11 to Rel14 
C25a 
UE supporting EUTRA TDD and Feature Group Indicator 103 
TBD 

Rel15 
C25am 
UE supporting EUTRA TDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.3.2.2.2 
TDD PDSCH Duallayer Spatial Multiplexing – Enhanced Performance Requirement Type C 
Rel12 
C143 
UE supporting EUTRA TDD and Enhanced Performance Requirement TypeC for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.4.1_F 
TDD PDSCH Performance with DCI format 2D, non Quasi Colocated Antenna Ports, Same Cell ID and single NZP CSIRS resource for CoMP 
Rel11 
C51 
UE supporting EUTRA TDD and Maximum CSI processes of One on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.4.2_F 
TDD PDSCH Performance with DCI format 2D, non Quasi Colocated Antenna Ports, Same Cell ID and multiple NZP CSIRS resources for CoMP 
Rel11 
C53 
UE supporting EUTRA TDD and Maximum CSI processes of Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.2.4.3_F 
TDD PDSCH Performance with DCI format 2D, non Quasi Colocated Antenna Ports, Different Cell ID, Colliding CRS and single NZP CSIRS resource for CoMP 
Rel11 
C118 
UE supporting EUTRA TDD and Maximum CSI processes of One, Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.3.1.1 
LAA DualLayer Spatial Multiplexing with DMRS with FDD as PCell 
Rel13 
C264 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell and TM9 on LAA cells 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.3.3.1.2 
LAA DualLayer Spatial Multiplexing with DMRS with TDD as Pcell 
Rel13 
C265 
UE supporting EUTRA TDD and downlink LAA and TM9 on LAA cells 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.1 
FDD PCFICH/PDCCH Singleantenna Port Performance 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2 
Void 

8.4.1.2.1 
FDD PCFICH/PDCCH Transmit Diversity 2×2 
Rel8 only 
C09 
UE supporting EUTRA FDD and operating bands supporting 1,4 MHz Bandwidth 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.1_1 
FDD PCFICH/PDCCH Transmit Diversity 2×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.2 
FDD PCFICH/PDCCH Transmit Diversity 4×2 
Rel8 only 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.3_E.1 
FDD PCFICH/PDCCH Transmit Diversity 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.3_E.2 
FDD PCFICH/PDCCH Transmit Diversity 2×2 for feICIC (MBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.2_1 
FDD PCFICH/PDCCH Transmit Diversity 4×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.3_C.1 
FDD PCFICH/PDCCH Transmit Diversity 2×2 for eICIC (nonMBSFN ABS) 
Rel10 
C29 
UE supporting EUTRA FDD and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.3_C.2 
FDD PCFICH/PDCCH Transmit Diversity 2×2 for eICIC (MBSFN ABS) 
Rel10 
C29 
UEs supporting EUTRA FDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.1.2.5 
FDD Enhanced Downlink Control Channel Performance Type A for PCFICH/PDCCH, 2 Tx Antenna Port under Asynchronous Network 
Rel13 
C285 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.4.1.2.6 
FDD Enhanced Downlink Control Channel Performance Type A for PCFICH/PDCCH, 2 Tx Antenna Port with NonColliding CRS Dominant Interferer 
Rel13 
C285 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.4.1.2.7 
FDD Enhanced Downlink Control Channel Performance Type B for PCFICH/PDCCH, 2 Tx Antenna Port with Colliding CRS Dominant Interferer 
Rel13 
C286 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.4.1.2.8 
FDD Enhanced Downlink Control Channel Performance Type B for PCFICH/PDCCH, 2 Tx Antenna Port with NonColliding CRS Dominant Interferer 
Rel13 
C286 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.4.2.1 
TDD PCFICH/PDCCH Singleantenna Port Performance 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2 
Void 

8.4.2.2.1 
TDD PCFICH/PDCCH Transmit Diversity 2×2 
Rel8 only 
C10 
UE supporting EUTRA TDD and operating bands supporting 1,4 MHz Bandwidth 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.1_1 
TDD PCFICH/PDCCH Transmit Diversity 2×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.2 
TDD PCFICH/PDCCH Transmit Diversity 4×2 
Rel8 only 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.2_1 
TDD PCFICH/PDCCH Transmit Diversity 4×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.3_C.1 
TDD PCFICH/PDCCH Transmit Diversity 2×2 for eICIC (nonMBSFN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.3_C.2 
TDD PCFICH/PDCCH Transmit Diversity 2×2 for eICIC (MBSFN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.3_E.1 
TDD PCFICH/PDCCH Transmit Diversity 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115(UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.3_E.2 
TDD PCFICH/PDCCH Transmit Diversity 2×2 for feICIC (MBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115(UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.2.2.5 
TDD Enhanced Downlink Control Channel Performance Type A for PCFICH/PDCCH, 2 Tx Antenna Port with Colliding CRS Dominant Interferer 
Rel13 
C287 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.4.2.2.6 
DD Enhanced Downlink Control Channel Performance Type A for PCFICH/PDCCH, 2 Tx Antenna Port with NonColliding CRS Dominant Interferer 
Rel13 
C287 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.4.2.2.7 
TDD Enhanced Downlink Control Channel Performance Type B for PCFICH/PDCCH, 2 Tx Antenna Port with Colliding CRS Dominant Interferer 
Rel13 
C288 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.4.2.2.8 
TDD Enhanced Downlink Control Channel Performance Type B for PCFICH/PDCCH, 2 Tx Antenna Port with NonColliding CRS Dominant Interferer 
Rel13 
C288 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.4.3.1.1 
LAA PCFICH/PDCCH Transmit Diversity 2×2 with FDD as Pcell 
Rel13 
C209 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.4.3.1.2 
LAA PCFICH/PDCCH Transmit Diversity 2×2 with TDD as Pcell 
Rel13 
C217 
UE supporting EUTRA TDD and downlink LAA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.1 
FDD PHICH Singleantenna Port Performance 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2 
Void 

8.5.1.2.1 
FDD PHICH Transmit Diversity 2×2 
Rel8 only 
C09 
UE supporting EUTRA FDD and operating bands supporting 1,4 MHz Bandwidth 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2.1_1 
FDD PHICH Transmit Diversity 2×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2.2 
FDD PHICH Transmit Diversity 4×2 
Rel8 only 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2.2_1 
FDD PHICH Transmit Diversity 4×2 (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2.3_C.1 
FDD PHICH Transmit Diversity 2×2 for eICIC (nonMBSFN ABS) 
Rel10 
C29 
UE supporting EUTRA FDD and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2.3_E.1 
FDD PHICH Transmit Diversity 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.1.2.5 
FDD Enhanced Downlink Control Channel Performance Requirement Type A for PHICH 2 Tx Antenna Ports under Asynchronous Network 
Rel13 
C285 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.5.1.2.6 
FDD Enhanced Downlink Control Channel Performance Requirement Type A for PHICH – 2 Tx Antenna Ports with NonColliding CRS Dominant Interferer 
Rel13 
C285 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.5.1.2.7 
FDD Enhanced Downlink Control Channel Performance Requirement Type B for PHICH – 2 Tx Antenna Ports with Colliding CRS Dominant Interferer 
Rel13 
C286 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.5.1.2.8 
FDD Enhanced Downlink Control Channel Performance Requirement Type B for PHICH – 2 Tx Antenna Ports with NonColliding CRS Dominant Interferer 
Rel13 
C286 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.5.2.1 
TDD PHICH Singleantenna Port Performance 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2 
Void 

8.5.2.2.1 
TDD PHICH Transmit Diversity 2×2 
Rel8 only 
C10 
UE supporting EUTRA TDD and operating bands supporting 1,4 MHz Bandwidth 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2.1_1 
TDD PHICH Transmit Diversity 2×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2.2 
TDD PHICH Transmit Diversity 4×2 
Rel8 only 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2.2_1 
TDD PHICH Transmit Diversity 4×2 (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2.3_C.1 
TDD PHICH Transmit Diversity 2×2 for eICIC (nonMBSFN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2.3_E.1 
TDD PHICH Transmit Diversity 2×2 for feICIC (nonMBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115(UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.5.2.2.5 
TDD Enhanced Downlink Control Channel Performance Requirement Type A for PHICH 2 Tx Antenna Ports with Colliding CRS Dominant Interfere 
Rel13 
C287 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.5.2.2.6 
TDD Enhanced Downlink Control Channel Performance Requirement Type A for PHICH – 2 Tx Antenna Ports with NonColliding CRS Dominant Interferer 
Rel13 
C287 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.5.2.2.7 
TDD Enhanced Downlink Control Channel Performance Requirement Type B for PHICH 2 Tx Antenna Ports with Colliding CRS Dominant Interferer 
Rel13 
C288 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.5.2.2.8 
TDD Enhanced Downlink Control Channel Performance Requirement Type B for PHICH 2 Tx Antenna Ports with NonColliding CRS Dominant Interferer 
Rel13 
C288 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type B 

8.7.1.1 
FDD sustained data rate performance (Rel9 and forward) 
Rel9 
C76 
UE supporting EUTRA FDD and not supporting 256QAM in DL (UE categories from1 to 4) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
It is not necessary for CA UEs and EPDCCH UEs to be tested in this test if 8.7.1.1_A.1 or 8.7.3.1 is executed. 

8.7.1.1_1 
FDD sustained data rate performance (Rel10 and forward) 
Rel10 
C42 
UE supporting EUTRA FDD and not supporting 256QAM in DL (UE categories 6, 7) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
It is not necessary for CA UEs and EPDCCH UEs to be tested in this test if 8.7.1.1_A.1or 8.7.3.1 is executed. 

8.7.1.1_2 
FDD sustained data rate performance for UE category 1bis 
Rel13 
C145d 
UE supporting EUTRA FDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.7.1.1_A.1 
FDD Sustained data rate performance for CA (2 DL CA ) 
Rel10 
C107 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA and not supporting 256QAM in DL (UE category 3, 4, 6, 7, 9 and 10) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_A.2 is executed. 

Rel11 
C93 
UE supporting EUTRA FDD and intraband noncontiguous DL CA and not supporting 256QAM in DL (UE category 3, 4, 6, 7, 9 and 10) 
Note 7 

8.7.1.1_A.2 
FDD Sustained data rate performance for CA (3DL CA) 
Rel10 
C126 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 and not supporting 256QAM in DL (UE category 9, 10, 11 and 12) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_A.4 is executed 

Rel10 
C126a 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 and supporting at most 40MHz aggregated bandwidth and not supporting 256QAM in DL (UE category 6 and 7) 
Refer to 36.5211 8.1.2.3 
Note 7 

Rel11 
C127 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 and not supporting 256QAM in DL (UE category 9, 10, 11 and 12) 
TBD 

Rel11 
C127a 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 and supporting at most 40MHz aggregated bandwidth and not supporting 256QAM in DL (UE category 6 and 7) 
TBD 

8.7.1.1_A.4 
FDD Sustained data rate performance for CA (4DL CA) 
Rel11 
C189 
UE supporting EUTRA FDD and 4DL with CA configurations in Table 4.14 and not supporting 256QAM in DL (UE category 11 and 12) 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_A.5 is executed. Note 7 

Rel11 
C189a 
UE supporting EUTRA FDD and 4DL with CA configurations in Table 4.14 and supporting at most 60MHz aggregated bandwidth and not supporting 256QAM in DL (UE category 9 and 10) 

8.7.1.1_A.5 
FDD Sustained data rate performance for CA (5DL CA) 
Rel11 
C266 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 and not supporting 256QAM in DL (UE DL category 11,12) 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_A.6 is executed. Note 7 

Rel12 
C267 
UE supporting EUTRA FDD and 5DL CA configurations in Table 4.15 and not supporting 256QAM in DL (UE DL category 11,12,15) 

8.7.1.1_A.6 
FDD Sustained data rate performance for CA (6DL CA) 
Rel11 
C330 
UE supporting EUTRA FDD and 6DL with CA configurations in Table 4.16 and not supporting 256QAM in DL (UE DL category 11,12) 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_A.7 is executed. Note 7 

Rel12 
C331 
UE supporting EUTRA FDD and 6DL CA configurations in Table 4.16 and not supporting 256QAM in DL (UE DL category 11,12,15) 

8.7.1.1_A.7 
FDD Sustained data rate performance for CA (7DL CA) 
Rel15 
C343 
UE supporting EUTRA FDD and 7DL CA and not supporting 256QAM in DL (UE DL category 11,12,15) 
2Rx, 4Rx 
Note 7 

8.7.1.1_H.1 
FDD sustained data rate performance (Single Carrier) for 256QAM in DL 
Rel12 
C42h 
UE supporting EUTRA FDD and 256QAM and UE DL category 13 
Test execution not necessary if 8.7.1.1_H.2 is executed 

8.7.1.1_H.2 
FDD Sustained data rate performance for CA (2DL CA) for 256QAM in DL 
Rel12 
C107h 
UE supporting EUTRA FDD and 2DL CA and 256QAM in DL (UE DL category 11, 12 and 13) 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_H.3 is executed Note 7 

8.7.1.1_H.3 
FDD Sustained data rate performance for CA (3DL CA) for 256QAM in DL 
Rel12 
C126h 
UE supporting EUTRA FDD and 3DL CA ,and supporting 256QAM in DL (UE DL category 11, 12 and 15) 
2Rx, 4Rx 
Test execution not necessary if 8.7.1.1_H.4 is executed Note 7 

Rel12 
C126ha 
UE supporting EUTRA FDD and 3DL CA ,and supporting 256QAM in DL and supporting at most 40MHz aggregated bandwidth (UE DL category 13) 
Test execution not necessary if 8.7.1.1_H.4 is executed 

8.7.1.1_H.4 
FDD Sustained data rate performance for CA (4DL CA) for 256QAM in DL 
Rel13 
C189h 
UE supporting EUTRA FDD and 4DL with CA configurations in Table 4.14 and supporting 256QAM in DL 
Test execution not necessary if 8.7.1.1_H.5 is executed. 

8.7.1.1_H.5 
FDD Sustained data rate performance for CA (5DL CA) for 256QAM in DL 
Rel13 
C266h 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 and supporting 256QAM in DL 

8.7.1.1_H.6 
FDD Sustained data rate performance for CA (6DL CA) for 256QAM in DL 
Rel13 
C331h 
UE supporting EUTRA FDD and 6DL with CA configurations in Table 4.16 and supporting 256QAM in DL 

8.7.1.1_H.7 
FDD Sustained data rate performance for CA (7DL CA) for 256QAM in DL 
Rel15 
C344 
UE supporting EUTRA FDD and 7DL and supporting 256QAM in DL 
Test execution not necessary if 8.7.1.1_H.8 is executed 

8.7.2.1 
TDD sustained data rate performance (Rel9 and forward) 
Rel9 
C111 
UE supporting EUTRA TDD and not supporting 256QAM in DL (UE categories from 1 to 4) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
It is not necessary for CA UEs and EPDCCH UEs to be tested in this test if 8.7.2.1_A.1 or 8.7.4.1 is executed. 

8.7.2.1_1 
TDD sustained data rate performance (Rel10 and forward) 
Rel10 
C73 
UE supporting EUTRA TDD and not supporting 256QAM in DL (UE category 6 and 7) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
It is not necessary for CA UEs and EPDCCH UEs to be tested in this test if 8.7.2.1_A.1or 8.7.4.1 is executed. 

8.7.2.1_2 
TDD sustained data rate performance for UE category 1bis 
Rel13 
C156f 
UE supporting EUTRA TDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.7.2.1_A.1 
TDD sustained data rate performance for CA (2DL CA) 
Rel10 
C74 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA and not supporting 256QAM in DL (UE category 6, 7, 9 and 10) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_A.2 is executed. 

Rel11 
C75 
UE supporting EUTRA TDD and intraband noncontiguous DL CA and not supporting 256QAM in DL (UE category 6, 7, 9 and 10) 
Note 7 

8.7.2.1_A.2 
TDD Sustained data rate performance for CA (3DL CA) 
Rel10 
C130 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 and not supporting 256QAM in DL (UE category 9, 10, 11 and 12) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_A.3 is executed. 

Rel11 
C131 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 and not supporting 256QAM in DL (UE category 9, 10, 11 and 12) 
Note 7 

8.7.2.1_A.3 
TDD Sustained data rate performance for CA (4DL CA) 
Rel11 
C213 
UE supporting EUTRA TDD and 4DL CA configurations in Table 4.13 (UE DL category 11, 12 and 15) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_A.4 is executed. Note 7 

8.7.2.1_A.5 
TDD Sustained data rate performance for CA (5DL CA) 
Rel11 
C360 
UE supporting EUTRA TDD and 5DL CA configurations in Table 4.13 (UE DL category 11, 12 and 15) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_A.6 is executed. Note 7 

8.7.2.1_A.6 
TDD Sustained data rate performance for CA (6DL CA) 
Rel15 
C331a 
UE supporting EUTRA TDD and 6DL CA configurations in Table 4.13 (UE DL category 11, 12 and 15) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_A.7 is executed. Note 7 

8.7.2.1_A.7 
TDD Sustained data rate performance for CA (7DL CA) 
Rel15 
C345 
UE supporting EUTRA TDD and 7DL CA (UE DL category 11, 12 and 15) 
Refer to 36.5211 8.1.2.3 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_A.8 is executed. Note 7 

8.7.2.1_H.1 
TDD sustained data rate performance (Single Carrier) for 256QAM in DL 
Rel12 
C73h 
UE supporting EUTRA TDD and 256QAM in DL and UE DL category 13 
Test execution not necessary if 8.7.2.1_H.2 is executed. 

8.7.2.1_H.2 
TDD sustained data rate performance for CA (2DL CA) for 256QAM in DL 
Rel12 
C74h 
UE supporting EUTRA TDD and 2DL CA, and supporting 256QAM in DL (UE DL category 11, 12 and 13) 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_H.3 is executed. Note 7 

8.7.2.1_H.3 
TDD Sustained data rate performance for CA (3DL CA) for 256QAM in DL 
Rel12 
C130h 
UE supporting EUTRA TDD and 3DL CA and supporting 256QAM in DL (UE DL Category 11, 12 and 15) 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_H.4 is executed. Note 7 

8.7.2.1_H.4 
TDD Sustained data rate performance for CA (4DL CA) for 256QAM in DL 
Rel13 
C213h 
UE supporting EUTRA TDD and 4DL CA and supporting 256QAM in DL (UE DL Category 11, 12,15 and 16) 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_H.5 is executed. Note 7 

8.7.2.1_H.5 
TDD Sustained data rate performance for CA (5DL CA) for 256QAM in DL 
Rel14 
C332 
UE supporting EUTRA TDD and 5DL CA and supporting 256QAM in DL (UE DL Category 16) 
2Rx, 4Rx 
Note 7 

8.7.2.1_H.6 
TDD Sustained data rate performance for CA (6DL CA) for 256QAM in DL 
Rel15 
C331ha 
UE supporting EUTRA TDD and 6DL CA and supporting 256QAM in DL (UE DL Category 16) 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_H.7 is executed. Note 7 

8.7.2.1_H.7 
TDD Sustained data rate performance for CA (7DL CA) for 256QAM in DL 
Rel15 
C346 
UE supporting EUTRA TDD and 7DL CA and supporting 256QAM in DL (UE DL Category 16) 
2Rx, 4Rx 
Test execution not necessary if 8.7.2.1_H.8 is executed. Note 7 

8.7.3.1 
FDD sustained data rate performance for EPDCCH scheduling 
Rel11 
C55 
UE supporting EUTRA FDD and EPDCCH 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.7.4.1 
TDD sustained data rate performance for EPDCCH scheduling 
Rel11 
C56 
UE supporting EUTRA TDD and EPDCCH 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.7.5.1.1 
TDD FDD CA Sustained data rate performance for FDD PCell (2DL CA) 
Rel12 
C138 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell and not supporting 256QAM in DL (UE category 3, 4, 6, 7, 9 and 10) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.1.2 is executed. Note 7 

8.7.5.1.2 
TDD FDD CA Sustained data rate performance for FDD PCell (3DL CA) 
Rel12 
C139 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell and not supporting 256QAM in DL (UE category 9, 10, 11 and 12) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.1.3 is executed. Note 7 

8.7.5.1.3 
TDD FDD CA Sustained data rate performance for FDD PCell (4DL CA) 
Rel12 
C139a 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell and not supporting 256QAM in DL (UE category 11 and 12) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.1.4 is executed. Note 7 

8.7.5.1.4 
TDD FDD CA Sustained data rate performance for FDD PCell (5DL CA) 
Rel12 
C139b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell and not supporting 256QAM in DL (UE DL category 15) 
TBD 
2Rx, 4Rx 
Note 7 

8.7.5.1.5 
TDD FDD CA Sustained data rate performance for FDD PCell (6DL CA) 
Rel12 
C139c 
UE supporting EUTRA FDD and TDD and 6DL CA with FDD as PCell and not supporting 256QAM in DL (UE DL category 15) 
TBD 
2Rx, 4Rx 
Note 7 

8.7.5.1.6 
TDD FDD CA Sustained data rate performance for FDD PCell (7DL CA) 
Rel12 
C369 
UE supporting EUTRA FDD and TDD and 7DL CA with FDD as PCell and not supporting 256QAM in DL (UE DL category 15) 
TBD 
2Rx, 4Rx 
Note 7 

8.7.5.1_H.1 
TDD FDD CA Sustained data rate performance for FDD PCell (2DL CA) for 256QAM in DL 
Rel12 
C138h 
UE supporting EUTRA FDD and TDD and 2DL TDDFDD CA with FDD as PCell and supporting 256QAM in DL (UE DL category 11, 12 and 13) 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.1_H.2 is executed. Note 7 

8.7.5.1_H.2 
TDD FDD CA Sustained data rate performance for FDD PCell (3DL CA) for 256QAM in DL 
Rel12 
C139h 
UE supporting EUTRA FDD and TDD and 3DL TDDFDD CA with FDD as PCell and supporting 256QAM in DL (UE DL Category 11, 12 and 15) 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.1_H.3 is executed. Note 7 

8.7.5.1_H.3 
TDD FDD CA Sustained data rate performance for FDD PCell (4DL CA) for 256QAM in DL 
Rel12 
C139ha 
UE supporting EUTRA FDD and TDD and 4DL TDDFDD CA with FDD as PCell and supporting 256QAM in DL 
Test execution not necessary if 8.7.5.1_H.4 is executed. 

8.7.5.1_H.4 
TDD FDD CA Sustained data rate performance for FDD PCell (5DL CA) for 256QAM in DL 
Rel12 
C139hb 
UE supporting EUTRA FDD and TDD and 5DL TDDFDD CA with FDD as PCell and supporting 256QAM in DL 

8.7.5.1_H.5 
TDD FDD CA Sustained data rate performance for FDD PCell (6DL CA) for 256QAM in DL 
Rel12 
C139hc 
UE supporting EUTRA FDD and TDD and 6DL TDDFDD CA with FDD as PCell and supporting 256QAM in DL 

8.7.5.2.1 
TDD FDD CA Sustained data rate performance for TDD PCell (2DL CA) 
Rel12 
C140 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell and not supporting 256QAM in DL (UE category 3, 4, 6, 7, 9 and 10) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.2.2 is executed. Note 7 

8.7.5.2.2 
TDD FDD CA Sustained data rate performance for TDD PCell (3DL CA) 
Rel12 
C141 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD as PCell and not supporting 256QAM in DL (UE category 9, 10, 11 and 12) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.2.3 is executed. Note 7 

8.7.5.2.3 
TDD FDD CA Sustained data rate performance for TDD PCell (4DL CA) 
Rel12 
C141a 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell and not supporting 256QAM in DL (UE category 11 and 12) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.2.4 is executed. Note 7 

8.7.5.2.4 
TDD FDD CA Sustained data rate performance for TDD PCell (5DL CA) 
Rel12 
C141b 
UE supporting EUTRA FDD and TDD and 5DL CA with TDD as PCell and not supporting 256QAM in DL (UE category 15) 
TBD 
2Rx, 4Rx 
Note 7 

8.7.5.2.5 
TDD FDD CA Sustained data rate performance for TDD PCell (6DL CA) 
Rel12 
C141c 
UE supporting EUTRA FDD and TDD and 6DL CA with TDD as PCell and not supporting 256QAM in DL (UE category 15) 
TBD 
2Rx, 4Rx 
Note 7 

8.7.5.2.6 
TDD FDD CA Sustained data rate performance for TDD PCell (7DL CA) 
Rel12 
C370 
UE supporting EUTRA FDD and TDD and 7DL CA with TDD as PCell and not supporting 256QAM in DL (UE category 15) 
TBD 
2Rx, 4Rx 
Note 7 

8.7.5.2_H.1 
TDD FDD CA Sustained data rate performance for TDD PCell (2DL CA) for 256QAM in DL 
Rel12 
C140h 
UE supporting EUTRA FDD and TDD and 2DL TDDFDD CA with TDD as PCell and supporting 256QAM in DL (UE DL Category 11, 12 and 13) 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.2_H.2 is executed. Note 7 

8.7.5.2_H.2 
TDD FDD CA Sustained data rate performance for TDD PCell (3DL CA) for 256QAM in DL 
Rel12 
C141h 
UE supporting EUTRA FDD and TDD and 3DL TDDFDD CA with TDD as PCell and supporting 256QAM in DL (UE DL Category 11, 12 and 15) 
2Rx, 4Rx 
Test execution not necessary if 8.7.5.2_H.3 is executed. Note 7 

8.7.5.2_H.4 
TDD FDD CA Sustained data rate performance for TDD PCell (5DL CA) for 256QAM in DL 
Rel12 
C141hb 
UE supporting EUTRA FDD and TDD and 5DL TDDFDD CA with TDD as PCell and supporting 256QAM in DL (UE DL Category 16) 
2Rx, 4Rx 
Note 7 

8.7.5.2_H.5 
TDD FDD CA Sustained data rate performance for TDD PCell (6DL CA) for 256QAM in DL 
Rel12 
C142h 
UE supporting EUTRA FDD and TDD and 6DL TDDFDD CA with TDD as PCell and supporting 256QAM in DL (UE DL Category 16) 
2Rx, 4Rx 
Note 7 

8.7.6.1 
FDD sustained data rate performance for Dual Connectivity 64QAM 
Rel12 
C171 
UE supporting EUTRA FDD and Dual Connectivity and not supporting 256QAM in DL (UE Category 3, 4, 6, 7, 9, and 10) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.7.6.2 
FDD sustained data rate performance for Dual Connectivity 256QAM 
Rel12 
C173 
UE supporting EUTRA FDD and Dual Connectivity and supporting 256QAM in DL 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.7.7.1 
TDD sustained data rate performance for Dual Connectivity 64QAM 
Rel12 
C172 
UE supporting EUTRA TDD and Dual Connectivity and not supporting 256QAM in DL (UE Category 6, 7, 9, and 10) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.7.7.2 
TDD sustained data rate performance for Dual Connectivity 256QAM 
Rel12 
C174 
UE supporting EUTRA TDD and Dual Connectivity and supporting 256QAM in DL 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

8.7.9.2 
FDD sustained data rate performance for 4 layer MIMO (single carrier) 
Rel10 
C226 
UE supporting EUTRA FDD with 4Rx antenna ports and 4layer spatial multiplexing (UE Category 6 and 7 and UE DL category 13) 
One "Test Number" to be performed. The selected band shall lead to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.9 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.9.3 
FDD sustained data rate performance for 4 layer MIMO (2DL CA) 
Rel10 
C227 
UE supporting 2DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and intraband contiguous DL CA or interband DL CA (UE Category 9, 10, 11 and 12 and UE DL category 9, 10, 11, 12 and 15) 
One "Test Number" to be performed. The selected CA configuration shall lead to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.9 is executed, where larger equivalent aggregated bandwidth can be achieved. 

Rel11 
C228 
UE supporting 2DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and intraband noncontiguous DL CA (UE Category 9, 10, 11 and 12 and UE DL category 9, 10, 11, 12 and 15) 

8.7.9.4 
FDD sustained data rate performance for 4 layer MIMO (3DL CA) 
Rel10 
C229 
UE supporting 3DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 3DL with CA configurations in Table 4.13 (UE Category 11 and 12 and UE DL category 11, 12, 15, 16 and 18) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.9 is executed, where larger equivalent aggregated bandwidth can be achieved. 

Rel11 
C230 
UE supporting 3DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 3DL with CA configurations in Table 4.13 and 4Rx antenna ports and 4layer spatial multiplexing (UE Category 11 and 12 and UE DL category 11, 12, 15, 16 and 18) 

8.7.9.5 
FDD sustained data rate performance for 4 layer MIMO (4DL CA) 
Rel11 
C236 
UE supporting 4DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 4DL with CA configurations in Table 4.14 (UE DL category 15, 16, 18 and 19) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.9 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.9.6 
FDD sustained data rate performance for 4 layer MIMO (5DL CA) 
Rel11 
C237 
UE supporting 5DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 5DL with CA configurations in Table 4.15 (UE DL category 15, 16, 18 and 19) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.9 is executed, where larger equivalent aggregated bandwidth can be achieved. 

Rel12 
C238 
UE supporting 5DL FDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 5DL with CA configurations in Table 4.15 (UE DL category 15, 16, 18 and 19) 

8.7.10.2 
TDD sustained data rate performance for 4 layer MIMO (single carrier) 
Rel10 
C239 
UE supporting EUTRA TDD with 4Rx antenna ports and 4layer spatial multiplexing (UE Category 6 and 7 and UE DL category 13) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.10 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.10.3 
TDD sustained data rate performance for 4 layer MIMO (2DL CA) 
Rel10 
C240 
UE supporting 2DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and intraband contiguous DL CA or interband DL CA (UE Category 9, 10, 11 and 12 and UE DL category 9, 10, 11, 12 and 15) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.10 is executed, where larger equivalent aggregated bandwidth can be achieved. 

Rel11 
C241 
UE supporting 2DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and intraband noncontiguous DL CA (UE Category 9, 10, 11 and 12 and UE DL category 9, 10, 11, 12 and 15) 

8.7.10.4 
TDD sustained data rate performance for 4 layer MIMO (3DL CA) 
Rel10 
C242 
UE supporting 3DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 3DL with CA configurations in Table 4.13 (UE Category 11 and 12 and UE DL category 11, 12, 15, 16 and 18) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.10 is executed, where larger equivalent aggregated bandwidth can be achieved. 

Rel11 
C243 
UE supporting 3DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 3DL with CA configurations in Table 4.13 (UE Category 11 and 12 and UE DL category 11, 12, 15, 16 and 18) 

8.7.10.5 
TDD sustained data rate performance for 4 layer MIMO (4DL CA) 
Rel11 
C244 
UE supporting 4DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 4DL with CA configurations in Table 4.14 (UE DL category 16, 18 and 19) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.10 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.10.6 
TDD sustained data rate performance for 4 layer MIMO (5DL CA) 
Rel11 
C245 
UE supporting 5DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 5DL with CA configurations in Table 4.15 (UE DL category 18 and 19) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.10 is executed, where larger equivalent aggregated bandwidth can be achieved. 

Rel12 
C246 
UE supporting 5DL TDD CA with 4Rx antenna ports and 4layer spatial multiplexing and 5DL with CA configurations in Table 4.15 (UE DL category 18 and 19) 

8.7.11.2 
TDD FDD CA sustained data rate performance for 4 layer MIMO (2DL CA) 
Rel12 
C247 
UE supporting 2DL FDDTDD CA with 4Rx antenna ports and 4layer spatial multiplexing (UE Category 9, 10, 11 and 12 and UE DL category 9, 10, 11, 12 and 15) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.11 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.11.3 
TDD FDD CA sustained data rate performance for 4 layer MIMO (3DL CA) 
Rel12 
C248 
UE supporting 3DL FDDTDD CA with 4Rx antenna ports and 4layer spatial multiplexing (UE Category 11 and 12 and UE DL category 11, 12, 15, 16 and 18) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.11 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.11.4 
TDD FDD CA sustained data rate performance for 4 layer MIMO (4DL CA) 
Rel12 
C249 
UE supporting 4DL FDDTDD CA with 4Rx antenna ports and 4layer spatial multiplexing (UE DL category 15, 16, 18 and 19) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.11 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.11.5 
TDD FDD CA sustained data rate performance for 4 layer MIMO (5DL CA) 
Rel12 
C250 
UE supporting 5DL FDDTDD CA with 4Rx antenna ports and 4layer spatial multiplexing (UE DL category 16, 18 and 19) 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest equivalent aggregated bandwidth^{ Note 3} supported by UE. 
Test execution not necessary if another test case in clause 8.7.11 is executed, where larger equivalent aggregated bandwidth can be achieved. 

8.7.12.1.2.1 
LAA sustained data rate performance with FDD PCell with 2DL CA (2Rx) 
Rel13 
C209 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest 

8.7.12.1.2.2 
LAA sustained data rate performance with FDD PCell for 4 Layer MIMO (2DL CA) 
Rel13 
C328 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell abd 4layer spatial multiplexing 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest 

8.7.12.2.2.1 
LAA sustained data rate performance with TDD PCell with 2DL CA (2Rx) 
Rel13 
C210 
UE supporting EUTRA TDD and downlink LAA 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest 

8.7.12.2.2.2 
LAA sustained data rate performance with TDD PCell for 4 Layer MIMO (2DL CA) 
Rel13 
C329 
UE supporting EUTRA TDD and downlink LAA with FDD as Pcell abd 4layer spatial multiplexing 
One "Test Number" to be performed, in a chosen CA configuration, which leads to the largest 

8.8.1.1 
FDD distributed EPDCCH performance 
Rel11 
C55 
UE supporting EUTRA FDD and EPDCCH 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.8.1.2 
TDD distributed EPDCCH performance 
Rel11 
C56 
UE supporting EUTRA TDD and EPDCCH 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.8.2.1 
FDD localized EPDCCH performance with TM9 
Rel11 to Rel14 
C91 
UE supporting EUTRA FDD and EPDCCH and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C91m 
UE supporting EUTRA FDD and EPDCCH and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and EPDCCH and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.8.2.2 
TDD localized EPDCCH performance with TM9 
Rel11 to Rel14 
C92 
UE supporting EUTRA TDD and EPDCCH and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C92m 
UE supporting EUTRA TDD and EPDCCH and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and EPDCCH and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.8.3.1 
FDD localized EPDCCH transmission with TM10 Type B quasi colocation type 
Rel11 
C57 
UE supporting EUTRA FDD and EPDCCH and Multiple CSI processes on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.8.3.2 
TDD localized EPDCCH transmission with TM10 Type B quasi colocation type 
Rel11 
C58 
UE supporting EUTRA TDD and EPDCCH and Multiple CSI processes on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.8.4.1 
FDD Enhanced Downlink Control Channel Performance Requirements Type A for EDPCCH – Localized Transmission with CRS Interference Model 
Rel13 
C289 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.8.4.2 
TDD Enhanced Downlink Control Channel Performance Requirements Type A for EDPCCH – Localized Transmission with CRS Interference Model 
Rel13 
C290 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.8.5.1 
TDD Enhanced Downlink Control Channel Performance Requirements Type A for EDPCCH – Distributed Transmission with TM9 Interference Model 
Rel13 
C290 
EUTRA TDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.8.6.1 
FDD Enhanced Downlink Control Channel Performance Type A for EDPCCH Distributed Transmission with TM3 Interference Model 
Rel13 
C289 
EUTRA FDD UEs supporting Enhanced downlink control channel performance requirements type A 

8.9.1.1.1 
Transmit diversity performance for UE category 0 (CellSpecific Reference Symbols) 
Rel12 
C145 
UE supporting EUTRA FDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.1.1_1 
FDD PDSCH Transmit Diversity 4×1 for UE category 1bis 
Rel13 
C145d 
UE supporting EUTRA FDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.1.2 
FDD closedloop spatial multiplexing performance (CellSpecific Reference Symbols) 
Rel12 
C145 
UE supporting EUTRA FDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.1.2_1 
FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 4×1 for UE Category 1bis 
Rel13 
C145d 
UE supporting EUTRA FDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.1.3 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 for UE category 0 
Rel12 
C157 
UE supporting EUTRA FDD (UE category 0) and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.1.3_1 
FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 for UE category 1bis 
Rel13 
C157a 
UE supporting EUTRA FDD (UE category 1bis) and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.2.1 
TDD PDSCH Transmit Diversity for UE category 0 
Rel12 
C156 
UE supporting EUTRA TDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.2.1_1 
TDD PDSCH Transmit Diversity for UE category 1bis 
Rel13 
C156f 
UE supporting EUTRA TDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.2.2 
TDD closedloop spatial multiplexing performance (CellSpecific Reference Symbols) 
Rel12 
C145 
UE supporting EUTRA FDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.2.2_1 
TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×1 for UE Category 1bis 
Rel13 
C156f 
UE supporting EUTRA TDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.2.3 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 for UE category 0 
Rel12 
C158 
UE supporting EUTRA TDD (UE category 0) and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.1.2.3_1 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 for UE category 1bis 
Rel13 
C158a 
UE supporting EUTRA TDD (UE category 1bis) and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.2.1.1 
FDD PHICH Transmit Diversity for UE category 0 
Rel12 
C145 
UE supporting EUTRA FDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.2.1.1_1 
FDD PHICH Transmit Diversity for UE category 1bis 
Rel13 
C145d 
UE supporting EUTRA FDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.2.2.1 
TDD PHICH Transmit Diversity for UE category 0 
Rel12 
C156 
UE supporting EUTRA TDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.9.2.2.1_1 
TDD PHICH Transmit Diversity for UE category 1bis 
Rel13 
C156f 
UE supporting EUTRA TDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.10.1.1.1 
FDD PDSCH Transmit Diversity 2×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.1.2 
FDD PDSCH Open Loop Spatial Multiplexing 2×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.1.3 
FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model – Enhanced Performance Requirement Type A 
Rel11 
C113d 
UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.1.4 
FDD PDSCH Closed Loop Spatial Multiplexing 4×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.1.5 
FDD PDSCH Singlelayer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 interference model – Enhanced Performance Requirement Type A 
Rel11 to Rel14 
C113e 
UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C113em 
UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and Feature Group Indicator 103 and (UE Category < 8 and 8 < UE Category < 11 and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.10.1.1.6 
FDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) 
Rel10 to Rel14 
C113c 
UE supporting EUTRA FDD and Feature Group Indicator 103 and 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C113cm 
UE supporting EUTRA FDD and Feature Group Indicator 103 and 4Rx antenna ports and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and 4Rx antenna ports (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.10.1.1.7 
FDD Openloop spatial multiplexing, 3 Layer Multiplexing with 4 Tx Antenna Ports 
Rel10 
C220 
UE supporting EUTRA FDD with 4Rx antenna ports and 3layer spatial multiplexing 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.1.8 
FDD Closedloop spatial multiplexing performance, 4 Layers spatial multiplexing 4 Tx antennas 
Rel10 
C220 
UE supporting EUTRA FDD with 4Rx antenna ports and 4layer spatial multiplexing 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.1.9 
FDD 4 Layer Spatial Multiplexing (UserSpecific Reference Symbols) 
Rel10 to Rel14 
C113c 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 and 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C113cm 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 and 4Rx antenna ports and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and eDLMIMO and 4Rx antenna ports (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.10.1.2.1 
TDD PDSCH Transmit Diversity 2×4 
Rel10 
C198 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.2 
TDD PDSCH Open Loop Spatial Multiplexing 2×4 
Rel10 
C198 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.3 
TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model – Enhanced Performance Requirement Type A 
Rel11 
C198 a 
UE supporting EUTRA TDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.4 
TDD PDSCH Closed Loop Spatial Multiplexing 4×4 
Rel10 
C198 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.5 
TDD PDSCH Singlelayer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 interference model – Enhanced Performance Requirement Type A 
Rel11 
C198c 
UE supporting EUTRA TDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.6 
TDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) 
Rel10 
C198b 
UE supporting EUTRA TDD with 4Rx antenna ports and UE Category 2 or higher and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.7 
TDD Openloop spatial multiplexing, 3 Layer Multiplexing with 4 Tx Antenna Ports 
Rel10 
C235 
UE supporting EUTRA TDD with 4Rx antenna ports and 3layer spatial multiplexing 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.8 
TDD Closedloop spatial multiplexing performance, 4 Layers spatial multiplexing 4 Tx antennas 
Rel10 
C235 
UE supporting EUTRA TDD with 4Rx antenna ports and 4layer spatial multiplexing 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.1.2.9 
TDD 4 Layer Spatial Multiplexing (UserSpecific Reference Symbols) 
Rel10 to Rel14 
C183 
UE supporting EUTRA TDD and UE Category ≥ 5 and Feature Group Indicator 103 and 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C183m 
UE supporting EUTRA TDD and Feature Group Indicator 103 with 4Rx antenna ports and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13)), or UE supporting EUTRA TDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.10.2.1.1 
FDD PCFICH/PDCCH Singleantenna Port Performance 1×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.2.1.2 
FDD PCFICH/PDCCH Transmit Diversity Performance 2×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.2.1.3 
FDD PCFICH/PDCCH Transmit Diversity Performance 4×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.2.2.1 
TDD PCFICH/PDCCH Singleantenna Port Performance 1×4 
Rel10 
C184 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.2.2.2 
TDD PCFICH/PDCCH Transmit Diversity Performance 2×4 
Rel10 
C184 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.2.2.3 
TDD PCFICH/PDCCH Transmit Diversity Performance 4×4 
Rel10 
C184 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.3.1.1 
FDD PHICH Singleantenna Port Performance 1×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.3.1.2 
FDD PHICH Transmit Diversity Performance 2×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.3.1.3 
FDD PHICH Transmit Diversity Performance 4×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.3.2.1 
TDD PHICH Singleantenna Port Performance 1×4 
Rel10 
C184 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.3.2.2 
TDD PHICH Transmit Diversity Performance 2×4 
Rel10 
C184 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.3.2.3 
TDD PHICH Transmit Diversity Performance 4×4 
Rel10 
C184 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.4.1.1 
FDD distributed EPDCCH performance 2×4 
Rel10 
C164 
UE supporting EUTRA FDD and EPDCCH with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.4.1.2 
TDD distributed EPDCCH performance 2×4 
Rel10 
C165 
UE supporting EUTRA TDD and EPDCCH with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

8.10.4.2.1 
FDD localized EPDCCH performance with TM9 2×4 
Rel10 to Rel14 
C166 
UE supporting EUTRA FDD and EPDCCH and Feature Group Indicator 103 with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C166m 
UE supporting EUTRA FDD and EPDCCH and Feature Group Indicator 103 with 4Rx antenna ports and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and EPDCCH with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.10.4.2.2 
TDD localized EPDCCH performance with TM9 2×4 
Rel10 to Rel14 
C167 
UE supporting EUTRA TDD and EPDCCH and Feature Group Indicator 103 with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C167m 
UE supporting EUTRA TDD and EPDCCH and Feature Group Indicator 103 with 4Rx antenna ports and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and EPDCCH with 4Rx antenna ports (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.11.1.1.1 
FDD and halfduplex FDD Closedloop spatial multiplexing performance for UE supporting CE 
Rel13 
C145e 
UE supporting EUTRA FDD and UE category M1 and TM6 in CEModeA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C145f 
UE supporting EUTRA FDD and UE category M2 and TM6 in CEModeA 

8.11.1.1.2 
FDD and halfduplex FDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 for UE supporting CE 
Rel13 
C145g 
UE supporting EUTRA FDD and UE category M1 and TM9 in CEModeA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C145h 
UE supporting EUTRA FDD and UE category M2 and TM9 in CEModeA 

8.11.1.1.3.1 
FDD and halfduplex FDD PDSCH Transmit Diversity 2×1 for UE category M1 
Rel13 
C145a 
UE supporting EUTRA FDD and UE category M1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.11.1.1.3.1_1 
FDD and halfduplex FDD PDSCH Transmit Diversity 2×1 for UE category M1 (CEmodeB) 
Rel13 
C156c 
UE supporting EUTRA FDD and (UE category M1 and CEModeB) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.11.1.2.1 
TDD Closedloop spatial multiplexing performance for CE UE in CE Mode A (CellSpecific Reference Symbols) 
Rel13 
C156q 
UE supporting EUTRA TDD and UE category M1 and TM6 in CEModeA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C156h 
UE supporting EUTRA TDD and UE category M2 and TM6 in CEModeA 

8.11.1.2.2 
TDD PDSCH Singlelayer Spatial Multiplexing on antenna ports 7 or 8 for CE UE in CE Mode A 
Rel13 
C156e 
UE supporting EUTRA TDD and UE category M1 and TM9 in CEModeA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C156i 
UE supporting EUTRA TDD and UE category M2 and TM9 in CEModeA 

8.11.1.2.3.1 
TDD PDSCH Transmit Diversity for UE category M1 
Rel13 
C156b 
UE supporting EUTRA TDD and UE category M1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.11.1.2.3.1_1 
TDD PDSCH Transmit Diversity for UE category M1 (CEModeB) 
Rel13 
C156d 
UE supporting EUTRA TDD and UE category M1 and CEModeB 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.11.1.2.3.2 
TDD PDSCH 2 Tx Antenna Port supporting wideband transmission for UE category M2 
Rel14 
C316a 
UE supporting EUTRA TDD and UE category M2 and CEModeA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.11.1.2.3.2_1, 
TDD PDSCH 2 Tx Antenna Port supporting wideband transmission for UE category M2 (CEModeB) 
Rel14 
C316b 
UE supporting EUTRA TDD and UE category M2 and CEModeB 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.11.2.1.1 
FDD demodulation of MPDCCH in CE Mode A 
Rel13 
C145b 
UE supporting EUTRA FDD and (UE category M1 or CEModeA) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C314 
UE supporting EUTRA FDD and (UE category M2 or CEModeA) 

8.11.2.1.2 
FDD and halfduplex FDD demodulation of MPDCCH in CE Mode B 
Rel13 
C156c 
UE supporting EUTRA FDD and (UE category M1 and CEModeB) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C315 
UE supporting EUTRA FDD and (UE category M1 and CEModeB) 

8.11.2.2.1 
TDD demodulation of MPDCCH in CE Mode A 
Rel13 
C156b 
UE supporting EUTRA TDD and (UE category M1 or UE category M2 or CEModeA) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C316 
UE supporting EUTRA TDD and (UE category M2 or CEModeA) 

8.11.2.2.2 
TDD demodulation of MPDCCH in CE Mode B 
Rel13 
C156d 
UE supporting EUTRA TDD and (UE category M1 or UE category M2 and CEModeB) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel14 
C317 
UE supporting EUTRA TDD and (UE category M1 and CEModeB) 

8.12.1.1.1 
Demodulation of NPDSCH (CellSpecific Reference Symbols) in Inband mode for Category NB1 and NB2 
Rel13 
C347 
UE supporting NBIoT FDD 
Each "Test Number" to be performed once, in a chosen band 

8.12.1.1.2 
Demodulation of NPDSCH (CellSpecific Reference Symbols) in standalone and Guardband mode for category NB1 and NB2 
Rel13 
C347 
UE supporting NBIoT FDD 
Each "Test Number" to be performed once, in a chosen band 

8.12.1.1.3 
Demodulation of NPDSCH (CellSpecific Reference Symbols) in standalone for NB2 
Rel14 
C298 
UE supporting EUTRA FDD and category NB2 
Each “Test Number” to be performed once, in a chosen band 

8.12.2.1.1 
Demodulation of NPDCCH singleantenna performance for category NB1 and NB2 
Rel13 
C347 
UE supporting NBIoT FDD 
Each "Test Number" to be performed once, in a chosen band 

8.12.2.1.2 
Demodulation of NPDCCH in Inband mode Transmit Diversity performance for Category NB1 and NB2 
Rel13 
C347 
UE supporting NBIoT FDD 
Each "Test Number" to be performed once, in a chosen band 

8.13.1.1.3 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 with 256QAM (2DL CA) 
Rel10 
C278 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA and 4 Rx antenna ports and 256QAM in DL (UE Category >= 5) 

Rel11 
C279 
UE supporting EUTRA FDD and intraband noncontiguous DL CA and 4 Rx antenna ports and 256QAM in DL (UE Category >= 5) 

8.13.1.1.4 
FDD PDSCH Closed Loop FourLayer Spatial Multiplexing for CA (2DL CA) 
Rel11 
C280 
UE supporting EUTRA FDD and 2DL CA with 4Rx antenna ports and 4layer spatial multiplexing (UE Category >= 5) 

8.13.1.1.1.2 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (2DL CA) 
Rel10 
C253 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.1.1.1.3 or 8.13.1.1.1.4 or 8.13.1.1.1.5 is executed. 

Rel11 
C254 
UE supporting EUTRA FDD and intraband noncontiguous DL CA (UE Category >= 5) and 4Rx antenna ports 

8.13.1.1.1.3 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (3DL CA) 
Rel10 
C255 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.1.1.1.4 or 8.13.1.1.1.5 is executed. 

Rel11 
C256 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 

8.13.1.1.1.4 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (4DL CA) 
Rel11 
C257 
UE supporting EUTRA FDD and 4DL with CA configurations in Table 4.14 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.1.1.1.5 is executed. 

8.13.1.1.1.5 
FDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (5DL CA) 
Rel11 
C258 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 

Rel12 
C259 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 

8.13.1.2.2 
FDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (2DL CA) 
Rel10 
C253 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.1.2.3 or 8.13.1.2.4 or 8.13.1.2.5 is executed. 

Rel11 
C254 
UE supporting EUTRA FDD and intraband noncontiguous DL CA (UE Category >= 5) and 4Rx antenna ports 

8.13.1.2.3 
FDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (3DL CA) 
Rel10 
C255 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.1.2.4 or 8.13.1.2.5 is executed. 

Rel11 
C256 
UE supporting EUTRA FDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 

8.13.1.2.4 
FDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (4DL CA) 
Rel11 
C257 
UE supporting EUTRA FDD and 4DL with CA configurations in Table 4.14 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.1.2.5 is executed. 

8.13.1.2.5 
FDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (5DL CA) 
Rel11 
C258 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 

Rel12 
C259 
UE supporting EUTRA FDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 

8.13.1.3.1 
FDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model – Enhanced Performance Requirement Type A (2DL CA) 
Rel11 
C281 
UE supporting EUTRA FDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A (UE Category >= 5) 

8.13.1.4.1 
FDD PDSCH Singlelayer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type A (2DL CA) 
Rel11to Rel14 
C282 
UE supporting EUTRA FDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A and Feature Group Indictor 103 (UE Category >= 5) 

Rel15 
C282m 
UE supporting EUTRA FDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A and Feature Group Indictor 103 and ((5 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.13.2.1.1.2 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (2DL CA) 
Rel10 
C291 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.2.1.1.3 or 8.13.2.1.1.4 or 8.13.2.1.1.5 is executed. 

Rel11 
C292 
UE supporting EUTRA TDD and intraband noncontiguous DL CA (UE Category >= 5) and 4Rx antenna ports 

8.13.2.1.1.3 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (3DL CA) 
Rel10 
C293 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.2.1.1.4 or 8.13.2.1.1.5 is executed. 

Rel11 
C294 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 

8.13.2.1.1.4 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (4DL CA) 
Rel11 
C295 
UE supporting EUTRA TDD and 4DL with CA configurations in Table 4.14 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.2.1.1.5 is executed. 

8.13.2.1.1.5 
TDD PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 (5DL CA) 
Rel11 
C296 
UE supporting EUTRA TDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 

Rel12 
C297 
UE supporting EUTRA TDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 

8.13.2.2.2 
TDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (2DL CA) 
Rel10 
C291 
UE supporting EUTRA TDD and intraband contiguous DL CA or interband DL CA (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.2.2.3 or 8.13.2.2.4 or 8.13.2.2.5 is executed. 

Rel11 
C292 
UE supporting EUTRA TDD and intraband noncontiguous DL CA (UE Category >= 5) and 4Rx antenna ports 

8.13.2.2.3 
TDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (3DL CA) 
Rel10 
C293 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.2.2.4 or 8.13.2.2.5 is executed. 

Rel11 
C294 
UE supporting EUTRA TDD and 3DL with CA configurations in Table 4.13 (UE Category >= 5) and 4Rx antenna ports 

8.13.2.2.4 
TDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (4DL CA) 
Rel11 
C295 
UE supporting EUTRA TDD and 4DL with CA configurations in Table 4.14 (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 
Test execution not necessary if 8.13.2.2.5 is executed. 

8.13.2.2.5 
TDD DualLayer Spatial Multiplexing 2×4 (UserSpecific Reference Symbols) (5DL CA) 
Rel11 
C296 
UE supporting EUTRA TDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.6.5 

Rel12 
C297 
UE supporting EUTRA TDD and 5DL with CA configurations in Table 4.15 (UE Category 8, >= 11) and 4Rx antenna ports 

8.13.2.3.1 
TDD PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference Model – Enhanced Performance Requirement Type A (2DL CA) 
Rel11 
C283 
UE supporting EUTRA TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A (UE Category >= 5) 

8.13.2.4.1 
TDD PDSCH Singlelayer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type A (2DL CA) 
Rel11 to Rel14 
C284 
UE supporting EUTRA TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A and Feature Group Indictor 103 (UE Category >= 5) 

Rel15 
C284m 
UE supporting EUTRA TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A and Feature Group Indictor 103 and ((5 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.13.3.1.1.2 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for FDD PCell (2DL CA) 
Rel12 to Rel14 
C306 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.1.1.3 or 8.13.3.1.1.4 or 8.13.3.1.1.5 is executed. 

Rel15 
C234m 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and Feature Group Indicator 103 and the enhanced performance requirements type A for LTE and TDD as PCell and ((5 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A for LTE and TDD as PCell and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

8.13.3.1.1.3 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for FDD PCell (3DL CA) 
Rel12 
C307 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.1.1.4 or 8.13.3.1.1.5 is executed. 

8.13.3.1.1.4 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for FDD PCell (4DL CA) 
Rel12 
C308 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell (UE Category >= 8) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.1.1.5 is executed. 

8.13.3.1.1.5 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for FDD PCell (5DL CA) 
Rel12 
C309 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category >= 8) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 

8.13.3.1.2.2 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for TDD PCell (2DL CA) 
Rel12 
C310 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell (UE Category >=5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.1.2.3 or 8.13.3.1.2.4 or 8.13.3.1.2.5 is executed. 

8.13.3.1.2.3 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for TDD PCell (3DL CA) 
Rel12 
C311 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD as PCell (UE Category >= 5) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.1.2.4 or 8.13.3.1.2.5 is executed. 

8.13.3.1.2.4 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for TDD PCell (4DL CA) 
Rel12 
C312 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.1.2.5 is executed. 

8.13.3.1.2.5 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 for TDD PCell (5DL CA) 
Rel12 
C322 
UE supporting EUTRA FDD and TDD and 5DL CA with TDD as PCell (UE Category 8, and Category11 and onwards) and 4Rx antenna ports 
Refer to 36.5211 8.1.2.3 

8.13.3.2.3 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for FDD PCell (UserSpecific Reference Symbols) (2DL CA) 
Rel12 
C154 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.4 or 8.13.3.2.5 or 8.13.3.2.6 is executed. 

8.13.3.2.4 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for FDD PCell (UserSpecific Reference Symbols) (3DL CA) 
Rel12 
C133 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.5 or 8.13.3.2.6 is executed. 

8.13.3.2.5 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for FDD PCell (UserSpecific Reference Symbols) (4DL CA) 
Rel12 
C133a 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.6 is executed. 

8.13.3.2.6 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for FDD PCell (UserSpecific Reference Symbols) (5DL CA) 
Rel12 
C133b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 

8.13.3.2.7 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for TDD PCell (UserSpecific Reference Symbols) (2DL CA) 
C155 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell (UE Category >=5) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.8 or 8.13.3.2.9 or 8.13.3.2.10 is executed. 

8.13.3.2.8 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for TDD PCell (UserSpecific Reference Symbols) (3DL CA) 
C135 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD as PCell (UE Category >= 5) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.9 or 8.13.3.2.10 is executed. 

8.13.3.2.9 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for TDD PCell (UserSpecific Reference Symbols) (4DL CA) 
C135a 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell (UE Category >= 8) 
Refer to 36.5211 8.1.2.3 
Test execution not necessary if 8.13.3.2.10 is executed. 

8.13.3.2.10 
TDDFDD CA DualLayer Spatial Multiplexing 2×4 for TDD PCell (UserSpecific Reference Symbols) (5DL CA) 
C135b 
UE supporting EUTRA FDD and TDD and 5DL CA with TDD as PCell (UE Category 8, and Category11 and onwards) 
Refer to 36.5211 8.1.2.3 

8.13.3.3.1 
TDDFDD CA PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference ModelEnhanced Performance Requirement Type A for FDD Pcell (2DL CA) 
Rel12 
C231 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A for LTE and FDD as PCell (UE Category >=5) 

8.13.3.3.2 
TDDFDD CA PDSCH Closed Loop Single Layer Spatial Multiplexing 2×4 with TM4 Interference ModelEnhanced Performance Requirement Type A for TDD Pcell (2DL CA) 
Rel12 
C232 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and the enhanced performance requirements type A for LTE and TDD as PCell (UE Category >=5) 

8.13.3.4.1 
TDDFDD CA PDSCH Singlelayer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type A for FDD PCell (2DL CA) 
Rel12 
C233 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and Feature Group Indictor 103 and the enhanced performance requirements type A for LTE and FDD as PCell (UE Category >=5) 

8.13.3.4.2 
TDDFDD CA PDSCH Singlelayer Spatial Multiplexing 2×4 on antenna ports 7 or 8 with TM9 Interference Model – Enhanced Performance Requirement Type A for TDD PCell (2DL CA) 
Rel12 
C234 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and Feature Group Indictor 103 and the enhanced performance requirements type A for LTE and TDD as PCell (UE Category >=5) 

8.13.3.6.1 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 with 256QAM for FDD PCell (2DL CA) 
Rel12 
C251 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and 256QAM in DL and FDD as Pcell(UE Category >=5) 

8.13.3.6.2 
TDDFDD CA PDSCH Closed Loop Multi Layer Spatial Multiplexing 4×4 with 256QAM for TDD PCell (2DL CA) 
Rel12 
C252 
UE supporting EUTRA FDD and TDD and 2DL CA with 4Rx antenna ports and 256QAM in DL and TDD as Pcell(UE Category >=5) 

8.14.1.1.1 
FDD slot/subslotPDSCH Open Loop Spatial Multiplexing Performance (CellSpecific Reference Symbols) 
Rel15 
C354 
UE supporting EUTRA FDD and slot/subslot TTI (UE categories >=2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.14.1.1.2 
FDD slot/subslotPDSCH Closed Loop Spatial Multiplexing Performance (UserSpecific Reference Signals) 
Rel15 
C355 
UE supporting EUTRA FDD and Feature Group Indicator 103 and slot/subslot TTI 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.14.1.2.1 
TDD slotPDSCH Open Loop Spatial Multiplexing Performance (CellSpecific Reference Symbols) 
Rel15 
C356 
UE supporting EUTRA TDD and slot TTI 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.14.1.2.2 
TDD slotPDSCH Closed Loop Spatial Multiplexing Performance (UserSpecific Reference Signals) 
Rel15 
C355a 
UE supporting EUTRA TDD and Feature Group Indicator 103 and slot TTI 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.14.2.1 
FDD SPDCCH Transmit diversity performance 
Rel15 
C355 
UE supporting EUTRA FDD and Feature Group Indicator 103 and slot/subslot TTI 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

8.14.2.2 
TDD SPDCCH Transmit diversity performance 
Rel15 
C355a 
UE supporting EUTRA TDD and Feature Group Indicator 103 and slot TTI 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Reporting of Channel State Information 

9.2.1.1 
FDD CQI Reporting under AWGN conditions – PUCCH 10 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.1.2 
TDD CQI Reporting under AWGN conditions – PUCCH 10 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.1.3_C.1 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for eICIC (nonMBSFN ABS) 
Rel10 
C29 
UE supporting EUTRA FDD and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.1.4_C.1 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for eICIC (nonMBSFN ABS) 
Rel10 
C30 
UEs supporting EUTRA TDD and Feature Group Indictor 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.1.5_E.1 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for feICIC (nonMBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.1.6_E.1 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for feICIC (nonMBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115(UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.1.7 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for 256QAM in DL 
Rel12 
C367 
UE supporting EUTRA FDD and 256QAM in DL(UE category 1112 and UE DL category >=11) 
2Rx, 4Rx 
Note 7 

9.2.1.8 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for 256QAM in DL 
Rel12 
C368 
UE supporting EUTRA TDD and 256QAM in DL(UE category 1112 and UE DL category >=11) 
2Rx, 4Rx 
Note 7 

9.2.2.1 
FDD CQI Reporting under AWGN conditions – PUCCH 11 
Rel8 
C13 b 
UE supporting EUTRA FDD (UE categories >=2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.2.2 
TDD CQI Reporting under AWGN conditions – PUCCH 11 
Rel8 to Rel14 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 Note 7 

9.2.3.1A 
FDD CQI Reporting under AWGN conditions – PUCCH 11 for FDMIMO (With channelMeasRestriction configured) 
Rel13 
C337 
UE supporting EUTRA FDD and Feature Group Indicator 103 and channeleMeasRestrictionr13 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.3.1_D 
FDD CQI Reporting under AWGN conditions – PUCCH 11 for eDLMIMO 
Rel10 to Rel14 
C25a 
UE supporting EUTRA FDD and Feature Group Indicators 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.2.3.2A 
TDD CQI Reporting under AWGN conditions – PUCCH 11 for FDMIMO (With channelMeasRestriction configured) 
Rel13 
C338 
UE supporting EUTRA TDD and Feature Group Indicator 103 and channeleMeasRestrictionr13 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.3.2_D 
TDD CQI Reporting under AWGN conditions – PUCCH 11 for eDLMIMO 
Rel10 to Rel14 
C26a 
UE supporting EUTRA TDD and Feature Group Indicators 104 and 110 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C26am 
UE supporting EUTRA TDD and Feature Group Indicators 104 and 110 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and Feature Group Indicator 110 and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.2.4.1A 
FDD CQI Reporting under AWGN conditions – Single CSI Process With interferenceMeasRestriction configured 
Rel13 
C339 
UE supporting EUTRA FDD and Maximum CSI processes of One, Three or Four on a component carrier within a band with PDSCH transmission mode 10 and interferenceMeasRestriction13 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.4.1_F 
FDD CQI Reporting under AWGN conditions – Single CSI Process for CoMP 
Rel11 
C117 
UE supporting EUTRA FDD and Maximum CSI processes of One, Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.4.2A 
TDD CQI Reporting under AWGN conditions – Single CSI Process With interferenceMeasRestriction configured 
Rel13 
C340 
UE supporting EUTRA TDD and Maximum CSI processes of One, Three or Four on a component carrier within a band with PDSCH transmission mode 10 and interferenceMeasRestriction13 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.4.2_F 
TDD CQI Reporting under AWGN conditions – Single CSI Process for CoMP 
Rel11 
C118 
UE supporting EUTRA TDD and Maximum CSI processes of One, Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.2.5 
TDD CQI Reporting under AWGN conditions – PUCCH 11 (when csiSubframeSet –r12 and EIMTAMainConfigServCellr12 are configured) 
Rel12 
C275 
UE supporting EUTRA TDD and eIMTA TDD ULDL reconfiguration and Rel12 CSI subframe sets (UE Category >= 2) 

9.2.6.1 
LAA CQI Reporting under AWGN Conditions with Frame Structure Type 3 with FDD as Pcell (PUSCH 30) 
Rel13 
C209 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.6.2 
LAA CQI Reporting under AWGN Conditions with Frame Structure Type 3 with TDD as Pcell (PUSCH 30) 
Rel13 
C217 
UE supporting EUTRA TDD and downlink LAA with TDD as Pcell 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.7.1 
LAA CQI Reporting under AWGN Conditions with Frame Structure Type 3 with FDD as Pcell (PUSCH 31) 
Rel13 
C218 
UE supporting EUTRA FDD and downlink LAA with FDD as Pcell and TM9 on LAA cells 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.2.7.2 
LAA CQI Reporting under AWGN Conditions with Frame Structure Type 3 with TDD as Pcell (PUSCH 31) 
Rel13 
C219 
UE supporting EUTRA TDD and downlink LAA and TM9 on LAA cells 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.1.1.1 
FDD CQI Reporting under fading conditions – PUSCH 30 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.1.1.2 
TDD CQI Reporting under fading conditions – PUSCH 30 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.1.1.5 
TDD CQI Reporting under fading conditions – PUCCH 30 (when csiSubframeSet –r12 is configured) 
Rel12 
C276 
UE supporting EUTRA TDD and Rel12 CSI subframe sets (UE category >= 1) 

9.3.1.2.1_D 
FDD CQI Reporting under fading conditions – PUSCH 31 for eDLMIMO 
Rel10 to Rel14 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 Note 7 

9.3.1.2.2_D 
TDD CQI Reporting under fading conditions – PUSCH 31 for eDLMIMO 
Rel10 to Rel14 
C25a 
UE supporting EUTRA TDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 

Rel15 
C25am 
UE supporting EUTRA TDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 Note 7 

9.3.1.2.3 
FDD CQI Reporting under fading conditions – PUSCH 31 for 256QAM in DL 
Rel12 to Rel14 
C260 
UE supporting EUTRA FDD and 256QAM in DL(UE category 1112 and UE DL category >=11) and Feature Group Indicator 103 
2Rx, 4Rx 

Rel15 
C260m 
UE supporting EUTRA FDD and 256QAM in DL and Feature Group Indicator 103 and UE DL Category = 13, or UE supporting EUTRA FDD and 256QAM in DL and (UE category 1112 and UE DL category 11, 12, 14 or higher) 
Note 6 Note 7 

9.3.1.2.4 
TDD CQI Reporting under fading conditions – PUSCH 31 for 256QAM in DL 
Rel12 to Rel14 
C261 
UE supporting EUTRA TDD and 256QAM in DL(UE category 1112 and UE DL category >=11) and Feature Group Indicator 103 
2Rx, 4Rx 

Rel15 
C261m 
UE supporting EUTRA TDD and 256QAM in DL and Feature Group Indicator 103 and UE DL Category = 13, or UE supporting EUTRA TDD and 256QAM in DL and (UE category 1112 and UE DL category 11, 12, 14 or higher) 
Note 6 Note 7 

9.3.1.2.6 
TDD CQI Reporting under fading conditions – PUCCH 31 (when csiSubframeSet –r12 is configured with one CSI process) 
Rel12 
C277 
UE supporting EUTRA TDD and Rel12 CSI subframe sets and TM10 ( UE Category >= 1). 
2Rx 

9.3.1.3.1_E.1 
FDD CQI Reporting under fading conditions – PUSCH 30 for feICIC (nonMBSFN ABS) 
Rel11 
C79 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.1.3.2_E.1 
TDD CQI Reporting under fading conditions – PUSCH 30 for feICIC (nonMBSFN ABS) 
Rel11 
C80 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.2.1.1 
FDD CQI Reporting under fading conditions – PUCCH 10 
Rel8 
C13 b 
UE supporting EUTRA FDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.2.1.1_1 
FDD CQI Reporting under fading conditions – PUCCH 10 (Release 9 and forward) 
Rel9 
C15 
UE supporting EUTRA FDD (UE category 1) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.2.1.2 
TDD CQI Reporting under fading conditions – PUCCH 10 
Rel8 
C14 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.2.1.2_1 
TDD CQI Reporting under fading conditions – PUCCH 10 (Release 9 and forward) 
Rel9 
C16 
UE supporting EUTRA TDD (UE category 1) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.2.2.1_D 
FDD CQI Reporting under fading conditions – PUCCH 11 for eDLMIMO 
Rel10 to Rel14 
C25x 
UE supporting EUTRA FDD and Feature Group Indicator 103 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25xm 
UTRA FDD and Feature Group Indicator 103 and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.3.2.2.2_D 
TDD CQI Reporting under fading conditions – PUCCH 11 for eDLMIMO 
Rel10 to Rel14 
C28y 
UE supporting EUTRA TDD and Feature Group Indicators 104 and 110 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C28ym 
UE supporting EUTRA TDD and Feature Group Indicators 104 and 110 and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and Feature Group Indicator 110 and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.3.3.1.1 
FDD CQI Reporting under fading conditions and frequencyselective interference – PUSCH 30 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.3.1.2 
TDD CQI Reporting under fading conditions and frequencyselective interference – PUSCH 30 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.4.1.1 
FDD CQI Reporting under fading conditions – PUSCH 20 
Rel9 
C32 
UE supporting EUTRA FDD and Feature Group Indicator 1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.4.1.2 
TDD CQI Reporting under fading conditions – PUSCH 20 
Rel9 
C37 
UE supporting EUTRA TDD and Feature Group Indicator 1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.4.2.1 
FDD CQI Reporting under fading conditions – PUCCH 20 
Rel9 
C36 
UE supporting EUTRA FDD and Feature Group Indicator 2 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.4.2.2 
TDD CQI Reporting under fading conditions – PUCCH 20 
Rel9 
C38 
UE supporting EUTRA TDD and Feature Group Indicator 2 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.5.1.1 
FDD CQI Reporting under fading conditions – PUCCH 10 – Enhanced Performance Requirement Type A 
Rel11 
C44 
UE supporting EUTRA FDD and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.5.1.2 
TDD CQI Reporting under fading conditions – PUCCH 10 – Enhanced Performance Requirement Type A 
Rel11 
C45 
UE supporting EUTRA TDD and the enhanced performance requirements type A for LTE 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.5.2.1 
FDD CQI Reporting under fading conditions – PUCCH 11 – Enhanced Performance Requirement Type A 
Rel11 
C44z 
UE supporting EUTRA FDD and the enhanced performance requirements type A for LTE (UE Category >= 2) and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.5.2.2 
TDD CQI Reporting under fading conditions – PUCCH 11 – Enhanced Performance Requirement Type A 
Rel11 
C45i 
UE supporting EUTRA TDD and the enhanced performance requirements type A for LTE (UE Category >= 2) and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.6.1_F.1 
FDD CQI Reporting under fading conditions with Single CSI process for CoMP 
Rel11 
C50a 
UE supporting EUTRA FDD and Maximum CSI processes of One on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.6.1_F.2 
FDD CQI Reporting under fading conditions with Three CSI processes for CoMP 
Rel11 
C96 
UE supporting EUTRA FDD and Maximum CSI processes of Three on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.6.1_F.3 
FDD CQI Reporting under fading conditions with Four CSI processes for CoMP 
Rel11 
C97 
UE supporting EUTRA FDD and Maximum CSI processes of Four on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.6.2_F.1 
TDD CQI Reporting under fading conditions with Single CSI process for CoMP 
Rel11 
C51a 
UE supporting EUTRA TDD and Maximum CSI processes of One on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.6.2_F.2 
TDD CQI Reporting under fading conditions with Three CSI processes for CoMP 
Rel11 
C98 
UE supporting EUTRA TDD and Maximum CSI processes of Three on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.6.2_F.3 
TDD CQI Reporting under fading conditions with Four CSI processes for CoMP 
Rel11 
C99 
UE supporting EUTRA TDD and Maximum CSI processes of Four on a component carrier within a band with PDSCH transmission mode 10 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.3.7.1 
FDD CQI Reporting under fading conditions – PUSCH 32 for eDL MIMO Enhancement 
Rel12 to Rel14 
C25b 
UE supporting EUTRA FDD and Feature Group Indicator 103 and PUSCH feedback mode 32 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
9.3.7.1 Note 7 

Rel15 
C25bm 
UE supporting EUTRA FDD and Feature Group Indicator 103 and PUSCH feedback mode 32 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and PUSCH feedback mode 32 and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.3.7.2 
TDD CQI Reporting under fading conditions – PUSCH 32 for eDL MIMO Enhancement 
Rel12 to Rel14 
C25c 
UE supporting EUTRA TDD and Feature Group Indicator 103 and PUSCH feedback mode 32 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25cm 
UE supporting EUTRA TDD and Feature Group Indicator 103 and PUSCH feedback mode 32 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and PUSCH feedback mode 32 and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.3.8.1.1 
FDD CQI Reporting under fading conditions – PUCCH 11 (CellSpecific Reference Symbols) TM4 – Enhanced Receiver Type B 
Rel12 
C152 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.8.1.2 
TDD CQI Reporting under fading conditions – PUCCH 11 (CellSpecific Reference Symbols) TM4 – Enhanced Receiver Type B 
Rel12 
C153 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.8.2.1 
FDD CQI Reporting under fading conditions – PUCCH 11 (CSI Reference Symbol) TM9 – Enhanced Receiver Type B 
Rel12 
C152 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.8.2.2 
TDD CQI Reporting under fading conditions – PUCCH 11 (CSI Reference Symbol) TM9 – Enhanced Receiver Type B 
Rel12 
C153 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.8.3.1 
FDD CQI Reporting under fading conditions – PUCCH 11 (CSI Reference Symbol) TM10 with TM9 interference – Enhanced Receiver Type B 
Rel12 
C152 
UE supporting EUTRA FDD and the enhanced performance requirements type B for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.3.8.3.2 
TDD CQI Reporting under fading conditions – PUCCH 11 (CSI Reference Symbol) TM10 with TM9 interference – Enhanced Receiver Type B 
Rel12 
C153 
UE supporting EUTRA TDD and the enhanced performance requirements type B for LTE (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.4.1.1.1 
FDD PMI Reporting – PUSCH 31 (Single PMI) 
Rel8 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.1.2 
TDD PMI Reporting – PUSCH 31 (Single PMI) 
Rel8 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.2.1 
FDD PMI Reporting – PUCCH 21 (Single PMI) 
Rel9 
C36 
UE supporting EUTRA FDD and Feature Group Indicator 2 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.2.2 
TDD PMI Reporting – PUCCH 21 (Single PMI) 
Rel9 
C38 
UE supporting EUTRA TDD and Feature Group Indicator 2 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.3.1_D 
FDD PMI Reporting – PUSCH 31 (Single PMI) for eDLMIMO 
Rel10 to Rel14 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.1.3.2_D 
TDD PMI Reporting – PUSCH 31 (Single PMI) for eDLMIMO 
Rel10 to Rel14 
C26 
UE supporting EUTRA TDD and Feature Group Indicator 104 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C26m 
UE supporting EUTRA TDD and Feature Group Indicator 104 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.1.3.3 
FDD PMI Reporting with 12Tx Class A codebook – PUSCH 31 (Single PMI) for FDMIMO 
Rel13 
C13b 
UE supporting EUTRA FDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.3.4 
TDD PMI Reporting with 12Tx Class A codebook – PUSCH 31 (Single PMI) for FDMIMO 
Rel13 
C14b 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.4.1 
FDD PMI Reporting with 4Tx enhanced codebook – PUCCH 11 (Single PMI) for eDL MIMO Enhancement 
Rel12 to Rel14 
C25d 
UE supporting EUTRA FDD and Feature Group Indicator 103 and enhanced 4Tx codebook 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.1.4.2 
TDD PMI Reporting with 4Tx enhanced codebook – PUCCH 11 (Single PMI) for eDL MIMO Enhancement 
Rel12 to Rel14 
C25e 
UE supporting EUTRA TDD and Feature Group Indicator 103 and enhanced 4Tx codebook 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25em 
UE supporting EUTRA TDD and Feature Group Indicator 103 and enhanced 4Tx codebook and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and enhanced 4Tx codebook and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.1.4.3 
FDD PMI Reporting with Class B alternative codebook – PUCCH 11 for FDMIMO 
Rel13 
C13b 
UE supporting EUTRA FDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.1.4.4 
TDD PMI Reporting with Class B alternative codebook – PUCCH 11 for FDMIMO 
Rel13 
C14b 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.1.1 
FDD PMI Reporting – PUSCH 12 (Multiple PMI) 
Rel8 only 
C11 
UE supporting EUTRA FDD and operating bands supporting 20 MHz Bandwidth (UE categories 2, 3, 4, 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.1.1_1 
FDD PMI Reporting – PUSCH 12 (Multiple PMI) (Release 9 and forward) 
Rel9 
C01 
UE supporting EUTRA FDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.1.2 
TDD PMI Reporting – PUSCH 12 (Multiple PMI) 
Rel8 only 
C12 
UE supporting EUTRA TDD and operating bands supporting 20 MHz Bandwidth (UE categories 2, 3, 4, 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.1.2_1 
TDD PMI Reporting – PUSCH 12 (Multiple PMI) (Release 9 and forward) 
Rel9 
C02 
UE supporting EUTRA TDD 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.2.1 
FDD PMI Reporting – PUSCH 22 (Multiple PMI) 
Rel9 
C32 
UE supporting EUTRA FDD and Feature Group Indicators 1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.2.2 
TDD PMI Reporting – PUSCH 22 (Multiple PMI) 
Rel9 
C33 
UE supporting EUTRA TDD and Feature Group Indicators 1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.3.1_D 
FDD PMI Reporting – PUSCH 12 (Multiple PMI) for eDLMIMO 
Rel10 to Rel14 
C25 
UE supporting EUTRA FDD and Feature Group Indicator 103 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25m 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.2.3.2_D 
TDD PMI Reporting – PUSCH 12 (Multiple PMI) for eDLMIMO 
Rel10 to Rel14 
C26 
UE supporting EUTRA TDD and Feature Group Indicator 104 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C26m 
UE supporting EUTRA TDD and Feature Group Indicator 104 and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.2.3.3 
FDD PMI Reporting with 4Tx enhanced codebook – PUSCH 12 (Multiple PMI) for eDLMIMO Enhancement 
Rel12 to Rel14 
C25d 
UE supporting EUTRA FDD and Feature Group Indicator 103 and enhanced 4Tx codebook 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

Rel15 
C25dm 
UE supporting EUTRA FDD and Feature Group Indicator 103 and enhanced 4Tx codebook and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and enhanced 4Tx codebook and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.2.3.4 
TDD PMI Reporting with 4Tx enhanced codebook – PUSCH 12 (Multiple PMI) for eDLMIMO Enhancement 
Rel12 to Rel14 
C25e 
UE supporting EUTRA TDD and eDLMIMO Enhancement and Feature Group Indicator 103 and enhanced 4Tx codebook 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 

Rel15 
C25em 
UE supporting EUTRA TDD and Feature Group Indicator 103 and enhanced 4Tx codebook and ((UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and enhanced 4Tx codebook and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.4.2.3.5 
FDD PMI Reporting with Class A 16Tx codebook – PUSCH 12 (Multiple PMI) for FDMIMO 
Rel13 
C13b 
UE supporting EUTRA FDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.4.2.3.6 
TDD PMI Reporting with Class A 16Tx codebook – PUSCH 12 (Multiple PMI) for FDMIMO 
Rel13 
C14b 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.5.1.1 
FDD RI Reporting – PUCCH 11 
Rel8 and Rel9 only 
C13a 
UE supporting EUTRA FDD (UE Category 25) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.1.1_1 
FDD RI Reporting – PUCCH 11 (Release 10) 
Rel10 only 
C13 
UE supporting EUTRA FDD (UE Category 28) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.1.1_2 
FDD RI Reporting PUCCH 11 (Release 11) 
Rel11 
C13b 
UE supporting EUTRA FDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.1.2 
TDD RI Reporting – PUSCH 31 
Rel8 and Rel9 only 
C14a 
UE supporting EUTRA TDD (UE Category 25) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.1.2_1 
TDD RI Reporting – PUSCH 31 (Release 10) 
Rel10 only 
C14 
UE supporting EUTRA TDD (UE Category 28) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.1.2_2 
TDD RI Reporting PUSCH 31 (Release 11) 
Rel11 
C14b 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.2.1_D 
FDD RI Reporting – PUCCH 11 for eDLMIMO 
Rel10 to Rel14 
C25x 
UE supporting EUTRA FDD and Feature Group Indicators 103 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C25xm 
UE supporting EUTRA FDD and Feature Group Indicator 103 and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.5.2.2_D 
TDD RI Reporting – PUCCH 11 for eDLMIMO 
Rel10 to Rel14 
C25y 
UE supporting EUTRA TDD and Feature Group Indicator 103 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C25ym 
UE supporting EUTRA TDD and Feature Group Indicator 103 and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.5.3.1_C.1 
FDD RI Reporting – PUCCH 10 for eICIC (nonMBSFN ABS) 
Rel10 
C29 
UE supporting EUTRA FDD and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.3.2_C.1 
TDD RI Reporting – PUCCH 10 for eICIC (nonMBSFN ABS) 
Rel10 
C30 
UE supporting EUTRA TDD and Feature Group Indicator 115 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.4.1_E.1 
FDD RI Reporting – PUCCH 10 for feICIC (nonMBSFN ABS) 
Rel11 
C77 
UE supporting EUTRA FDD and CRS interference handling and Feature Group Indicator 115 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.4.2_E.1 
TDD RI Reporting – PUCCH 10 for feICIC (nonMBSFN ABS) 
Rel11 
C78 
UE supporting EUTRA TDD and CRS interference handling and ssCCH interference handling and Feature Group Indicator 115(UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.5.5.1_F.1 
FDD RI Reporting with Single CSI processes for CoMP 
Rel11 
C50 
UE supporting EUTRA FDD and Maximum CSI processes of One on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.5.5.1_F.2 
FDD RI Reporting with Multiple CSI processes for CoMP 
Rel11 
C52 
UE supporting EUTRA FDD and Maximum CSI processes of Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.5.5.2_F.1 
TDD RI Reporting with Single CSI process for CoMP 
Rel11 
C51 
UE supporting EUTRA TDD and Maximum CSI processes of One on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.5.5.2_F.2 
TDD RI Reporting with Multiple CSI processes for CoMP 
Rel11 
C53 
UE supporting EUTRA TDD and Maximum CSI processes of Three or Four on a component carrier within a band with PDSCH transmission mode 10 (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.6.1.1_A.1 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (2 DL CA) 
Rel10 
C108 
UE supporting EUTRA FDD and intraband contiguous DL CA or interband DL CA (UE Category >= 3) 
Refer to 36.5211 9.1.1.2 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.1_A.2 is executed. Note 7 

Rel11 
C103 
UE supporting EUTRA FDD and intraband noncontiguous DL CA(UE Category >= 3) 

9.6.1.1_A.2 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (3 DL CA) 
Rel10 
C124 
UE supporting EUTRA FDD and 3DL with intraband contiguous CA, or 3DL with interband CA, or 3DL with intraband contiguous and interband CA (UE Category >= 5) 
Refer to 36.5211 9.1.1.2 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.1_A.3 is executed. Note 7 

Rel11 
C125 
UE supporting EUTRA FDD and 3DL with intraband noncontiguous and interband CA, or 3DL with intraband noncontiguous and intraband contiguous CA (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.1_A.3 is executed. Note 7 

9.6.1.1_A.3 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (4DL CA) 
Rel11 
C192 
UE supporting EUTRA FDD and 4DL with intraband contiguous CA, or 4DL with interband CA, or 4DL with intraband contiguous and interband CA (UE Category >= 8) 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.1_A.4 is executed. Note 7 

Rel11 
C193 
UE supporting EUTRA FDD and 4DL with intraband noncontiguous and interband CA, or 4DL with intraband noncontiguous and intraband contiguous CA (UE Category >= 8) 
Test execution not necessary if 9.6.1.1_A.4 is executed. 

9.6.1.1_A.4 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (5DL CA) 
Rel11 
C192a 
UE supporting EUTRA FDD and 5DL with Intraband contiguous and Interband CA or 5DL with Intraband noncontiguous and Interband CA or 5DL with Intraband noncontiguous and Intraband contiguous CA (UE Category 8 and >= 11) 
2Rx, 4Rx 
Note 7 

Rel12 
C193a 
UE supporting EUTRA FDD and 5DL Interband CA (UE Category 8 and>= 11) 

9.6.1.1_A.5 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (6DL CA) 
Rel14 
C363 
UE supporting EUTRA FDD and 6DL with Intraband contiguous and Interband CA or 6DL with Intraband noncontiguous and Interband CA or 6DL with Interband CA (UE Category 8 and >= 11) 
2Rx, 4Rx 
Note 7 

9.6.1.1_A.6 
FDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (7DL CA) 
Rel14 
C364 
UE supporting EUTRA FDD and 7DL with Intraband contiguous and Interband CA or 7DL with Intraband noncontiguous and Interband CA (UE Category 8 and >= 11) 
2Rx, 4Rx 
Note 7 

9.6.1.2_A.1 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (2DL CA) 
Rel10 
C114 
UE supporting EUTRA TDD and intraband contiguous DL CA (UE Category >= 3) 
Refer to 36.5211 9.1.1.2 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.2_A.2 is executed. Note 7 

9.6.1.2_A .2 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (3 DL CA) 
Rel10 
C128 
UE supporting EUTRA TDD and 3DL with intraband contiguous CA, or 3DL with interband CA, or 3DL with intraband contiguous and interband CA (UE Category >= 5) 
Refer to 36.5211 9.1.1.2 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.2_A.3 is executed. Note 7 

Rel11 
C129 
UE supporting EUTRA TDD and 3DL with intraband noncontiguous and interband CA, or 3DL with intraband noncontiguous and intraband contiguous CA (UE Category >= 5) 
Test execution not necessary if 9.6.1.2_A.3 is executed. 

9.6.1.2_A.3 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (4 DL CA) 
Rel11 
C270 
UE supporting EUTRA TDD and 4DL with intraband contiguous CA, or 4DL with interband CA, or 4DL with intraband contiguous and interband CA (UE Category >= 8) 
Test execution not necessary if 9.6.1.2_A.4 is executed. 

Rel11 
C271 
UE supporting EUTRA TDD and 4DL with intraband noncontiguous and interband CA, or 4DL with intraband noncontiguous and intraband contiguous CA (UE Category >= 8) 
Test execution not necessary if 9.6.1.2_A.4 is executed. 

9.6.1.2_A.4 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (5 DL CA) 
Rel11 
C272 
UE supporting EUTRA TDD and 5DL with intraband contiguous CA, or 5DL with interband CA, or 5DL with intraband contiguous and interband CA (UE Category 8 and >=11) 

Rel11 
C273 
UE supporting EUTRA TDD and 5DL with intraband noncontiguous and interband CA, or 5DL with intraband noncontiguous and intraband contiguous CA (UE Category 8 and >=11) 

9.6.1.2_A.5 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (6 DL CA) 
Rel14 
C365 
UE supporting EUTRA TDD and 6DL with Intraband contiguous and Interband CA or 6DL with Intraband noncontiguous and Interband CA or 6DL with Interband CA (UE Category 8 and >= 11) 
2Rx, 4Rx 
Note 7 

9.6.1.2_A.6 
TDD CQI Reporting under AWGN conditions – PUCCH 10 for CA (7 DL CA) 
Rel14 
C366 
UE supporting EUTRA TDD and 7DL with Intraband contiguous and Interband CA or 7DL with Intraband noncontiguous and Interband CA (UE Category 8 and >= 11) 
2Rx, 4Rx 
Note 7 

9.6.1.3.1 
TDD FDD CA CQI Reporting under AWGN conditions – PUCCH 10 for FDD PCell (2DL CA) 
Rel12 
C132 
UE supporting EUTRA FDD and TDD and 2DL CA with FDD as PCell (UE Category >= 3) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.3.2 is executed. Note 7 

9.6.1.3.2 
TDD FDD CA CQI Reporting under AWGN conditions – PUCCH 10 for FDD PCell (3DL CA) 
Rel12 
C133 
UE supporting EUTRA FDD and TDD and 3DL CA with FDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.3.3 is executed. Note 7 

9.6.1.3.3 
TDD FDD CA CQI Reporting under AWGN conditions – PUCCH 10 for FDD PCell (4DL CA) 
Rel12 
C133a 
UE supporting EUTRA FDD and TDD and 4DL CA with FDD as PCell (UE Category >= 8) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.3.4 is executed. Note 7 

9.6.1.3.4 
TDD FDD CQI Reporting under AWGN conditions – PUCCH 10 for FDD PCell (5DL CA) 
Rel12 
C133b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category 8, and Category 11 and onwards) 
TBD 
2Rx, 4Rx 
Note 7 

9.6.1.4.1 
TDD FDD CA CQI Reporting under AWGN conditions – PUCCH 10 for TDD PCell (2DL CA) 
Rel12 
C134 
UE supporting EUTRA FDD and TDD and 2DL CA with TDD as PCell (UE Category >= 3) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.4.2 is executed. Note 7 

9.6.1.4.2 
TDD FDD CA CQI Reporting under AWGN conditions – PUCCH 10 for TDD PCell (3DL CA) 
Rel12 
C135 
UE supporting EUTRA FDD and TDD and 3DL CA with TDD as PCell (UE Category >= 5) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.4.3 is executed. Note 7 

9.6.1.4.3 
TDD FDD CA CQI Reporting under AWGN conditions – PUCCH 10 for TDD PCell (4DL CA) 
Rel12 
C135a 
UE supporting EUTRA FDD and TDD and 4DL CA with TDD as PCell (UE Category >= 8) 
TBD 
2Rx, 4Rx 
Test execution not necessary if 9.6.1.4.4 is executed. Note 7 

9.6.1.4.4 
TDD FDD CQI Reporting under AWGN conditions – PUCCH 10 for TDD PCell (5DL CA) 
Rel12 
C133b 
UE supporting EUTRA FDD and TDD and 5DL CA with FDD as PCell (UE Category 8, and Category 11 and onwards) 
TBD 
2Rx, 4Rx 
Note 7 

9.7.1.1 
FDD and Half duplex FDD CQI reporting definition under AWGN conditions for UE category 0 
Rel12 
C145 
UE supporting EUTRA FDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.7_1.1.1 
FDD CQI reporting under AWGN conditions – PUCCH 10 for UE category 1bis 
Rel13 
C145d 
UE supporting EUTRA FDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting 

9.7_1.1.2 
TDD CQI reporting under AWGN conditions – PUCCH 10 for UE category 1bis 
Rel13 
C156f 
UE supporting EUTRA TDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting 

9.7_1.1.3 
FDD CQI reporting under fading conditions – PUSCH 30 for UE category 1bis 
Rel13 
C145d 
UE supporting EUTRA FDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting 

9.7_1.1.4 
TDD CQI reporting under fading conditions – PUSCH 30 for UE category 1bis 
Rel13 
C156f 
UE supporting EUTRA TDD (UE category 1bis) 
Each "Test Number" to be performed once, in a chosen band supporting 

9.7.1.2 
TDD CQI reporting definition under AWGN conditions for UE category 0 
Rel12 
C119 
UE supporting EUTRA TDD (UE category 0) 

9.7.2.1 
FDD and Half duplex FDD CQI reporting definition under fading conditions for UE category 0 
Rel12 
C145 
UE supporting EUTRA FDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.7.2.2 
TDD CQI reporting definition under fading conditions for UE category 0 
Rel12 
C156 
UE supporting EUTRA TDD (UE category 0) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.1.1 
FDD and Half duplex FDD CQI reporting definition under AWGN conditions for UE supporting coverage enhancement 
Rel13 
C145k 
UE supporting EUTRA FDD or HDFDD and CEModeA 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.1.2 
TDD CQI reporting definition under AWGN conditions for UE supporting coverage enhancement 
Rel13 
C156a 
UE supporting EUTRA TDD and UE category M1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.2.1 
FDD and Halfduplex FDD UEselected subband CQI for UE supporting coverage enhancement 
Rel13 
C145a 
UE supporting EUTRA FDD and UE category M1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.2.2 
TDD UEselected subband CQI for UE supporting coverage enhancement 
Rel13 
C156a 
UE supporting EUTRA TDD and UE category M1 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.3.1 
FDD and half duplex FDD CQI reporting under AWGN conditions for UE supporting coverage enhancement and 64QAM 
Rel15 
C145i 
UE supporting EUTRA FDD and CEModeA and 64QAM 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.3.2 
TDD CQI reporting under AWGN conditions for UE supporting coverage enhancement and 64QAM 
Rel15 
C156k 
UE supporting EUTRA TDD and CEModeA and 64QAM 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.4.1 
FDD and half duplex FDD CQI reporting under AWGN conditions for UE supporting coverage enhancement alternative table 
Rel15 
C145j 
UE supporting EUTRA FDD and CEModeA and alternative table 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.8.4.2 
TDD CQI reporting under AWGN conditions for UE supporting coverage enhancement alternative table 
Rel15 
C156l 
UE supporting EUTRA TDD and CEModeA and alternative table 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.9.1.1.1 
FDD CQI Reporting under AWGN conditions – PUCCH 10 with Rank 1 1×4 
Rel10 
C113b 
UE supporting EUTRA FDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.9.1.1.2 
TDD CQI Reporting under AWGN conditions – PUCCH 10 with Rank 1 1×4 
Rel10 
C177 
UE supporting EUTRA TDD with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.9.1.2.1 
FDD CQI Reporting under AWGN conditions – PUCCH 11 with rank 2 4×4 
Rel10 to Rel14 
C178 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C178m 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.1.2.2 
TDD CQI Reporting under AWGN conditions – PUCCH 11 with rank 2 8×4 
Rel10 to Rel14 
C179 
UE supporting EUTRA TDD and eDLMIMO and Feature Group Indicator 104 with 4Rx antenna ports (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C179m 
UE supporting EUTRA TDD and eDLMIMO and Feature Group Indicator 104 with 4Rx antenna ports and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.1.3.1 
FDD CQI Reporting under AWGN conditions – PUCCH 11 with rank 4 4×4 
Rel10 
C180 
UE supporting EUTRA FDD with 4Rx antenna ports and 4layer spatial multiplexing (UE Category >= 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.9.1.3.2 
TDD CQI Reporting under AWGN conditions – PUCCH 11 with rank 4 4×4 
Rel10 
C181 
UE supporting EUTRA TDD with 4Rx antenna ports and 4layer spatial multiplexing (UE Category >= 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

9.9.1.4.1 
FDD CQI Reporting under AWGN conditions – PUCCH 11 with rank 3 4×4 
Rel10 to Rel14 
C182 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports (UE Category >= 5) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C182m 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports and ((5 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.1.4.2 
TDD CQI Reporting under AWGN conditions – PUCCH 11 with rank 3 4×4 
Rel10 to Rel14 
C183 
UE supporting EUTRA TDD andUE Category ≥ 5 and Feature Group Indicator 103 with 4Rx antenna ports 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C183m 
UE supporting EUTRA TDD and Feature Group Indicator 103 with 4Rx antenna ports and ((5 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.2.1.1 
FDD CQI Reporting under fading conditions – PUCCH 10 – Enhanced Performance Requirement Type A 1×4 
Rel11 
C197 
UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE 
Each" Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

9.9.2.1.2 
TDD CQI Reporting under fading conditions – PUCCH 10 – Enhanced Performance Requirement Type A 1×4 
Rel11 
C198 
UE supporting EUTRA TDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE 
Each" Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

9.9.2.2.1 
FDD CQI Reporting under fading conditions – PUCCH 11 – Enhanced Performance Requirement Type A2 x4 
Rel11 to Rel14 
C199 
UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE (UE Category >= 2) and Feature Group Indicator 103 
Each" Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C199m 
UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and Feature Group Indicator 103 and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.2.2.2 
TDD CQI Reporting under fading conditions – PUCCH 11 – Enhanced Performance Requirement Type A2 x4 
Rel11 to Rel14 
C200 
UE supporting EUTRA TDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE (UE Category >= 2) and Feature Group Indicator 103 
Each" Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C200m 
UE supporting EUTRA TDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and Feature Group Indicator 103 and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD with 4Rx antenna ports and the enhanced performance requirements type A for LTE and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.3.1.1 
TDD PMI Reporting – PUSCH 31 (Single PMI) 8×4 
Rel10 to Rel14 
C179 
UE supporting EUTRA TDD and eDLMIMO and Feature Group Indicator 104 with 4Rx antenna ports (UE Category >= 2) 
Each" Test Number" to be performed once, in a chosen band supporting tested BW 

Rel15 
C179m 
UE supporting EUTRA TDD and eDLMIMO and Feature Group Indicator 104 with 4Rx antenna ports and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD with 4Rx antenna ports and (UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.4.1.1 
FDD RI Reporting PUCCH 11 4×4 
Rel10 
C203 
UE supporting EUTRA FDD with 4Rx antenna ports (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

9.9.4.1.2 
TDD RI Reporting PUSCH 31 4×4 
Rel10 
C204 
UE supporting EUTRA TDD with 4Rx antenna ports (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

9.9.4.2.1 
FDD RI Reporting PUCCH 11 for eDLMIMO 4×4 
Rel10 to Rel14 
C205 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C205m 
UE supporting EUTRA FDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA FDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.9.4.2.2 
TDD RI Reporting PUCCH 11 for eDLMIMO 4×4 
Rel10 to Rel14 
C206 
UE supporting EUTRA TDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW and 4Rx antenna ports 

Rel15 
C206m 
UE supporting EUTRA TDD and eDLMIMO and Feature Group Indicator 103 with 4Rx antenna ports and ((2 <= UE Category < 8 or 8 < UE Category < 11) and (UE DL Category < 11 or UE DL Category = 13 )), or UE supporting EUTRA TDD with 4Rx antenna ports and (UE Category = 8 or UE Category >= 11 or UE DL Category = 11 or UE DL Category = 12 or UE DL Category >=14) 
Note 6 

9.10.1.1 
FDD CSIRS Resource Indicator Reporting – PUSCH 31 
Rel13 
C13b 
UE supporting EUTRA FDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.10.1.2 
TDD CSIRS Resource Indicator Reporting – PUSCH 31 
Rel13 
C341 
UE supporting EUTRA TDD (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.12.1.1 
FDD CQI reporting under fading conditions for slot/subslot TTI (CellSpecific Reference Symbol) 
Rel15 
C354 
UE supporting EUTRA FDD and slot/subslot TTI (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.12.1.2 
TDD CQI reporting under fading conditions for slot/subslot TTI (CellSpecific Reference Symbol) 
Rel15 
C354a 
UE supporting EUTRA TDD and slot TTI (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.12.2.1 
FDD CQI reporting under fading conditions for slot/subslot TTI (CSI Reference Symbol) 
Rel15 
C357 
UE supporting EUTRA FDD and Feature Group Indicators 103 and slot/subslot TTI (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

9.12.2.2 
TDD CQI reporting under fading conditions for slot/subslot TTI (CSI Reference Symbol) 
Rel15 
C357a 
UE supporting EUTRA TDD and Feature Group Indicators 103 slot TTI (UE Category >= 2) 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 
2Rx, 4Rx 
Note 7 

MBMS Performance Testing 

10.1 
FDD MBMS performance (Fixed Reference Channel) 
Rel9 
C03 
UE supporting EUTRA FDD and MBMS 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

10.1_1 
FDD MBMS performance (Fixed Reference Channel) (Release 13 and forward) 
Rel13 
C03 
UE supporting EUTRA FDD and MBMS 
Performed once 

10.2 
TDD MBMS performance (Fixed Reference Channel) 
Rel9 
C04 
UE supporting EUTRA TDD and MBMS 
Each "Test Number" to be performed once, in a chosen band supporting tested BW 

10.2_1 
TDD MBMS performance (Fixed Reference Channel) (Release 13 and forward) 
Rel13 
C04 
UE supporting EUTRA TDD and MBMS 
Performed once 

V2X Sidelink Performance Testing 

14.2 
Demodulation of PSSCH / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 

14.3 
Demodulation of PSCCH / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 

14.4 
Power imbalance performance with two links / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C313 
UE supporting V2X Sidelink communication 

14.6 
Demodulation of PSSCH with eNB based synchronization 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

14.7 
Soft buffer test 
Rel14 
C313 
UE supporting V2X Sidelink communication 
D14 
TDD 

14.8 
PSCCH/PSSCH decoding capability test / Nonconcurrent with EUTRA uplink transmissions 
Rel14 
C321 
UE supporting V2X Sidelink communication 

14.9 
Sustained downlink data rate with active sidelink 
Rel14 
C320 
UE supporting EUTRA and V2X Sidelink communication 
E16 
FDD,TDD 

Note 1: Due to UE capability signalling for UL 64QAM is introduced from Rel12, this test case can optionally be executed with a Rel12 UE. Note 2: For a transition period until RAN5#72, this condition in version 13.0.0 of 36.5212 shall be used. This is to ensure no test coverage is lost before the UL 64QAM test case becomes available. Note 3: Equivalent aggregated bandwidth is defined as: . Where is number of CCs, and is MIMO layer and bandwidth of CC . The number of MIMO layer for CC in each CA configuration is according to Table A.4.6.13, Table A.4.6.23, Table A.4.6.33, Table A.4.6.34 or Table A.4.6.35. Note 4: For a transition period until RAN5#83, this condition in version 15.3.1 of 36.5212 shall be used. This is to ensure no test coverage is lost before the UL 256QAM test cases become available. Note 5: Void. Note 6: The categories for which FGI 103/104 are mandated are (UE category >=11 OR UE DL Category = 11 OR UE DL Category = 12 OR UE DL Category >= 14) according to TS 36.331. The UE DL Categories higher than 14 are not explicitly listed in the corresponding expression in Table 4.11a because in this version of core specification UE DL Category > 14 requires supporting of UE Category 11 or 12. Note 7: Skipping 2RX testing if UE is verified with four RX antenna ports in operating bands where it is equipped with four RX antenna port. 
Table 4.11a: Applicability of RF conformance test cases Conditions
C01 IF NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 THEN R ELSE N/A 
C01h IF (A.4.11/1 AND A.4.51/18) THEN R ELSE N/A 
C02 IF NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 THEN R ELSE N/A 
C02h IF (A.4.11/2 AND A.4.51/18) THEN R ELSE N/A 
C03 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.21/1) THEN R ELSE N/A 
C04 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.21/1) THEN R ELSE N/A 
C05 Void 
C06 Void 
C07 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.33b/2 AND A.4.21/3) THEN R ELSE N/A 
C08 Void 
C09 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.33a/1) THEN R ELSE N/A 
C10 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.33a/1) THEN R ELSE N/A 
C11 IF A.4.11/1 AND A.4.33a/6 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5) THEN R ELSE N/A 
C12 IF A.4.11/2 AND A.4.33a/6 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5) THEN R ELSE N/A 
C13 IF ((A.4.11/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C13a IF ((A.4.11/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5)) THEN R ELSE N/A 
C13b IF ((A.4.11/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 )) THEN R ELSE N/A 
C14 IF ((A.4.11/2) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C14a IF ((A.4.11/2) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5)) THEN R ELSE N/A 
C14b IF ((A.4.11/2) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C15 IF (A.4.11/1 AND A.4.34/1) THEN R ELSE N/A 
C16 IF (A.4.11/2 AND A.4.34/1) THEN R ELSE N/A 
C17 Void 
C18 Void 
C19 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.11/2 AND A.4.6.12/2) THEN R ELSE N/A 
C19a IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.11/3 AND A.4.6.12/3) THEN R ELSE N/A 
C19h IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.11/2 AND A.4.6.12/2 AND A.4.51/18) THEN R ELSE N/A 
C20 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND (A.4.6.11/1 OR A.4.6.11/2)) THEN R ELSE N/A 
C20h IF ((A.4.11/1 OR A.4.11/2) AND (A.4.6.11/1 OR A.4.6.11/2) AND A.4.51/18) THEN R ELSE N/A 
C21 IF (NOT(A.4.34a/1 OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.31/1) THEN R ELSE N/A 
C21h IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.31/1) AND A.4.51/18 THEN R ELSE N/A 
C22 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.6.11/2) THEN R ELSE N/A 
C23 Void 
C24 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.6.11/2) THEN R ELSE N/A 
C25 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.43a/103) THEN R ELSE N/A 
C25m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25a IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND A.4.43b/103) THEN R ELSE N/A 
C25am IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25b IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.51/81 AND A.4.43a/103) THEN R ELSE N/A 
C25bm IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.51/81 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25c IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND A.4.51/81 AND A.4.43b/103) THEN R ELSE N/A 
C25cm IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND A.4.51/81 AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25d IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.51/80 AND A.4.43a/103) THEN R ELSE N/A 
C25dm IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.51/80 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25e IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND A.4.51/80 AND A.4.43b/103) THEN R ELSE N/A 
C25em IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND A.4.51/80 AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25h IF (A.4.11/1 AND A.4.43a/103 AND A.4.51/18) THEN R ELSE N/A 
C25hm IF (A.4.11/1 AND A.4.51/18 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C25x IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.43a/103) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C25xm IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND ((A.4.43a/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C25y IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43b/103) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C25ym IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND ((A.4.43b/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C26 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43b/104)) THEN R ELSE N/A 
C26m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND ((A.4.43b/104 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C26a IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.43b/104 AND A.4.43b/110) THEN R ELSE N/A 
C26am IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.43b/110 AND ((A.4.43b/104 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C26h IF (((A.4.11/1 AND A.4.43a/104) OR (A.4.11/2 AND A.4.43b/104)) AND A.4.51/18) THEN R ELSE N/A 
C26hm IF ((((A.4.11/1 AND A.4.43a/104) OR (A.4.11/2 AND A.4.43b/104)) AND A.4.51/18 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR ((A.4.11/1 OR A.4.11/2) AND A.4.51/18 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C27 Void 
C28 Void 
C28y IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43a/104 AND A.4.43a/110) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C28ym IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43a/110) AND ((A.4.43a/104 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C29 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.43a/115) THEN R ELSE N/A 
C30 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.43b/115) THEN R ELSE N/A 
C31 IF (A.4.11/1 AND (A.4.34/1 OR A.4.34/2)) THEN R ELSE N/A 
C32 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.41a/1) THEN R ELSE N/A 
C33 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.41b/1) THEN R ELSE N/A 
C34 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.21/5) THEN R ELSE N/A 
C35 Void 
C36 IF NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.41a/2 THEN R ELSE N/A 
C37 IF NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.41b/1 THEN R ELSE N/A 
C38 IF NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.41b/2 THEN R ELSE N/A 
C39 IF(NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND (A.4.33b/1 OR A.4.33b/4)) THEN R ELSE N/A 
C39a IF(NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.33b/1) THEN R ELSE N/A 
C39b IF(NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.33b/4) THEN R ELSE N/A 
C39c IF(NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND (A.4.33b/1 OR A.4.33b/4) THEN R ELSE N/A 
C40 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.43a/103 AND A.4.37/1) THEN R ELSE N/A 
C40m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/1 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C41 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.43b/103 AND A.4.37/1) THEN R ELSE N/A 
C41m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.37/1 AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C42 IF ((A.4.11/1) AND (NOT A.4.51/18) AND (A.4.34/6 OR A.4.34/7)) THEN R ELSE N/A 
C42h IF ((A.4.11/1) AND (A.4.34/6 OR A.4.34/7) AND A.4.51/18 AND A.4.34a/8) THEN R ELSE N/A 
C43 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.21/1) THEN R ELSE N/A 
C43h IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.21/1 AND A.4.51/18) THEN R ELSE N/A 
C44 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/1) THEN R ELSE N/A 
C44z IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/1 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8) AND A.4.43a/103) THEN R ELSE N/A 
C45 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.37/1) THEN R ELSE N/A 
C45i IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.37/1 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8) AND A.4.43b/103) THEN R ELSE N/A 
C46 Void 
C47 Void 
C48 Void 
C49 Void 
C50 IF (A.4.11/1 AND A.4.51/8 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C50a IF (A.4.11/1 AND A.4.51/8) THEN R ELSE N/A 
C51 IF (A.4.11/2 AND A.4.51/8 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C51a IF (A.4.11/2 AND A.4.51/8) THEN R ELSE N/A 
C52 IF (A.4.11/1 AND (A.4.51/11 OR A.4.51/12) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C53 IF (A.4.11/2 AND (A.4.51/11 OR A.4.51/12) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C54 IF (A.4.11/2 AND (A.4.34/1 OR A.4.34/2)) THEN R ELSE N/A 
C55 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.21/6) THEN R ELSE N/A 
C56 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.21/6) THEN R ELSE N/A 
C57 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.21/6 AND (A.4.51/11 OR A.4.51/12)) THEN R ELSE N/A 
C58 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.21/6 AND (A.4.51/11 OR A.4.51/12)) THEN R ELSE N/A 
C59 Void 
C60 Void 
C61 Void 
C62 void 
C63 void 
C64 Void 
C65 Void 
C66 Void 
C67 Void 
C68 Void 
C69 void 
C70 void 
C71 Void 
C72 IF ((A.4.11/2) AND (A.4.6.21/1) AND (A.4.34/3 OR A.4.34/4)) THEN R ELSE N/A 
C73 IF ((A.4.11/2) AND (NOT A.4.51/18) AND (A.4.34/6 OR A.4.34/7)) THEN R ELSE N/A 
C73h IF ((A.4.11/2) AND A.4.51/18 AND A.4.34a/8) THEN R ELSE N/A 
C74 IF ((A.4.11/2) AND (NOT A.4.51/18) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) THEN R ELSE N/A 
C74h IF ((A.4.11/2) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/8)) THEN R ELSE N/A 
C75 IF ((A.4.11/2) AND (NOT A.4.51/18) AND (A.4.6.21/1) AND (A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) THEN R ELSE N/A 
C76 IF A.4.11/1 AND (NOT A.4.51/18) AND (A.4.34/1 OR A.4.34/2 OR A.4.34/3 OR A.4.34/4) THEN R ELSE N/A 
C77 IF (A.4.11/1 AND A.4.52/1 AND A.4.43a/115 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C78 IF (A.4.11/2 AND A.4.52/1 AND A.4.52/2 AND A.4.43b/115 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C79 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.52/1 AND A.4.43a/115) THEN R ELSE N/A 
C80 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.52/1 AND A.4.52/2 AND A.4.43b/115) THEN R ELSE N/A 
C81 void 
C82 void 
C83 IF ((A.4.11/2) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/6 OR A.4.34/7) AND (A.4.6.31/1)) THEN R ELSE N/A 
C84 void 
C85 Void 
C86 Void 
C87 void 
C88 Void 
C89 Void 
C90 IF ((A.4.11/1) AND (A.4.6.21/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C91 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.21/6 AND A.4.43a/103) THEN R ELSE N/A 
C91m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.21/6 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C92 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.21/6 AND A.4.43b/103) THEN R ELSE N/A 
C92m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.21/6 AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C93 IF ((A.4.11/1) AND (NOT A.4.51/18) AND (A.4.6.21/1) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) THEN R ELSE N/A 
C94 Void 
C95 void 
C96 IF (A.4.11/1 AND A.4.51/11) THEN R ELSE N/A 
C97 IF (A.4.11/1 AND A.4.51/12) THEN R ELSE N/A 
C98 IF (A.4.11/2 AND A.4.51/11) THEN R ELSE N/A 
C99 IF (A.4.11/2 AND A.4.51/12) THEN R ELSE N/A 
C100 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.51/13) THEN R ELSE N/A 
C101 IF ((A.4.11/1) AND (A.4.6.11/1 OR A.4.6.11/2 or A.4.6.31/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C102 IF ((A.4.11/1) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C103 IF ((A.4.11/1) AND (A.4.6.21/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C104 IF ((A.4.11/1) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/3 OR A.4.34/4)) THEN R ELSE N/A 
C105 IF ((A.4.11/2) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/3 OR A.4.34/4)) THEN R ELSE N/A 
C106 IF ((A.4.11/1) AND (A.4.6.21/1) AND (A.4.34/3 OR A.4.34/4)) THEN R ELSE N/A 
C107 IF ((A.4.11/1) AND (NOT A.4.51/18) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) THEN R ELSE N/A 
C107h IF ((A.4.11/1) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/8)) THEN R ELSE N/A 
C108 IF ((A.4.11/1) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C109 IF (A.4.11/2 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8) AND (A.4.6.21/1 OR A.4.6.31/1)) THEN R ELSE N/A 
C110 IF (A.4.11/2 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8) AND (A.4.6.11/1 OR A.4.6.11/2)) THEN R ELSE N/A 
C111 IF A.4.11/2 AND (NOT A.4.51/18) AND (A.4.34/1 OR A.4.34/2 OR A.4.34/3 OR A.4.34/4) THEN R ELSE N/A 
C112 IF ((A.4.11/1 OR A.4.11/2) AND A.4.34a/1) THEN R ELSE N/A 
C112a IF ((A.4.11/1 OR A.4.11/2) AND A.4.34aa/1) THEN R ELSE N/A 
C112b IF (A.4.11/8 OR A.4.11/8a) THEN R ELSE N/A 
C112c IF ((A.4.11/1 OR A.4.11/2) AND( A.4.34a/1a OR A.4.34b/1a)) THEN R ELSE N/A 
C112d IF ((A.4.11/1 OR A.4.11/2) AND A.4.34aa/1 AND A.4.34aa/2) THEN R ELSE N/A 
C113 IF (A.4.11/1 OR A.4.11/2) AND NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) THEN R ELSE N/A 
C113a IF (A.4.51/22) THEN R ELSE N/A 
C113b IF (A.4.11/1 AND A.4.51/37) THEN R ELSE N/A 
C113c IF (A.4.11/1 AND A.4.51/37 AND A.4.43a/103) THEN R ELSE N/A 
C113cm IF (A.4.11/1 AND A.4.51/37 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C113d IF (A.4.11/1 AND A.4.51/37 AND A.4.37/1) THEN R ELSE N/A 
C113e IF (A.4.11/1 AND A.4.51/37 AND A.4.37/1 AND A.4.43a/103) THEN R ELSE N/A 
C113em IF (A.4.11/1 AND A.4.51/37 AND A.4.37/1 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C113h IF (A.4.51/18) THEN R ELSE N/A 
C114 IF (A.4.11/2 AND A.4.6.11/2) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10) THEN R ELSE N/A 
C115 IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.21/1 AND A.4.6.22/1) THEN R ELSE N/A 
C116 IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.6.32/1) THEN R ELSE N/A 
C116a IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.31/3 AND A.4.6.32/2) THEN R ELSE N/A 
C116b IF (A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.6.32/1 AND NOT (A.4.51/17 OR A.4.51/58) THEN R ELSE N/A 
C117 IF (A.4.11/1 AND (A.4.51/8 OR A.4.51/11 OR A.4.51/12) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C118 IF (A.4.11/2 AND (A.4.51/8 OR A.4.51/11 OR A.4.51/12) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8)) THEN R ELSE N/A 
C119 IF A.4.11/2 AND A.4.34a/1 THEN R ELSE N/A 
C120 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.31/5) THEN R ELSE N/A 
C121 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4)) THEN R ELSE N/A 
C122 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND (A.4.6.31/2 OR A.4.6.21/2)) THEN R ELSE N/A 
C122h IF ((A.4.11/1 OR A.4.11/2) AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4 OR A.4.6.31/2 OR A.4.6.21/2)) AND A.4.51/18 THEN R ELSE N/A 
C123 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.11/2) AND A.4.61/2) THEN R ELSE N/A 
C124 IF (A.4.11/1 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C125 IF (A.4.11/1 AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C125a IF (A.4.11/1 AND (A.4.61/2 OR A.4.61/3 OR A.4.61/4 OR A.4.61/5 OR A.4.61/6) AND A.4.6.11/2 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C126 IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C126a IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/6 OR A.4.34/7) AND A.4.33a/9) THEN R ELSE N/A 
C126h IF (A.4.11/1 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/10)) THEN R ELSE N/A 
C126ha IF (A.4.11/1 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND A.4.51/18 AND ( A.4.34a/8) AND A.4.33a/9) THEN R ELSE N/A 
C127 IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C127a IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/6 OR A.4.34/7) AND A.4.33a/9) THEN R ELSE N/A 
C128 IF (A.4.11/2 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C129 IF (A.4.11/2 AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C130 IF (A.4.11/2 AND (NOT A.4.51/18) AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C130h IF (A.4.11/2 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/10)) THEN R ELSE N/A 
C131 IF (A.4.11/2 AND (NOT A.4.51/18) AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C132 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C133 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/15 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C133a IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/15 AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C133b IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/15 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C134 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C135 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/14 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C135a IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/14 AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C135b IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/14 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C136 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.34/3 OR A.4.34/4)) THEN R ELSE N/A 
C137 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.34/3 OR A.4.34/4)) THEN R ELSE N/A 
C138 IF (A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (NOT A.4.51/18) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10) THEN R ELSE N/A 
C138h IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/10)) THEN R ELSE N/A 
C139 IF (A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/15 AND (NOT A.4.51/18) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) THEN R ELSE N/A 
C139a IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/15 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C139b IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/15 AND (NOT A.4.51/18) AND A.4.34a/10) THEN R ELSE N/A 
C139c IF ((A.4.11/1 AND A.4.11/2) AND A.4.51/15 AND (NOT A.4.51/18) AND A.4.34a/10 AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) THEN R ELSE N/A 
C139hc IF ((A.4.11/1 AND A.4.11/2) AND A.4.51/15 AND A.4.51/18 AND (A.4.34a/11) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) THEN R ELSE N/A 
C139h IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/15 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/10)) THEN R ELSE N/A 
C139ha IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/15 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/10)) THEN R ELSE N/A 
C139hb IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/15 AND A.4.51/18 AND (A.4.34a/11)) THEN R ELSE N/A 
C140 IF (A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (NOT A.4.51/18) AND (A.4.34/3 OR A.4.34/4 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10) THEN R ELSE N/A 
C140h IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/8)) THEN R ELSE N/A 
C141 IF (A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/14 AND (NOT A.4.51/18) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) THEN R ELSE N/A 
C141a IF (A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/14 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12) THEN R ELSE N/A 
C141b IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/14 AND (NOT A.4.51/18) AND A.4.34a/10 THEN R ELSE N/A) 
C141c IF ((A.4.11/1 AND A.4.11/2) AND A.4.51/14 AND (NOT A.4.51/18) AND A.4.34a/10 AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) THEN R ELSE N/A) 
C141h IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/14 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/10)) THEN R ELSE N/A 
C141hb IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/14 AND A.4.51/18 AND A.4.34a/11) THEN R ELSE N/A 
C142 IF (NOT(A.4.34/1 OR A.4.34a/1 OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/3) THEN R ELSE N/A 
C142h IF ((A.4.11/1 AND A.4.11/2) AND A.4.51/14 AND A.4.51/18 AND A.4.34a/11 AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) THEN R ELSE N/A 
C143 IF (NOT(A.4.34/1 OR A.4.34a/1 OR A.4.34aa/1) AND A.4.11/2 AND A.4.37/3) THEN R ELSE N/A 
C144 IF (NOT(A.4.34/1 OR A.4.34a/1 OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/3 AND A.4.43a/103) THEN R ELSE N/A 
C144m IF (NOT(A.4.34/1 OR A.4.34a/1 OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/3 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C145 IF A.4.11/1 AND A.4.34a/1 THEN R ELSE N/A 
C145a IF A.4.11/1 AND A.4.34aa/1 THEN R ELSE N/A 
C145b IF A.4.11/1 AND (A.4.34aa/1 OR A.4.51/25) THEN R ELSE N/A 
C145c Void 
C145d IF A.4.11/1 AND A.4.34a/1a THEN R ELSE N/A 
C145e IF A.4.11/1 AND A.4.34aa/1 AND A.4.51/63 THEN R ELSE N/A 
C145f IF A.4.11/1 AND A.4.34aa/2 AND A.4.51/63 THEN R ELSE N/A 
C145g IF A.4.11/1 AND A.4.34aa/1 AND A.4.51/51 THEN R ELSE N/A 
C145h IF A.4.11/1 AND A.4.34aa/2 AND A.4.51/51 THEN R ELSE N/A 
C145i IF A.4.11/1 AND A.4.51/25 AND A.4.51/84 THEN R ELSE N/A 
C145j IF A.4.11/1 AND A.4.51/25 AND A.4.51/85 THEN R ELSE N/A 
C145k IF (A.4.11/1 or A.4.37/2) AND A.4.51/25 THEN R ELSE N/A 
C146 IF (NOT(A.4.34a/1) AND (A.4.11/1 AND A.4.11/2) AND A.4.6.31/1 AND (A.4.51/14 OR A.4.51/15)) THEN R ELSE N/A 
C147 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.51/17) THEN R ELSE N/A 
C148 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.11/2 AND A.4.6.12/2 AND A.4.51/17) THEN R ELSE N/A 
C149 IF (NOT(A.4.34a/1 OR A.4.34aa/1 OR A.4.51/58) AND A.4.11/1 AND A.4.51/13 AND A.4.51/17) THEN R ELSE N/A 
C150 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/4) THEN R ELSE N/A 
C151 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.37/4) THEN R ELSE N/A 
C152 IF (NOT(A.4.34/1 OR A.4.34a/1 OR A.4.34aa/1) AND A.4.11/1 AND A.4.37/4) THEN R ELSE N/A 
C153 IF (NOT(A.4.34/1 OR A.4.34a/1 OR A.4.34aa/1) AND A.4.11/2 AND A.4.37/4) THEN R ELSE N/A 
C154 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C155 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C156 IF A.4.11/2 AND A.4.34a/1 THEN R ELSE N/A 
C156a IF A.4.11/2 AND A.4.34aa/1 THEN R ELSE N/A 
C156b IF A.4.11/2 AND (A.4.34aa/1 OR A.4.51/25) THEN R ELSE N/A 
C156c IF A.4.11/1 AND (A.4.34aa/1 AND A.4.51/26 THEN R ELSE N/A 
C156d IF A.4.11/2 AND (A.4.34aa/1 AND A.4.51/26 THEN R ELSE N/A 
C156e IF A.4.11/2 AND (A.4.34aa/1 OR A.4.51/25) AND A.4.51/51 THEN R ELSE N/A 
C156f IF A.4.11/2 AND A.4.34a/1a THEN R ELSE N/A 
C156q IF A.4.11/2 AND (A.4.34aa/1 OR A.4.51/25) AND A.4.51/63 THEN R ELSE N/A 
C156h IF A.4.11/2 AND A.4.34aa/2 AND A.4.5.1/63 THEN R ELSE N/A 
C156i IF A.4.11/2 AND A.4.34aa/2 AND A.4.5.1/51 THEN R ELSE N/A 
C156j IF A.4.11/1 AND (A.4.34aa/1 AND A.4.34aa/2) AND A.4.51/26 THEN R ELSE N/A 
C156k IF A.4.11/2 AND A.4.51/25 AND A.4.51/84 THEN R ELSE N/A 
C156l IF A.4.11/2 AND A.4.51/25 AND A.4.51/85 THEN R ELSE N/A 
C157 IF A.4.11/1 AND A.4.34a/1 AND A.4.43a/103 THEN R ELSE N/A 
C157a IF A.4.11/1 AND A.4.34a/1a AND A.4.43a/103 THEN R ELSE N/A 
C158 IF A.4.11/2 AND A.4.34a/1 AND A.4.43b/103 THEN R ELSE N/A 
C158a IF A.4.11/2 AND A.4.34a/1a AND A.4.43b/103 THEN R ELSE N/A 
C159 IF (NOT(A.4.34a/1 OR A.4.51/17 OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.51/13) THEN R ELSE N/A 
C160 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.6.32/1 AND A.4.51/17) THEN R ELSE N/A 
C161 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.21/1 AND A.4.6.22/1 AND A.4.51/17) THEN R ELSE N/A 
C162 IF A.4.51/23 THEN R ELSE N/A 
C163 IF A.4.51/24 THEN R ELSE N/A 
C164 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.21/6 AND A.4.51/37) THEN R ELSE N/A 
C165 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.21/6 AND A.4.51/38) THEN R ELSE N/A 
C166 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.21/6 AND A.4.43a/103 AND A.4.51/37) THEN R ELSE N/A 
C166m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.21/6 AND A.4.51/37 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C167 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.21/6 AND A.4.43a/103 AND A.4.51/38) THEN R ELSE N/A 
C167m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.21/6 AND A.4.51/38 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C168 IF (A.4.51/22 AND NOT A.4.51/18) THEN R ELSE N/A 
C169 IF A.4.11/1 AND A.4.21/8 AND NOT (A.4.34/1 OR A.4.34/2 OR A.4.34a/1) THEN R ELSE N/A 
C170 IF A.4.11/2 AND A.4.21/8 AND NOT (A.4.34/1 OR A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34a/1) THEN R ELSE N/A 
C171 IF A.4.11/1 AND A.4.21/8 AND (A.4.34/3 OR A.4.34/4 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10) AND (NOT A.4.51/18) THEN R ELSE N/A 
C172 IF A.4.11/2 AND A.4.21/8 AND (A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10) AND (NOT A.4.51/18) THEN R ELSE N/A 
C173 IF A.4.11/1 AND A.4.21/8 AND A.4.51/18 THEN R ELSE N/A 
C174 IF A.4.11/2 AND A.4.21/8 AND A.4.51/18 THEN R ELSE N/A 
C175 IF (NOT(A.4.34a/1) AND A.4.11/1 AND A.4.51/12 AND A.4.37/4) THEN R ELSE N/A 
C176 IF (NOT(A.4.34a/1) AND A.4.11/2 AND A.4.51/12 AND A.4.37/4) THEN R ELSE N 
C177 IF (A.4.51/38) THEN R ELSE N/A 
C178 IF (A.4.43a/103 AND A.4.51/37 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C178m IF (A.4.51/37 AND ((A.4.43a/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C179 IF (A.4.43a/104 AND A.4.51/38 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C179m IF (A.4.51/38 AND ((A.4.43a/104 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C180 IF (A.4.51/37 AND A.4.51/46 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C181 IF (A.4.51/38 AND A A.4.51/46 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C182 IF (A.4.43a/103 AND A.4.51/37 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C182m IF (A.4.51/37 AND ((A.4.43a/103 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C183 IF (A.4.43b/103 AND A.4.51/38 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C183m IF (A.4.51/38 AND ((A.4.43b/103 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C184 IF (A.4.51/38) THEN R ELSE N/A 
C185 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.21/1 AND A.4.6.22/1 AND A.4.51/17) THEN R ELSE N/A 
C186 IF A.4.33b/2 AND NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) THEN R ELSE N/A 
C187 IF ((A.4.11/1 OR A.4.11/2) AND ((A.4.11/2 AND A.4.6.11/4) OR A.4.6.31/6 OR A.4.6.31/7)) THEN R ELSE N/A 
C187h IF (A.4.11/1 OR A.4.11/2) AND ((A.4.11/2 AND A.4.6.11/4) OR ((A.4.11/1 AND A.4.11/2) AND A.4.61/3) OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) AND A.4.51/18 THEN R ELSE N/A 
C188 IF (A.4.11/1 AND A.4.11/2) AND A.4.61/3 THEN R ELSE N/A 
C189 IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.61/3) AND (A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C189a IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.61/3) AND (A.4.34/9 OR A.4.34/10) AND A.4.33a/10) THEN R ELSE N/A 
C189a2 Void 
C189b Void 
C189h IF A.4.11/1 AND A.4.51/18 AND (A.4.34a/10 OR A.4.34a/11) AND A.4.61/3 AND A.4.33a/10 AND (A.4.6.11/4 OR A.4.6.21/4 OR A.4.6.21/5 OR A.4.6.31/6 OR A.4.6.31/7) THEN R ELSE N/A 
C190 Void 
C191 Void 
C192 IF (A.4.11/1 AND (A.4.6.11/4 OR A.4.6.31/6 OR A.4.6.31/7) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C192a IF (A.4.11/1 AND (NOT A.4.51/18) AND (A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17) AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C193 IF (A.4.11/1 AND (A.4.6.31/10 OR A4.6.31/11 OR A.4.6.31/12) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C193a IF (A.4.11/1 AND (NOT A.4.51/18) AND A.4.6.31/14 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C194 IF (A.4.11/2 AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.11/4 OR A.4.6.21/4 OR 4.6.21/5 OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12)) THEN R ELSE N/A 
C194a IF (A.4.11/2 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.21/6 OR 4.6.21/7 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18)) THEN R ELSE N/A 
C194b IF (A.4.11/2 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.11/5 OR A.4.6.31/14)) THEN R ELSE N/A 
C195 Void 
C196 Void 
C197 IF (A.4.51/37 AND A.4.37/1) THEN R ELSE N/A 
C198 IF (A.4.51/38 AND A.4.37/1) THEN R ELSE N/A 
C198a IF A.4.11/2 AND A.4.51/38 AND A.4.37/1 THEN R ELSE N/A 
C198b IF (A.4.43b/103 AND A.4.51/38 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C198c IF A.4.11/2 AND A.4.51/38 AND A.4.37/1 AND A.4.43b/103 THEN R ELSE N/A 
C199 IF A.4.51/37 AND A.4.37/1 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.43a/103 THEN R ELSE N/A 
C199m IF A.4.51/37 AND A.4.37/1 AND ((A.4.43a/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C200 IF A.4.51/38 AND A.4.37/1 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.43b/103 THEN R ELSE N/A 
C200m IF A.4.51/38 AND A.4.37/1 AND ((A.4.43b/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C201 Void 
C202 IF ((NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.33b/4 AND A.4.21/3) THEN R ELSE N/A 
C203 IF ((A.4.51/37) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 )) THEN R ELSE N/A 
C204 IF ((A.4.51/38) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 )) THEN R ELSE N/A 
C205 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.43a/103 AND A.4.51/37) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C205m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.51/37) AND ((A.4.43a/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C206 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43b/103 AND A.4.51/38) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C206m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.51/38) AND ((A.4.43b/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C207 IF (NOT(A.4.34a/1 OR A.4.34aa/1) AND (A.4.11/1 AND A.4.11/2) AND A.4.6.31/1 AND (A.4.51/14 OR A.4.51/15) AND A.4.51/32) THEN R ELSE N/A 
C208 IF (NOT(A.4.34a/1 OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.51/32) THEN R ELSE N/A 
C209 IF A.4.11/1 AND A.4.51/15 AND A.4.51/32 THEN R ELSE N/A 
C210 IF A.4.11/2 AND A.4.51/14 AND A.4.51/32 THEN R ELSE N/A 
C211 IF (A.4.11/1 OR A.4.11/2) AND (A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) THEN R ELSE N/A 
C212 IF (A.4.11/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12)) THEN R ELSE N/A 
C212a IF (A.4.11/1 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/13 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8)) THEN R ELSE N/A 
C212b IF (A.4.11/1 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/14)) THEN R ELSE N/A 
C213 IF (A.4.11/2 AND (NOT A.4.51/18) AND (A.4.61/3 OR A.4.6.11/4 OR A.4.6.21/4 OR A.4.6.21/5 OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) AND (A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10)) THEN R ELSE N/A 
C213h IF (A.4.11/2 AND A.4.51/18 AND (A.4.61/3 OR A.4.6.11/4 OR A.4.6.21/4 OR A.4.6.21/5 OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) AND (A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10 OR A.4.34a/11)) THEN R ELSE N/A 
C214 IF (A.4.11/1 AND (A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/10 OR A.4.6.21/4 OR A.4.6.21/5) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C215 IF (A.4.11/1 AND (A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/15) AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C216 IF (A.4.11/1 AND A.4.6.31/14 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C217 IF A.4.11/2 AND A.4.51/15 AND A.4.51/32 THEN R ELSE N/A 
C218 IF A.4.11/1 AND A.4.51/15 AND A.4.51/32 AND A.4.51/56 THEN R ELSE N/A 
C219 IF A.4.11/2 AND A.4.51/32 AND A.4.51/56 THEN R ELSE N/A 
C220 IF A.4.11/1 AND (A.4.51/37 AND A.4.51/46) THEN R ELSE N/A 
C221 IF (A.4.11/1 OR A.4.11/2) AND (A.4.6.31/13 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8) THEN R ELSE N/A 
C221h IF (A.4.11/1 OR A.4.11/2) AND (A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR (A.4.11/2 AND A.4.6.11/5) OR ((A.4.11/1 AND A.4.11/2) AND A.4.61/4)) AND A.4.51/18 THEN R ELSE N/A 
C222 IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.31/14) OR (A.4.11/2 AND A.4.6.11/5) THEN R ELSE N/A 
C223 IF (A.4.11/1 AND A.4.11/2) AND A.4.61/4 THEN R ELSE N/A 
C224 IF A.4.21/8 THEN R ELSE N/A 
C225 IF (A.4.21/8 AND A.4.51/27) THEN R ELSE N/A 
C226 IF (A.4.11/1 AND A.4.51/37 AND A.4.51/46 AND (A.4.34/6 OR A.4.34/7 OR A.4.34a/8)) THEN R ELSE N/A 
C227 IF (A.4.58/1 AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/4 OR A.4.34a/5 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10)) THEN R ELSE N/A 
C228 IF (A.4.58/1 AND A.4.6.21/1 AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/4 OR A.4.34a/5 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10)) THEN R ELSE N/A 
C229 IF (A.4.58/4 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13)) THEN R ELSE N/A 
C230 IF (A.4.58/4 AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13)) THEN R ELSE N/A 
C231 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.51/37 OR A.4.51/38) AND A.4.37/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C232 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.51/37 OR A.4.51/38) AND A.4.37/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C233 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.43a/103 AND A.4.43b/103) AND (A.4.51/37 OR A.4.51/38) AND A.4.37/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C233m IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.51/37 OR A.4.51/38) AND A.4.37/1 AND (((A.4.43a/103 AND A.4.43b/103) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C234 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.43a/103 AND A.4.43b/103) AND (A.4.51/37 OR A.4.51/38) AND A.4.37/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C234m IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.51/37 OR A.4.51/38) AND A.4.37/1 AND (((A.4.43a/103 AND A.4.43b/103) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C235 IF A.4.11/2 AND (A.4.51/38 AND A.4.51/46) THEN R ELSE N/A 
C236 IF (A.4.58/7 AND (A.4.6.11/4 OR A.4.6.21/4 OR A.4.6.21/5 OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) AND (A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C237 IF (A.4.58/10 AND (A.4.6.11/5 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17) AND (A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C238 IF (A.4.58/10 AND A.4.6.31/14 AND (A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C239 IF (A.4.11/2 AND A.4.51/38 AND A.4.51/46 AND (A.4.34/6 OR A.4.34/7 OR A.4.34a/8)) THEN R ELSE N/A 
C240 IF (A.4.58/2 AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1 OR A.4.6.31/5) AND (A.4.34/6 OR A.4.34/7 OR A.4.34a/8)) THEN R ELSE N/A 
C241 IF (A.4.58/2 AND A.4.6.12/1 AND (A.4.34/6 OR A.4.34/7 OR A.4.34a/8)) THEN R ELSE N/A 
C242 IF (A.4.58/5 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13)) THEN R ELSE N/A 
C243 IF (A.4.58/5 AND (A.4.6. 21/2 OR A.4.6.31/2) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13)) THEN R ELSE N/A 
C244 IF (A.4.58/8 AND (A.4.6.11/4 OR A.4.6.21/4 OR A.4.6.21/5 OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) AND (A.4.34a/11 OR A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C245 IF (A.4.58/11 AND (A.4.6.11/5 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17) AND (A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C246 IF (A.4.58/11 AND A.4.6.31/14 AND (A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C247 IF (A.4.58/3 AND (A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/4 OR A.4.34a/5 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10)) THEN R ELSE N/A 
C248 IF (A.4.58/6 AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13)) THEN R ELSE N/A 
C249 IF (A.4.58/9 AND (A.4.34a/10 OR A.4.34a/11 OR A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C250 IF (A.4.58/12 AND (A.4.34a/11 OR A.4.34a/13 OR A.4.34a/14)) THEN R ELSE N/A 
C251 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND A.4.51/18 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C252 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND A.4.51/18 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C253 IF ((A.4.11/1) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C254 IF ((A.4.11/1) AND (A.4.6.21/1) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C255 IF (A.4.11/1 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C256 IF (A.4.11/1 AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C257 IF (A.4.11/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9 OR OR A.4.6.31/10 OR A.4.6.31/11 OR A.4.6.31/12) AND A.4.51/39) THEN R ELSE N/A 
C258 IF (A.4.11/1 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18) AND A.4.51/39) THEN R ELSE N/A 
C259 IF (A.4.11/1 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/14) AND A.4.51/39) THEN R ELSE N/A 
C260 IF (A.4.11/1 AND A.4.51/18 AND A.4.43a/103) THEN R ELSE N/A 
C260m IF (A.4.11/1 AND A.4.51/18 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C261 IF (A.4.11/2 AND A.4.51/18 AND A.4.43b/103) THEN R ELSE N/A 
C261m IF (A.4.11/2 AND A.4.51/18 AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C262 IF (NOT(A.4.34a/1) AND A.4.11/1 AND A.4.37/4 AND A.4.43a/103) THEN R ELSE N/A 
C262m IF (NOT(A.4.34a/1) AND A.4.11/1 AND A.4.37/4 AND ((A.4.43a/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C263 IF (NOT(A.4.34a/1) AND A.4.11/2 AND A.4.37/4 AND A.4.43b/103) THEN R ELSE N/A 
C263m IF (NOT(A.4.34a/1) AND A.4.11/2 AND A.4.37/4 AND ((A.4.43b/103 AND NOT(A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/9))) THEN R ELSE N/A 
C264 IF A.4.11/1 AND A.4.51/15 AND A.4.51/32 AND A.4.51/56 THEN R ELSE N/A 
C265 IF A.4.11/2 AND A.4.51/14 AND A.4.51/32 AND A.4.51/56 THEN R ELSE N/A 
C266 IF (A.4.11/1 AND A.4.21/2 AND NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12) AND (A.4.6.11/5 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18) THEN R ELSE N/A 
C267 IF A.4.11/1 AND A.4.21/2 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10) AND (A.4.6.11/5 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18) THEN R ELSE N/A 
C267h IF A.4.11/1 AND A.4.21/2 AND (A.4.34a/10 OR A.4.34a/11) AND A.4.61/4 AND (A.4.6.11/5 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18) AND A.4.51/18 THEN R ELSE N/A 
C268 IF (NOT(A.4.34a/1) AND (A.4.11/1 AND A.4.11/2) AND (A.4.6.31/2 OR A.4.6.31/3 OR A.4.6.31/4) AND A.4.51/32) THEN R ELSE N/A 
C269 IF (NOT(A.4.34a/1) AND A.4.11/2 AND (A.4.6.31/2 OR A.4.6.31/3 OR A.4.6.31/4) AND A.4.51/32) THEN R ELSE N/A 
C270 IF (A.4.11/2 AND (A.4.6.11/4 OR A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/9) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C271 IF (A.4.11/2 AND (A.4.6.31/10 OR A.4.6.21/4 OR A.4.6.21/5) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C272 IF (A.4.11/2 AND (A.4.6.11/5 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16) AND (A.4.34/8 AND (A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C273 IF (A.4.11/2 AND (A.4.6.31/17 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8) AND (A.4.34/8 AND (A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C274 IF A.4.11/2 AND A.4.51/54 THEN R ELSE N/A 
C275 IF A.4.11/2 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) AND A.4.51/54 AND A.4.51/55 THEN R ELSE N/A 
C276 IF A.4.11/2 AND A.4.51/55 THEN R ELSE N/A 
C277 IF A.4.11/2 AND A.4.51/8 AND A.4.51/55 THEN R ELSE N/A 
C278 IF (A.4.11/1 AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND A.4.51/18 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C279 IF (A.4.11/1 AND A.4.6.21/1 AND A.4.51/18 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C280 IF (A.4.11/1 AND A.4.61/1 AND A.4.51/37 AND A.4.51/46 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C281 IF (A.4.11/1 AND A.4.61/1 AND A.4.51/37 AND A.4.37/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C282 IF (A.4.11/1 AND A.4.61/1 AND A.4.51/37 AND A.4.37/1 AND A.4.43a/103 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C282m IF (A.4.11/1 AND A.4.61/1 AND A.4.51/37 AND A.4.37/1 AND ((A.4.43a/103 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C283 IF (A.4.11/2 AND A.4.61/1 AND A.4.51/38 AND A.4.37/1 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C284 IF (A.4.11/2 AND A.4.61/1 AND A.4.51/38 AND A.4.37/1 AND A.4.43b/103 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C284m IF (A.4.11/2 AND A.4.61/1 AND A.4.51/38 AND A.4.37/1 AND ((A.4.43b/103 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C285 IF ((A.4.11/1) AND (A.4.37/6)) THEN R ELSE N/A 
C286 IF ((A.4.11/1) AND (A.4.37/7)) THEN R ELSE N/A 
C287 IF ((A.4.11/2) AND (A.4.37/6)) THEN R ELSE N/A 
C288 IF ((A.4.11/2) AND (A.4.37/7)) THEN R ELSE N/A 
C289 IF ((A.4.11/1) AND (A.4.37/6) AND (A.4.21/6)) THEN R ELSE N/A 
C290 IF ((A.4.11/2) AND (A.4.37/6) AND (A.4.21/6)) THEN R ELSE N/A 
C291 IF ((A.4.11/2) AND (A.4.6.11/1 OR A.4.6.11/2 OR A.4.6.31/1) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C292 IF ((A.4.11/2) AND (A.4.6.21/1) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C293 IF (A.4.11/2 AND (A.4.6.11/3 OR A.4.6.31/3 OR A.4.6.31/4) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C294 IF (A.4.11/2 AND (A.4.6.31/2 OR A.4.6.21/2) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND A.4.51/39) THEN R ELSE N/A 
C295 IF (A.4.11/2 AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/6 OR A.4.6.31/7 OR A.4.6.31/12 OR A.4.6.21/3 OR A.4.6.31/11) AND A.4.51/39) THEN R ELSE N/A 
C296 IF (A.4.11/2 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18 AND A.4.51/39) THEN R ELSE N/A 
C297 IF (A.4.11/2 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12) AND (A.4.6.31/14) AND A.4.51/39) THEN R ELSE N/A 
C298 IF A.4.11/8 AND A.4.34c/2 THEN R ELSE N/A 
C299 IF (A.4.11/1 AND A.4.37/5) THEN R ELSE N/A 
C300 IF (A.4.11/2 AND A.4.37/5) THEN R ELSE N/A 
C301 IF ((A.4.11/1 OR A.4.11/2) AND A.4.51/58) THEN R ELSE N/A 
C302 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.11/2 AND A.4.6.12/2 AND A.4.51/58) THEN R ELSE N/A 
C303 IF (NOT(A.4.34a/1 OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.6.32/1 AND A.4.51/58) THEN R ELSE N/A 
C304 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.21/1 AND A.4.6.22/1 AND A.4.51/58) THEN R ELSE N/A 
C305 IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.6.32/1 AND A.4.51/62) THEN R ELSE N/A 
C306 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/14 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C307 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/14 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C308 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/14 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C309 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/14 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C310 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/1 AND A.4.51/15 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C311 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/2 AND A.4.51/15 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C312 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/3 AND A.4.51/15 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C313 IF (A.4.11/10 AND A.4.34d/2 AND A.4.57/1) THEN R ELSE N/A 
C314 IF A.4.11/1 AND (A.4.34aa/2 OR A.4.51/25) THEN R ELSE N/A 
C315 IF A.4.11/1 AND (A.4.34aa/2 AND A.4.51/26 THEN R ELSE N/A 
C316 IF A.4.11/2 AND (A.4.34aa/2 OR A.4.51/25) THEN R ELSE N/A 
C316a IF A.4.11/2 AND A.4.34aa/2 AND A.4.51/25 THEN R ELSE N/A 
C316b IF A.4.11/2 AND A.4.34aa/2 AND A.4.51/26 THEN R ELSE N/A 
C317 IF A.4.11/2 AND (A.4.34aa/2 AND A.4.51/26 THEN R ELSE N/A 
C318 IF ((A.4.11/1 OR A.4.11/2) AND A.4.51/13 AND A.4.51/58) THEN R ELSE N/A 
C319 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.11/2 AND A.4.6.12/2 AND NOT(A.4.51/17)) THEN R ELSE N/A 
C320 IF ((A.4.11/1 OR A.4.11/2) AND A.4.11/10 AND A.4.51/66 AND A.4.51/67) THEN R ELSE N/A 
C321 IF (A.4.11/10 AND A.4.34d/2 AND A.4.57/1 AND A.4.51/70) THEN R ELSE N/A 
C322 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/4 AND A.4.51/15 AND (A.4.51/37 OR A.4.51/38) AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C323 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.43a/103 AND A.4.37/8) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C323m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.37/8) AND ((A.4.43a/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C324 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43b/103 AND A.4.37/8) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C324m IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.37/8) AND ((A.4.43b/103 AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/9 OR A.4.34/10)) OR (A.4.34/8 OR A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C325 IF (A.4.11/8 OR A.4.11/8a) AND A.4.33b/5 THEN R ELSE N/A 
C326 IF (NOT(A.4.34a/1 OR A.4.34aa/1 OR A.4.51/58) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.11/2 AND A.4.6.12/2 AND A.4.51/17) THEN R ELSE N/A 
C327 IF (NOT(A.4.34a/1 OR A.4.34aa/1 OR A.4.51/58) AND (A.4.11/1 OR A.4.11/2) AND A.4.6.31/1 AND A.4.6.32/1 AND A.4.51/17) THEN R ELSE N/A 
C328 IF A.4.11/1 AND A.4.51/15 AND A.4.51/32 AND A.4.58/1 THEN R ELSE N/A 
C329 IF A.4.11/2 AND A.4.51/14 AND A.4.51/32 AND A.4.58/2 THEN R ELSE N/A 
C330 IF (A.4.11/1 AND A.4.21/2 AND NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23) THEN R ELSE N/A 
C331 IF A.4.11/1 AND A.4.21/2 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23) THEN R ELSE N/A 
C331a IF A.4.11/2 AND A.4.21/2 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23) THEN R ELSE N/A 
C331h IF A.4.11/1 AND A.4.21/2 AND A.4.34a/11 AND A.4.61/4 AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23) AND A.4.51/18 THEN R ELSE N/A 
C331ha IF A.4.11/2 AND A.4.21/2 AND A.4.34a/11 AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23) AND A.4.51/18 THEN R ELSE N/A 
C332 IF A.4.11/2 AND A.4.21/2 AND A.4.34a/11 AND A.4.61/4 AND (A.4.6.11/5 OR A.4.6.21/6 OR A.4.6.21/7 OR A.4.6.21/8 OR A.4.6.31/8 OR A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18) AND A.4.51/18 THEN R ELSE N/A 
C333 IF (A.4.11/10 AND A.4.34d/2 AND A.4.57b) THEN R ELSE N/A 
C334 IF ((A.4.11/1 OR A.4.11/2) AND A.4.61/3 AND A.4.62/3) THEN R ELSE N/A 
C335 IF (A.4.11/10 AND A.4.34d/2 AND A.4.57/1 AND A.4.33b/4) THEN R ELSE N/A 
C336 IF ((A.4.11/1 OR A.4.11/2) AND A.4.6.31/6 AND A.4.62/3) THEN R ELSE N/A 
C337 IF ((A.4.11/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 ) AND A.4.43a/103 AND A.4.51/82) THEN R ELSE N/A 
C338 IF ((A.4.11/2) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 ) AND A.4.43a/103 AND A.4.51/83) THEN R ELSE N/A 
C339 IF (NOT((A.4.34a/1) or (A.4.34/1)) AND A.4.11/1 AND ( A.4.51/8 or A.5.1/11 or A.4.51/12) AND A.4.51/83 ) THEN R ELSE N/A 
C340 IF (NOT((A.4.34a/1) or (A.4.34/1)) AND A.4.11/2 AND ( A.4.51/8 or A.5.1/11 or A.4.51/12) AND A.4.51/83 ) THEN R ELSE N/A 
C341 IF ((A.4.11/2) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 )) THEN R ELSE N/A 
C342 IF( (A.4.11/1 AND A.4.21/2) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) OR ( (A.4.11/2 AND A.4.21/2) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) OR ( (A.4.11/1 AND A.4.11/2 AND A.4.21/7) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) THEN R ELSE N/A 
C342h IF( (A.4.11/1 AND A.4.21/2) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) OR ( (A.4.11/2 AND A.4.21/2) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) OR ( (A.4.11/1 AND A.4.11/2 AND A.4.21/7) AND (A.4.6.31/19 OR A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23)) AND A.4.51/18 THEN R ELSE N/A 
C343 IF A.4.11/1 AND A.4.21/2 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10) AND A.4.61/6 THEN R ELSE N/A 
C344 IF A.4.11/1 AND A.4.21/2 AND A.4.51/18 AND A.4.34a/11 AND A.4.61/6 THEN R ELSE N/A 
C345 IF A.4.11/2 AND A.4.21/2 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10) AND A.4.61/6 THEN R ELSE N/A 
C346 IF A.4.11/2 AND A.4.21/2 AND A.4.51/18 AND A.4.34a/11 AND A.4.61/6 THEN R ELSE N/A 
C347 IF A.4.11/8 AND (A.4.34c/1 or A.4.34c/2) THEN R ELSE N/A 
C348 Void 
C349 IF (A.4.11/1 AND A.4.61/5 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C350 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/5 AND A.4.51/15 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C351 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/5 AND A.4.51/14 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C352 IF A.4.33b/2 AND NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.51/94 AND (A.4.51/95 OR A.4.51/96 OR A.4.51/97) AND A.4.11/1THEN R ELSE N/A 
C352a IF A.4.33b/2 AND NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.51/94 AND A.4.51/95 AND A.4.11/2 THEN R ELSE N/A 
C353 IF A.4.11/1 AND NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.51/94 AND (A.4.51/95 OR A.4.51/96 OR A.4.51/97) THEN R ELSE N/A 
C353a IF A.4.11/2 AND NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.51/94 AND A.4.51/95 THEN R ELSE N/A 
C354 IF ((A.4.11/1) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 ) AND A.4.51/94 AND (A.4.51/95 OR A.4.51/96 OR A.4.51/97)) THEN R ELSE N/A 
C354a IF ((A.4.11/2) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 ) AND A.4.51/88 AND A.4.51/89) THEN R ELSE N/A 
C355 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.43a/103 AND A.4.51/88 AND (A.4.51/89 OR A.4.51/90 OR A.4.51/91)) THEN R ELSE N/A 
C355a IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2) AND A.4.43a/103 AND A.4.51/88 AND A.4.51/89) THEN R ELSE N/A 
C356 IF NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND A.4.11/2 AND A.4.51/88 AND A.4.51/89 THEN R ELSE N/A 
C357 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1 AND A.4.43a/103) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 ) AND A.4.51/88 AND (A.4.51/89 OR A.4.51/90 OR A.4.51/91)) THEN R ELSE N/A 
C357a IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43a/103) AND (A.4.34/2 OR A.4.34/3 OR A.4.34/4 OR A.4.34/5 OR A.4.34/6 OR A.4.34/7 OR A.4.34/8 OR A.4.34/9 OR A.4.34/10 OR A.4.34/11 OR A.4.34/12 ) AND A.4.51/88 AND A.4.51/89) THEN R ELSE N/A 
C358 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/6 AND A.4.51/15 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C359 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/6 AND A.4.51/14 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C360 IF A.4.11/2 AND A.4.21/2 AND (NOT A.4.51/18) AND (A.4.34/11 OR A.4.34/12 OR A.4.34a/6 OR A.4.34a/7 OR A.4.34a/10) AND (A.4.6.31/13 OR A.4.6.31/14 OR A.4.6.31/15 OR A.4.6.31/16 OR A.4.6.31/17 OR A.4.6.31/18) THEN R ELSE N/A 
C361 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/1) AND A.4.43a/103) AND A.4.37/9 THEN R ELSE N/A 
C362 IF (NOT(A.4.34a/1 OR A.4.34a/1a OR A.4.34aa/1) AND (A.4.11/2 AND A.4.43b/104) AND A.4.37/9) THEN R ELSE N/A 
C363 IF (A.4.11/1 AND A.4.21/2 AND A.4.61/5 AND (NOT A.4.51/18) AND (A.4.6.31/20 OR A.4.6.31/21 OR A.4.6.31/22 OR A.4.6.31/23 OR A.4.6.31/24) AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C364 IF (A.4.11/1 AND A.4.21/2 AND A.4.61/6 AND (NOT A.4.51/18) AND A.4.6.31/20 AND (A.4.34/8 OR A.4.34/11 OR A.4.34/12)) THEN R ELSE N/A 
C365 IF (A.4.11/2 AND A.4.61/5 AND ((A.4.6.31/19) OR (A.4.6.31/20)) AND (A.4.34/8 AND (A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C366 IF (A.4.11/2 AND A.4.61/6 AND (A.4.6.31/19) AND (A.4.34/8 AND (A.4.34/11 OR A.4.34/12))) THEN R ELSE N/A 
C367 IF (A.4.11/1 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12) AND NOT (A.4.34a/1 OR A.4.34a/1a OR A.4.34a/2 OR A.4.34a/3 OR A.4.34a/4 OR A.4.34a/5 OR A.4.34a/15)) THEN R ELSE N/A 
C368 IF (A.4.11/2 AND A.4.51/18 AND (A.4.34/11 OR A.4.34/12) AND NOT (A.4.34a/1 OR A.4.34a/1a OR A.4.34a/2 OR A.4.34a/3 OR A.4.34a/4 OR A.4.34a/5 OR A.4.34a/15)) THEN R ELSE N/A 
C369 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/6 AND A.4.51/15 AND (NOT A.4.51/18) AND A.4.34a/10 AND (A.4.6.31/26 OR A.4.6.31/27)) THEN R ELSE N/A 
C370 IF ((A.4.11/1 AND A.4.11/2) AND A.4.61/6 AND A.4.51/14 AND (NOT A.4.51/18) AND A.4.34a/10 AND (A.4.6.31/26 OR A.4.6.31/27)) THEN R ELSE N/A 
Note 1: Cxxxh applicability is defined for small cell enhancements for physical layer related test. 
Table 4.11b: Tested Bands Selection Criteria
Code 
Selection 
Comment 
D01 
A.4.33 
All supported Bands 
D02 
A.4.33 AND FDD 
All supported FDD Bands 
D03 
A.4.33 AND TDD 
All supported TDD Bands 
D04 
A.4.33 AND {14, 31, 41, 72} 
Band 14, 31, 41 or 72 if supported 
D05 
A.4.33 AND A.4.53 
Bands supporting UL MIMO 
D06 
A.4.33 AND NOT A.4.53 
Bands not supporting UL MIMO 
D07 
A.4.33 AND A.4.54 
Bands supporting Multicluster PUSCH 
D08 
A.4.33 AND NOT FALLBACK(A.4.6.13) 
All supported Bands that are not part of contiguous CA configuration. 
D09 
A.4.33 AND A.4.55 
Bands supporting 4 Rx antenna ports 
D10 
A.4.33 AND A.4.56a 
Bands supporting ProSe Direct 
D11 
A.4.33 AND category NB1 and NB2 
All supported category NB1 and NB2 Bands 
D12 
A.4.33 AND { category NB1 and NB2 Bands < 1GHz} 
Lowest and highest category NB1 and NB2 Bands supported below 1GHz (Note 2) 
D13 
A.4.33 AND { category NB1 and NB2 Bands > 1GHz} 
Lowest and highest category NB1 and NB2 Bands supported above 1GHz (Note 3) 
D14 
A.4.33 AND A.4.57 
Bands supporting V2X Sidelink Communication 
D15 
A.4.33 AND NOT A.4.55 
Bands not supporting 4Rx antenna ports 
D16 
A.4.33c 
All supported Power Class 1 Bands 
D17 
A.4.33d 
All supported Power Class 2 Bands 
D17a 
A.4.33c OR A.4.33d 
All supported Power Class 1 Bands or Power Class 2 Bands 
D18 
A.4.33 AND { category NB1 and NB2 TDD Bands > 1GHz} 
Category NB1 and NB2 TDD Bands supported above 1GHz (Note 4) 
Note 1: Band Selection is based on set theory. For each feature, item number shall correspond to the Band number. The result is the set of bands for which the test shall be conducted. The following operators are used: AND: Set intersection ( ). {1,2} AND {2,3} = {2} OR: Set union ( ). {1,2} OR {2,3} = {1,2,3} NOT: Set complement (\), full set being all bands. NOT{1} = {2 …256} Also note that this is set without repetitions so {1} AND {1} = {1} The following basic sets are used: FDD: All FDD bands, currently {1…32, 65…70} TDD: All TDD bands, currently {33…64} Category NB1: All Category NB1 bands, currently {1, 2, 3, 5, 8, 11, 12, 13, 17, 18, 19, 20, 21, 25,, 26, 28, 31, 66, 70} {1,2}: Explicitly given band set The following sets derived from proforma tables are also used: A.4.XY: All bands supporting the feature defined in A.4.XY. For A.4.33, all supported bands. FALLBACK(A.4.6.XY): Fallback bands of supported CA Combinations defined in Table A.4.6.XY Note 2: Category NB1 Bands < 1GHz {5, 8, 12, 13, 17, 18, 19, 20, 26, 28, 31} Note 3: Category NB1 Bands > 1GHz {1, 2, 3, 11, 21, 25, 66, 70} Note 4: Category NB1 and NB2 Bands > 1GHz {41} 
Table 4.11c: Tested CA Configurations Selection Criteria
Code 
Selection 
Comment 
E01 
UL(A.4.6.13) AND CARRIER_NO(2) 
All supported intraband contiguous CA Configurations with 2 carriers in both UL and DL 
E02 
UL(A.4.6.23) AND CARRIER_NO(2) 
All supported intraband noncontiguous CA Configurations with 2 carriers in both UL and DL 
E03 
UL(A.4.6.33) AND CARRIER_NO(2) 
All supported interband CA Configurations with 2 carriers in both UL and DL 
E04 
A.4.6.13 AND CARRIER_NO(2) AND NOT UL(A.4.6.13) 
All supported intraband contiguous CA Configurations with 2 carriers in DL but no CA in UL 
E05 
A.4.6.23 AND CARRIER_NO(2) AND NOT UL(A.4.6.23) 
All supported intraband noncontiguous CA Configurations with 2 carriers in DL but no CA in UL 
E06 
A.4.6.33 AND CARRIER_NO(2) AND NOT UL(A.4.6.33) 
All supported interband CA Configurations with 2 carriers in DL but no CA in UL 
E07 
((A.4.6.13 AND NOT UL(A.4.6.13)) OR (A.4.6.23 AND NOT UL(A.4.6.23)) OR (A.4.6.33 AND NOT UL(A.4.6.33)) OR (A.4.6.34 AND NOT UL(A.4.6.34)) OR (A.4.6.35 AND NOT UL(A.4.6.35))) AND CARRIER_NO(3) 
All supported 3DL CA without UL 
E08 
E04 AND NOT DL_FALLBACKS 
All supported intraband contiguous CA Configurations with 2 carriers in DL but no CA in UL, that are not fallbacks of 3DL CA 
E09 
E05 AND NOT DL_FALLBACKS 
All supported intraband noncontiguous CA Configurations with 2 carriers in DL but no CA in UL that are not fallbacks of 3DL CA. 
E10 
E06 AND NOT DL_FALLBACKS 
All supported interband CA Configurations with 2 carriers in DL but no CA in UL that are not fallbacks of 3DL CA 
E11 
E04 AND NOT (FALLBACK(A.4.6.23) OR FALLBACK(A.4.6.33) OR FALLBACK(A.4.6.34) OR FALLBACK(A.4.6.35)) 
All supported intraband contiguous CA Configurations with 2 carriers in DL but no CA in UL, that are not fallbacks of 3DL CA, except of class D intraband 3DL CA. 
E12 
E06 AND NOT (FALLBACK(A.4.6. 13) OR FALLBACK(A.4.6.34) OR FALLBACK(A.4.6.35)) 
All supported interband CA Configurations with 2 carriers in DL that are fallbacks of interband on interband + intraband contiguous 3DL CA. 
DL_FALLBACKS 
FALLBACK(A.4.6.13) OR FALLBACK(A.4.6.23) OR FALLBACK(A.4.6.33) OR FALLBACK(A.4.6.34) OR FALLBACK(A.4.6.35) 
All DL Fallbacks of supported CA Configurations 
DL_FALLBACKS_EtoD 
FALLBACK_EtoD(A.4.6.13) OR FALLBACK_EtoD(A.4.6.23) OR FALLBACK_EtoD(A.4.6.33) OR FALLBACK_EtoD(A.4.6.34) OR FALLBACK_EtoD(A.4.6.35) 
All DL Fallbacks of supported CA Configurations where BW class for one subblock has changed from class E to class D 
DL_FALLBACKS_BtoA 
FALLBACK_BtoA(A.4.6.13) OR FALLBACK_BtoA(A.4.6.23) OR FALLBACK_BtoA(A.4.6.33) OR FALLBACK_BtoA(A.4.6.34) OR FALLBACK_BtoA(A.4.6.35) 
All DL Fallbacks of supported CA Configurations where BW class for one subblock has changed from class B to class A 
DL_FALLBACKS_LAA 
FALLBACK_LAA(A.4.6.13) OR FALLBACK_LAA(A.4.6.23) OR FALLBACK_LAA(A.4.6.33) OR FALLBACK_LAA(A.4.6.34) OR FALLBACK_LAA(A.4.6.35) 
All DL Fallbacks of supported CA Configurations where BW class for subblock in LAA band has changed 
E13 
E06 AND DL_ONLY_BAND 
All supported interband CA Configurations with 2 carriers in DL where one of the bands is a DLonly band 
E14 
((A.4.6.13 AND NOT UL(A.4.6.13)) OR (A.4.6.23 AND NOT UL(A.4.6.23)) OR (A.4.6.33 AND NOT UL(A.4.6.33)) OR (A.4.6.34 AND NOT UL(A.4.6.34)) OR (A.4.6.35 AND NOT UL(A.4.6.35))) AND CARRIER_NO(4) 
All supported 4DL CA without UL 
E15 
((A.4.6.13 AND NOT UL(A.4.6.13)) OR (A.4.6.23 AND NOT UL(A.4.6.23)) OR (A.4.6.33 AND NOT UL(A.4.6.33)) OR (A.4.6.34 AND NOT UL(A.4.6.34)) OR (A.4.6.35 AND NOT UL(A.4.6.35))) AND CARRIER_NO(5) 
All supported 5DL CA without UL 
E16 
A.4.57a 
Bands supporting Interband concurrent V2X configurations 
E17 
A.4.57b 
Bands supporting V2X Intraband multicarrier configurations 
E18 
UL(A.4.6.13 OR A.4.6.23 OR A.4.6.33 OR A.4.6.34) AND CARRIER_NO(3) 
All support 3DL CA with UL CA 
E19 
E07 AND NOT DL_FALLBACKS OR E18 {AND DL_FALLBACKS} 
All support 3DL CA without UL CA, that are not fallbacks of 4DL CA. OR All support 3DL CA with UL CA 
E20 
UL({A.4.6.13 OR A.4.6.23} OR A.4.6.33 OR A.4.6.34 OR A.4.6.35) AND CARRIER_NO(4) 
All support 4DL CA with UL CA 
E21 
E14 AND NOT DL_FALLBACKS OR E20 {AND DL_FALLBACKS} 
All support 4DL CA without UL CA, that are not fallbacks of 5DL CA. OR All support 4DL CA with UL CA 
E22 
(E07 AND NOT DL_FALLBACKS) OR (E07 AND DL_FALLBACKS_EtoD) OR (E07 AND DL_FALLBACKS_BtoA) OR E18 
All supported 3DL CA without UL CA, that are not fallbacks of 4DL CA except class E to D and class B to A fallback. OR All supported 3DL CA with UL CA 
E23 
(E14 AND NOT DL_FALLBACKS) OR (E14 AND DL_FALLBACKS_EtoD) OR (E14 AND DL_FALLBACKS_BtoA) OR E20 
All supported 4DL CA without UL CA, that are not fallbacks of 4DL CA except class E to D and class B to A fallback. OR All supported 4DL CA with UL CA 
E24 
(E07 AND NOT DL_FALLBACKS_LAA) OR E18 
All supported 3DL CA without UL CA, that are not LAA fallbacks of 4DL CA. OR All supported 3DL CA with UL CA 
E25 
(E14 AND NOT DL_FALLBACKS_LAA) OR E20 
All supported 4DL CA without UL CA, that are not LAA fallbacks of 5DL CA. OR All supported 4DL CA with UL CA 
E26 
((A.4.6.13 AND NOT UL(A.4.6.13)) OR (A.4.6.23 AND NOT UL(A.4.6.23)) OR (A.4.6.33 AND NOT UL(A.4.6.33)) OR (A.4.6.34 AND NOT UL(A.4.6.34)) OR (A.4.6.35 AND NOT UL(A.4.6.35))) AND CARRIER_NO(6) 
All supported 6DL CA without UL 
Note: CA Configuration Selection is based on set theory. Each CA Configuration is designated by its name, including bands and BW classes, e.g. CA_1A5A. The following operators are used: AND: Set intersection ( ). {CA_1C,CA_1A5A} AND {CA_1C, CA_2A4A } = CA_1C OR: Set union ( ). {CA_1C,CA_1A5A} OR {CA_1C, CA_2A4A } = {CA_1C,CA_1A5A, CA_2A4A} NOT: Set complement (\), full set being all possible CA Configurations Also note that this is set without repetitions so {CA_1C} AND {CA_1C} = {CA_1C} The following basic sets are used: FDD: All FDDonly CA Configurations TDD: All TDDonly CA Configurations FDDTDD: All mixed CA Configurations {CA_1C}: Explicitly given CA Configurations CARRIER_NO(n): All CA Configurations with n Carriers, e.g. for n=2 CA_1C and CA_1A5A would be a part of this set BAND_NO(n): All CA Configurations containing n Bands, e.g.. for n=2, CA_1A5A and CA_1A41C are part of this set BWCLASS(x): All CA Configurations containing BW Class x, e.g.. for x=C, CA_1C and CA_1A41C are part of this set DL_ONLY_BAND: All CA configurations containing a DLonly band, e.g. CA_20A32A is part of this set The following sets derived from proforma tables are also used: A.4.6.XY: All supported DL CA Combinations defined in table A.4.6.XY UL(A.4.6.XY): All DL CA Combinations that also support UL CA with any number of carriers >1, as per column "Supported CA Bandwidth Class(es) in UL" defined in table A.4.6.XY. UL_2CC(A.4.6.XY): All DL CA Combinations that also support 2 Carrier UL CA, as per column "Supported CA Bandwidth Class(es) in UL" defined in table A.4.6.XY. Note that DL might support a larger number of carriers than UL. UL_3CC(A.4.6.XY): All DL CA Combinations that also support 3 Carrier UL CA, as per column "Supported CA Bandwidth Class(es) in UL" defined in table A.4.6.XY FALLBACK(A.4.6.XY): Fallback DL CA Combinations of supported CA Combinations defined in Table A.4.6.XY FALLBACK_EtoD(A.4.6.XY): Fallback DL CA Combinations of supported CA Combinations defined in Table A.4.6.XY where BW class for one subblock has changed from class E to class D FALLBACK_BtoA(A.4.6.XY): Fallback DL CA Combinations of supported CA Combinations defined in Table A.4.6.XY where BW class for one subblock has changed from class B to class A FALLBACK_LAA(A.4.6.XY): Fallback DL CA Combinations of supported CA Combinations defined in Table A.4.6.XY where BW class for B46 or B49 band changed from class E to D, D to C or C to A FALLBACK_UL(A.4.6.XY): Fallback DL and UL CA Combinations of supported CA Combinations defined in Table A.4.6.XY. This set only includes Combinations with same CA Capability in UL and DL 
Table 4.12: Default Fallback Bands and Fallback CA Configurations
CA Configuration 
Default Fallback Bands 
Default Fallback CA Configurations (Note 3) 
CA_XC (2 carrier intraband contiguous) 
X 
– 
CA_XB (2 carrier intraband contiguous) 
X 
– 
CA_XAYA (2 carrier interband) 
X,Y 
– 
CA_XAXA (2 carrier intraband noncontiguous) 
X 
– 
CA_XD (3 carrier intraband contiguous) 
X 
CA_XC 
CA_XAYAZA (3 carrier interband) 
X,Y,Z 
CA_XAYA, CA_XAZA, CA_YAZA 
CA_XCYA(3 carrier intraband contiguous + interband)^{2} 
X,Y 
CA_XC, CA_XAYA 
CA_XBYA(3 carrier intraband contiguous + interband)^{2} 
X,Y 
CA_XB, CA_XAYA 
CA_XAXAYA(3 carrier intraband noncontiguous + interband)^{2} 
X,Y 
CA_XAYA, CA_XAXA 
CA_XCXA(3 carrier intraband noncontiguous + intraband contiguous)^{2} 
X 
CA_XC, CA_XAXA 
CA_XE (4 carrier intraband contiguous) 
X 
CA_XD 
CA_XAXD (4 carrier intraband contiguous + interband with 2 bands)^{2} 
X 
CA_XAXC 
CA_XCYC (4 carrier intraband contiguous + interband with 2 bands)^{2} 
X, Y 
CA_XAYC, CA_XCYA 
CA_XAXAYC (4 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands) 
X, Y 
CA_XAXAYA, CA_XAYC 
CA_XAYAZC (4 carrier intraband contiguous + interband with 3 bands)^{2} 
X, Y, Z 
CA_XAYAZA, CA_XAZC CA_ YAZC 
CA_XCXC (4 carrier intraband noncontiguous + intraband contiguous) 
X 
CA_XCXA, CA_XAXC 
CA_XAYAYC (4 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands)^{ 2} 
X, Y 
CA_XAYAYA, CA_XA YC, CA YAYC 
CA_XAXAYAYA (4 carrier intraband noncontiguous + interband with 2 bands)^{2} 
X, Y 
CA_XAXAYA, CA_XAYAYA 
CA_XAYAZARA (4 carrier interband with 4 bands) 
X, Y, Z, R 
CA_XAYAZA, CA_XAYARA, CA_XAZARA, CA_YAZARA 
CA_XF (5 carrier intraband contiguous) 
X 
CA_XE 
CA_XAXE (5 carrier intraband noncontiguous + intraband contiguous) 
X 
CA_XE, CA_XAXD 
CA_XCXD (5 carrier intraband noncontiguous + intraband contiguous) 
X 
CA_XCXC, CA_XAXD 
CA_XAYE (5 carrier intraband contiguous + interband with 2 bands)^{2} 
X, Y 
CA_XAYD, CA_YE 
CA_XCYD (5 carrier intraband contiguous + interband with 2 bands)^{2} 
X, Y 
CA_XCYC, CA_XAYD 
CA_XAYAZD (5 carrier intraband contiguous + interband with 3 bands)^{2} 
X, Y, Z 
CA_XAYAZC, CA_XAZD, CA_YAZD 
CA_XAYCZC (5 carrier intraband contiguous + interband with 3 bands)^{2} 
X, Y, Z 
CA_XAYCZA, CA_XAYAZC, CA_YCZC 
CA_XAYAZARC (5 carrier intraband contiguous + interband with 4 bands)^{2} 
X, Y, Z, R 
CA_XAYAZA, CA_XAYARC, CA_XAZARC, CA_YAZARC 
CA_XAYAYD (5 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands)^{ 2} 
X, Y 
CA_XAYAYC, CA_XAYD, CA_YAYD 
CA_XAYCYC (5 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands)^{ 2} 
X, Y 
CA_XAYCYA, CA_XAYAYC, CA_YCYC 
CA_XAXAYD (5 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands)^{ 2} 
X, Y 
CA_XAXAYC, CA_XAYD, 
CA_XAXCYC (5 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands)^{ 2} 
X, Y 
CA_XAXCYA, CA_XAXAYC, CA_XCYC 
CA_XAXAYAYC (5 carrier intraband noncontiguous + intraband contiguous + interband with 2 bands)^{ 2} 
X, Y 
CA_XAXAYAYA, CA_XAXAYC, CA_XAYAYC 
CA_XAYAZAZC (5 carrier intraband noncontiguous + intraband contiguous + interband with 3 bands)^{ 2} 
X, Y, Z 
CA_XAYAZAZA, CA_XAYAZC, CA_XAZAZC, CA_YAZAZC 
CA_XAYAYAZAZA (5 carrier intraband noncontiguous + intraband contiguous + interband with 3 bands)^{ 2} 
X, Y, Z 
CA_XAYAYAZA, CA_XAYAZAZA, CA_YAYAZAZA 
CA_XAYAZARARA (5 carrier intraband noncontiguous + intraband contiguous + interband with 4 bands)^{ 2} 
X, Y, Z, R 
CA_XAYAZARA, CA_XAYARARA, CA_XAZARARA, CA_YAZARARA 
CA_XAYAZARASA (5 carrier interband with 5 bands) 
X, Y, R, S 
CA_XAYAZARA, CA_XAYAZA SA, CA_XAYA RASA, CA_XAZARASA, CA_YAZARASA 
Note 1: Table used for deriving default fallbacks in sections A.4.6.1,2 and 3. Note 2: Also applicable for different band orderings (e.g.. YAXC). Note 3: Only the CA fallback configuration with 1 less CC indicated. To get the full list of fallback configurations, all fallback configurations down to 2 carrier are recursively generated. 
Table 4.13: 3DL CA Name/Release mapping
Number of Bands 
3CA Band Combinations 
Release for test applicability 
Name 
1 
CA_XD 
Rel10 
3DL CA with TDD CA_XD 
2 
CA_XAYB 
Rel11 
3DL CA with FDD CA_XAYB 
CA_XAYB 
Rel11 
3DL CA with TDD CA_XAYB 

CA_XAYB 
Rel12 
3DL CA with FDDTDD CA_XAYB 

2 
CA_XAYC 
Rel11 
3DL CA with FDD CA_XAYC 
CA_XAYC 
Rel11 
3DL CA with TDD CA_XAYC 

CA_XAYC 
Rel12 
3DL CA with FDDTDD CA_XAYC 

3 
CA_XAYAZA 
Rel10 
3DL CA with FDD CA_XAYAZA 
Rel10 
3DL CA with TDD CA_XAYAZA 

Rel12 
3DL CA with FDDTDD CA_XAYAZA 

2 
CA_XAXAYA 
Rel11 
3DL CA with FDD CA_XAXAYA 
1 
CA_XAXAXA 
Rel11 
3DL CA with FDD CA_XAXAXA 
Table 4.14: 4DL CA Name/Release mapping
Number of Bands 
4CA Band Combinations 
Release for test applicability 
Name 

1 
CA_XE 
Rel11 
4DL CA with TDD CA_XE 
2 
CA_XAXD 
Rel11 
4DL CA with FDD CA_XAXD 
Rel11 
4DL CA with TDD CA_XAXD 

Rel12 
4DL CA with FDDTDD CA_XAXD 

2 
CA_XBYB 
Rel10 
4DL CA with FDD CA_XBYB 
CA_XCYB 
Rel10 
4DL CA with FDD CA_XCYB 

Rel12 
4DL CA with FDDTDD CA_XCYB 

2 
CA_XCYC 
Rel10 
4DL CA with FDD CA_XCYC 
Rel10 
4DL CA with TDD CA_XCYC 

1 
CA_XCXC 
Rel11 
4DL CA with TDD CA_XCXC 
2 
CA_XAXAYB 
Rel11 
4DL CA with FDD CA_XAXAYB 
CA_XAYAYB 
Rel11 
4DL CA with FDD CA_XAYAYB 

3 
CA_XAYAZB 
Rel11 
4DL CA with FDD CA_XAYAZB 
3 
CA_XAYAZC 
Rel11 
4DL CA with FDD CA_XAYAZC 
Rel12 
4DL CA with FDDTDD CA_XAYAZC 

2 
CA_XAYAYC 
Rel11 
4DL CA with FDD CA_XAYAYC 
Rel12 
4DL CA with FDDTDD CA_XAYAYC 

2 
CA_XAXCYA 
Rel12 
4DL CA with FDDTDD CA_XAXCYA 
3 
CA_XAYAZC 
Rel12 
4DL CA with FDDTDD_XAYAZC 
2 
CA_XAXAYAYA 
Rel11 
4DL CA with FDD CA_XAXAYAYA 
3 
CA_XAYAYAZA 
Rel11 
4DL CA with FDD CA_XAYAYAZA 
Rel12 
4DL CA with FDDTDD CA_XAYAYAZA 

4 
CA_XAYAZARA 
Rel11 
4DL CA with FDD CA_XAYAZARA 
Rel12 
4DL CA with FDDTDD CA_XAYAZARA 
Table 4.15: 5DL CA Name/Release mapping
Number of Bands 
5CA Band Combinations 
Release for test applicability 
Name 

1 
CA_XF 
Rel12 
5DL CA with TDD CA_XF 
1 
CA_XAXE 
Rel11 
5DL CA with TDD CA_XAXE 
1 
CA_XCXD 
Rel11 
5DL CA with FDD CA_XCXD 
Rel11 
5DL CA with TDD CA_XCXD 

1 
CA_XAXAXD 
FFS 
5DL CA with FDD CA_XAXAXD 
FFS 
5DL CA with TDD CA_XAXAXD 

1 
CA_XAXCXC 
FFS 
5DL CA with FDD CA_XAXCXC 
FFS 
5DL CA with TDD CA_XAXCXC 

2 
CA_XAYE 
Rel11 
5DL CA with TDD CA_XAYE 
Rel12 
5DL CA with FDDTDD CA_XAYE 

2 
CA_XCYD 
Rel11 
5DL CA with FDD CA_XCYD 
Rel11 
5DL CA with TDD CA_XCYD 

Rel12 
5DL CA with FDDTDD CA_XCYD 

2 
CA_XAYAYD 
Rel11 
5DL CA with TDD CA_XAYAYD 
Rel12 
5DL CA with FDDTDD CA_XAYAYD 

2 
CA_XAYCYC 
Rel11 
5DL CA with FDD CA_XAYCYC 
Rel11 
5DL CA with TDD CA_XAYCYC 

Rel12 
5DL CA with FDDTDD CA_XAYCYC 

2 
CA_XAYAYAYC 
FFS 
5DL CA with FDD CA_XAXAXAYC 
FFS 
5DL CA with TDD CA_XAXAXAYC 

FFS 
5DL CA with FDDTDD CA_XAXAXAYC 

2 
CA_XAXAYD 
Rel11 
5DL CA with TDD CA_XAXAYD 
Rel12 
5DL CA with FDDTDD CA_XAXAYD 

2 
CA_XAXCYC 
Rel10 
5DL CA with FDD CA_XAXCYC 
Rel10 
5DL CA with TDD CA_XAXCYC 

Rel12 
5DL CA with FDDTDD CA_XAXCYC 

2 
CA_XAXAYAYC 
Rel11 
5DL CA with FDD CA_XAXAYAYC 
Rel11 
5DL CA with TDD CA_XAXAYAYC 

Rel12 
5DL CA with FDDTDD CA_XAXAYAYC 

2 
CA_XAXAYAYAYA 
FFS 
5DL CA with FDD CA_XAXAYAYAYA 
FFS 
5DL CA with TDD CA_XAXAYAYAYA 

FFS 
5DL CA with FDDTDD CA_XAXAYAYAYA 

2 
CA_XAXAXAYC 
FFS 
5DL CA with FDD CA_XAXAXAYC 
FFS 
5DL CA with TDD CA_XAXAXAYC 

FFS 
5DL CA with FDDTDD CA_XAXAXAYC 

3 
CA_XAYAZD 
Rel11 
5DL CA with TDD CA_XAYAZD 
Rel12 
5DL CA with FDDTDD CA_XAYAZD 

3 
CA_XAYCZC 
Rel11 
5DL CA with FDD CA_XAYCZC 
Rel11 
5DL CA with TDD CA_XAYCZC 

Rel12 
5DL CA with FDDTDD CA_XAYCZC 

3 
CA_XAYAZAZC 
Rel11 
5DL CA with FDD CA_XAYAZAZC 
Rel11 
5DL CA with TDD CA_XAYAZAZC 

Rel12 
5DL CA with FDDTDD CA_XAYAZAZC 

3 
CA_XAYAZAZAZA 
FFS 
5DL CA with FDD CA_XAYAZAZAZA 
FFS 
5DL CA with TDD CA_XAYAZAZAZA 

FFS 
5DL CA with FDDTDD CA_XAYAZAZAZA 

3 
CA_XAYAYAZC 
Rel11 
5DL CA with FDD CA_XAYAYAZC 
Rel11 
5DL CA with TDD CA_XAYAYAZC 

Rel12 
5DL CA with FDDTDD CA_XAYAYAZC 

3 
CA_XAYAYAZAZA 
Rel11 
5DL CA with FDD CA_XAYAYAZAZA 
Rel11 
5DL CA with TDD CA_XAYAYAZAZA 

Rel12 
5DL CA with FDDTDD CA_XAYAYAZAZA 

4 
CA_XAYAZARC 
Rel11 
5DL CA with FDD CA_XAYAZARC 
Rel11 
5DL CA with TDD CA_XAYAZARC 

Rel12 
5DL CA with FDDTDD CA_XAYAZARC 

4 
CA_XAYAZARARA 
Rel11 
5DL CA with FDD CA_XAYAZARARA 
Rel11 
5DL CA with TDD CA_XAYAZARARA 

Rel12 
5DL CA with FDDTDD CA_XAYAZARARA 

5 
CA_XAYAZARASA 
Rel12 
5DL CA with FDD CA_XAYAZARASA 
Rel12 
5DL CA with TDD CA_XAYAZARASA 

Rel12 
5DL CA with FDDTDD CA_XAYAZARASA 

Note 1: X, Y, Z, R and S in this table correspond to different bands i.e. X != Y != Z != R != S. Note 2: The band combinations with difference appearance order of bands/subblocks in the band combination string are not distinguished. E.g. CA_XAYAYD represents the set of CA_XAYDYA, YDYAXA, YAXAYD and YAYDXA. 
Table 4.16: 6DL CA Name/Release mapping
Number of Bands 
6CA Band Combinations 
Release for test applicability 
Name 

2 
CA_XAYF 
Rel14 
6DL CA with TDD CA_XAYF 
Rel14 
6DL CA with FDDTDD CA_XAYF 

2 
CA_XCYE 
Rel14 
6DL CA with TDD CA_XCYE 
Rel14 
6DL CA with FDDTDD CA_XCYE 

2 
CA_XCYE 
Rel14 
6DL CA with TDD CA_XDYD 
Rel14 
6DL CA with FDDTDD CA_XDYD 

2 
CA_XAXAYE 
Rel14 
6DL CA with FDD CA_XAXAYE 
Rel14 
6DL CA with TDD CA_XAXAYE 

Rel14 
6DL CA with FDDTDD CA_XAXAYE 

2 
CA_XAYAYE 
Rel14 
6DL CA with FDD CA_XAYAYE 
Rel14 
6DL CA with TDD CA_XAYAYE 

Rel14 
6DL CA with FDDTDD CA_XAYAYE 

2 
CA_XAXAXAYD 
Rel14 
6DL CA with FDD CA_XAXAXAYD 
Rel14 
6DL CA with TDD CA_XAXAXAYD 

Rel14 
6DL CA with FDDTDD CA_XAXAXAYD 

2 
CA_XAXAYAYD 
Rel14 
6DL CA with FDD CA_XAXAYAYD 
Rel14 
6DL CA with TDD CA_XAXAYAYD 

Rel14 
6DL CA with FDDTDD CA_XAXAYAYD 

2 
CA_XAYAYAYD 
Rel14 
6DL CA with FDD CA_XAYAYAYD 
Rel14 
6DL CA with TDD CA_XAYAYAYD 

Rel14 
6DL CA with FDDTDD CA_XAYAYAYD 

2 
CA_XAXAXAXAYC 
Rel14 
6DL CA with FDD CA_XAXAXAXAYC 
Rel14 
6DL CA with TDD CA_XAXAXAXAYC 

Rel14 
6DL CA with FDDTDD CA_XAXAXAXAYC 

2 
CA_XAXAXAYAYC 
Rel14 
6DL CA with FDD CA_XAXAXAYAYC 
Rel14 
6DL CA with TDD CA_XAXAXAYAYC 

Rel14 
6DL CA with FDDTDD CA_XAXAXAYAYC 

2 
CA_XAXAYAYAYC 
Rel14 
6DL CA with FDD CA_XAXAYAYAYC 
Rel14 
6DL CA with TDD CA_XAXAYAYAYC 

Rel14 
6DL CA with FDDTDD CA_XAXAYAYAYC 

2 
CA_XAYAYAYAYC 
Rel14 
6DL CA with FDD CA_XAYAYAYAYC 
Rel14 
6DL CA with TDD CA_XAYAYAYAYC 

Rel14 
6DL CA with FDDTDD CA_XAYAYAYAYC 

2 
CA_XCYCYC 
Rel14 
6DL CA with FDD CA_XCYCYC 
Rel14 
6DL CA with TDD CA_XCYCYC 

Rel14 
6DL CA with FDDTDD CA_XCYCYC 

2 
CA_XAXAYCYC 
Rel14 
6DL CA with FDD CA_XAXAYCYC 
Rel14 
6DL CA with TDD CA_XAXAYCYC 

Rel14 
6DL CA with FDDTDD CA_XAXAYCYC 

2 
CA_XAXCYAYC 
Rel14 
6DL CA with FDD CA_XAXCYAYC 
Rel14 
6DL CA with TDD CA_XAXCYAYC 

Rel14 
6DL CA with FDDTDD CA_XAXCYAYC 

3 
CA_XAYAZE 
Rel14 
6DL CA with FDD CA_XAYAZE 
Rel14 
6DL CA with TDD CA_XAYAZE 

Rel14 
6DL CA with FDDTDD CA_XAYAZE 

3 
CA_XAYCZD 
Rel14 
6DL CA with FDD CA_XAYCZD 
Rel14 
6DL CA with TDD CA_XAYCZD 

Rel14 
6DL CA with FDDTDD CA_XAYCZD 

3 
CA_XCYCZC 
Rel14 
6DL CA with FDD CA_XCYCZC 
Rel14 
6DL CA with TDD CA_XCYCZC 

Rel14 
6DL CA with FDDTDD CA_XCYCZC 

3 
CA_XAXAYCZC 
Rel14 
6DL CA with FDD CA_XAXAYCZC 
Rel14 
6DL CA with TDD CA_XAXAYCZC 

Rel14 
6DL CA with FDDTDD CA_XAXAYCZC 

3 
CA_XAXAYAZD 
Rel14 
6DL CA with FDD CA_XAXAYAZD 
Rel14 
6DL CA with TDD CA_XAXAYAZD 

Rel14 
6DL CA with FDDTDD CA_XAXAYAZD 

3 
CA_XAXAYAYAZC 
Rel14 
6DL CA with FDD CA_XAXAYAYAZC 
Rel14 
6DL CA with TDD CA_XAXAYAYAZC 

Rel14 
6DL CA with FDDTDD CA_XAXAYAYAZC 

3 
CA_XAXAYAYAZAZA 
Rel14 
6DL CA with FDD CA_XAXAYAYAZAZA 
Rel14 
6DL CA with TDD CA_XAXAYAYAZAZA 

Rel14 
6DL CA with FDDTDD CA_XAXAYAYAZAZA 

4 
CA_XAYAZARD 
Rel14 
6DL CA with FDD CA_XAYAZARD 
Rel14 
6DL CA with TDD CA_XAYAZARD 

Rel14 
6DL CA with FDDTDD CA_XAYAZARD 

4 
CA_XAYAZCRC 
Rel14 
6DL CA with FDD CA_XAYAZCRC 
Rel14 
6DL CA with TDD CA_XAYAZCRC 

Rel14 
6DL CA with FDDTDD CA_XAYAZCRC 

4 
CA_XAYAZAZARC 
Rel14 
6DL CA with FDD CA_XAYAZAZARC 
Rel14 
6DL CA with TDD CA_XAYAZAZARC 

Rel14 
6DL CA with FDDTDD CA_XAYAZAZARC 

4 
CA_XAYAZAZARARA 
Rel14 
6DL CA with FDD CA_XAYAZAZARARA 
Rel14 
6DL CA with TDD CA_XAYAZAZARARA 

Rel14 
6DL CA with FDDTDD CA_XAYAZAZARARA 

5 
CA_XAYAZARASC 
Rel14 
6DL CA with FDD CA_XAYAZARASC 
Rel14 
6DL CA with TDD CA_XAYAZARASC 

Rel14 
6DL CA with FDDTDD CA_XAYAZARASC 

5 
CA_XAYAZARASASA 
Rel14 
6DL CA with FDD CA_XAYAZARASASA 
Rel14 
6DL CA with TDD CA_XAYAZARASASA 

Rel14 
6DL CA with FDDTDD CA_XAYAZARASASA 

6 
CA_XAYAZARASAUA 
Rel14 
6DL CA with FDD CA_XAYAZARASAUA 
Rel14 
6DL CA with TDD CA_XAYAZARASAUA 

Rel14 
6DL CA with FDDTDD CA_XAYAZARASAUA 

Note 1: X, Y, Z, R and S in this table correspond to different bands i.e. X != Y != Z != R != S. Note 2: The band combinations with difference appearance order of bands/subblocks in the band combination string are not distinguished. E.g. CA_XAYAYD represents the set of CA_XAYDYA, YDYAXA, YAXAYD and YAYDXA. 
Table 4.16: 7DL CA Name/Release mapping
Number of Bands 
7CA Band Combinations 
Release for test applicability 
Name 
3 
CA_XAYCZE 
Rel14 
7DL CA with FDDTDD CA_XAYCZE 
4 
CA_XAYAZCRD 
Rel14 
7DL CA with FDDTDD CA_XAYAZCRD 
Note 1: X, Y, Z and R in this table correspond to different bands i.e. X != Y != Z != R. Note 2: The band combinations with difference appearance order of bands/subblocks in the band combination string are not distinguished. E.g. CA_XAYAYD represents the set of CA_XAYDYA, YDYAXA, YAXAYD and YAYDXA Note 3: CA configurations involving downlink only operation in Band 46 are release independent from Rel13 onwards (LAA was introduced in Rel13). The 10 MHz channel bandwidth for Band 46 was introduced in TS 36.101 Rel14 [2] and can be implemented in a release independent way from Rel13. 