12 Performance requirement (ProSe Direct Communication)

36.1013GPPEvolved Universal Terrestrial Radio Access (E-UTRA)Release 18TSUser Equipment (UE) radio transmission and reception

Tools: ARFCN - Frequency Conversion for 5G NR/LTE/UMTS/GSM

This clause contains the performance requirements for the Sidelink physical channels specified for ProSe Direct Communication in TS 36.211 [4].

12.1 General

12.1.1 Applicability of requirements

12.1.1.1 Applicability of requirements for different channel bandwidths

The requirements in this clause are applicable to UEs that support ProSe Direct Communication. Test cases defined for 5MHz channel bandwidth are applicable to UEs that support ProSe Direct Communication on only Band 31.

12.1.1.2 Test coverage for different number of component carriers

For FDD tests specified in 12.8, if corresponding CA tests are tested, the test coverage can be considered fulfilled without executing single carrier tests.

12.1.1.3 Applicability and test rules for different CA configurations and bandwidth combination sets

The performance requirement for CA UE demodulation tests with active Sidelink in Clause 12 are defined independent of CA configurations and bandwidth combination sets specified in Clause 5.6A.1. For UEs supporting different CA configurations and bandwidth combination sets, the applicability and test rules are defined in Table 12.1.1.3-1. For simplicity, CA configuration below refers to combination of CA configuration and bandwidth combination set.

Table 12.1.1.3-1: Applicability and test rules for CA UE demodulation tests with active Sidelink

Tests	CA capability where the tests apply	CA configuration from the selected CA capbility where the tests apply	CA Bandwidth combination to be tested in priority order
CA tests with 2CCs in Clause 12.8	Any one of the supported CA capabilities with largest aggregated CA bandwidth combination	Any one of the supported FDD CA configurations with largest aggregated CA bandwidth combination	Largest aggregated CA bandwidth combination

12.1.2 Reference DRX configuration

Table 12.1.2-1: Reference DRX configuration

Parameter	Value	Comments
onDurationTimer	psf1
drx-InactivityTimer	psf1
drx-RetransmissionTimer	psf1
longDRX-CycleStartOffset	sf2560, 0
shortDRX	disabled
NOTE 1: For further information see clause 6.3.2 in TS 36.331.

12.2 Demodulation of PSSCH

The purpose of the requirements in this subclause is to verify the PSSCH demodulation performance with a single active PSSCH link.

12.2.1 FDD

The minimum requirements are specified in Table 12.2.1-2 with the test parameters specified in Table 12.2.1-1. This test specifies an out-of-coverge scenario where Sidelink UE 1 is the synchronization reference only and Sidelink UE 2 transmits PSCCH and PSSCH.

Table 12.2.1-1: Test Parameters

Parameter		Unit	Test 1
Communication resource pool configuration			As specified in Table A.7.2.1-1 (Configuration #1-FDD)
at antenna port (NOTE 1)		dBm/15kHz	-98
Active cell(s)			None
Sidelink UE 1	Sidelink Transmissions		SLSS + PSBCH
	networkControlledSyncTx		ON
	slssid		30
	inCoverage (in MIB-SL)		FALSE
	syncOffsetIndicator		Set same as syncOffsetIndicator1 in Configuration #1-FDD
	Propagation channel		EPA5
	Antenna configuration		1×2 Low
	at antenna port	dBm/15kHz	-85
Sidelink UE 2	Sidelink Transmissions		PSCCH + PSSCH
	PSCCH RMC		5MHz: CC.3 FDD 10 MHz: CC.4 FDD
	PSCCH subframe allocation		As defined by TS 36.213 with chosen randomly (uniformly) in every sc-period
	PSCCH RB allocation
	of PSCCH at antenna port	dBm/15kHz	-85
	PSSCH RMC		As specificied in Table 12.2.1-2
	PSSCH subframe allocation		As per time repetition pattern specified in PSCCH
	PSSCH RB allocation		First transmission: Chosen randomly (uniformly) among the allowed RBs as per TS36.213 HARQ retransmission: As per frequency hopping indicated in PSCCH and specified in TS36.213
	Time offset (NOTE 2)	μs	+1
	Frequency offset (NOTE 3)	Hz	+200
	Propagation Channel		EVA70
	Antenna configuration		1×2 Low
NOTE 1: Applicable to both DL channel and ProSe Direct Communication Subframes on UL. NOTE 2: Time offset of Sidelink UE 2 receive signal timing with respect to Sidelink UE 1 receive signal timing at the tested UE. NOTE 3: Frequency offset of Sidelink UE 2 with respect to Sidelink UE 1 transmit frequency.

Table 12.2.1-2: Minimum performance

Test num.	Sidelink UE	Band-width	PSSCH Reference channel	Reference value
				Fraction of maximum throughput (%) (NOTE 1)	SNR (dB) of PSSCH
1	2	10 MHz	CD.1 FDD	70	-3.4
		5 MHz		70	-3.3
NOTE 1: The throughput is measured after 40 radio frames of lead time during which the test UE detects and synchronizes to Sidelink UE 1.

12.3 Demodulation of PSCCH

The purpose of the requirements in this subclause is to verify the PSCCH demodulation performance with a single active PSSCH link.

12.3.1 FDD

The minimum requirements are specified in Table 12.3.1-2 with the test parameters specified in Table 12.3.1-1. This test specifies an out-of-coverage scenario where Sidelink UE 1 is the synchronization reference only and Sidelink UE 2 transmits PSCCH and PSSCH.

Table 12.3.1-1: Test Parameters

Parameter		Unit	Test 1
Communication resource pool configuration			As specified in Table A.7.2.1-1 (Configuration #1-FDD)
at antenna port (NOTE 1)		dBm/15kHz	-98
Active cell(s)			None
Sidelink UE 1	Sidelink Transmissions		SLSS + PSBCH
	networkControlledSyncTx		ON
	slssid		30
	inCoverage (in MIB-SL)		FALSE
	syncOffsetIndicator		Set same as syncOffsetIndicator1 in Configuration #1-FDD
	Propagation channel		EPA5
	Antenna configuration		1×2 Low
	at antenna port	dBm/15kHz	-85
Sidelink UE 2	Sidelink Transmissions		PSCCH + PSSCH
	PSCCH RMC		As specified in Table 12.3.1-2
	PSCCH subframe allocation		As defined by TS 36.213 with chosen randomly (uniformly) in every sc-period
	PSCCH RB allocation
	PSSCH RMC		CD.1 FDD
	PSSCH subframe allocation		As per time repetition pattern specified in PSCCH
	PSSCH RB allocation		First transmission: Chosen randomly (uniformly) among the allowed RBs as per TS36.213 HARQ retransmission: As per frequency hopping indicated in PSCCH and specified in TS36.213
	Time offset (NOTE 2)	μs	+1
	Frequency offset (NOTE 3)	Hz	+200
	Propagation Channel		EVA70
	Antenna configuration		1×2 Low
NOTE 1: Applicable to both DL channel and ProSe Direct Communication Subframes on UL. NOTE 2: Time offset of Sidelink UE 2 receive signal timing with respect to Sidelink UE 1 receive signal timing at the tested UE. NOTE 3: Frequency offset of Sidelink UE 2 with respect to Sidelink UE 1 transmit frequency.

Table 12.3.1-2: Minimum performance

Test num.	Sidelink UE	Band-width	PSCCH Reference channel	Reference value
				Probability of missed PSCCH (%) (NOTE 1)	SNR (dB) of PSCCH
1	2	10 MHz	CC.4 FDD	1	4.7
		5 MHz	CC.3 FDD	1	4.8
NOTE 1: The probability is measured after 40 radio frames of lead time during which the test UE detects and synchronizes to Sidelink UE 1.

12.4 Demodulation of PSBCH

The purpose of the requirements in this subclause is to verify the PSBCH demodulation performance with a single active link.

12.4.1 FDD

The minimum requirements are specified in Table 12.4.1-2 with the test parameters specified in Table 12.4.1-1.

Table 12.4.1-1: Test Parameters

Parameter		Unit	Test 1
Communication resource pool configuration			As specified in Table A.7.2.1-1 (Configuration #1-FDD)
at antenna port		dBm/15kHz	-98
Active cell(s)			None
Sidelink UE 1	Sidelink Transmissions		SLSS + PSBCH (CP.1 FDD)
	networkControlledSyncTx		ON
	slssid		30
	inCoverage (in MIB-SL)		FALSE
	syncOffsetIndicator		Set same as syncOffsetIndicator1 in Configuration #1-FDD
	Propagation channel		EPA5
	Antenna configuration		1×2 Low

Table 12.4.1-2: Minimum performance

Test num.	Sidelink UE	Band-width	Reference channel	Reference value
				Probability of missed PSBCH (%) (NOTE 1)	SNR (dB)
1	1	10 MHz	PSBCH (CP.1 FDD)	1	4.4
		5 MHz
NOTE 1: The probability is measured after 40 radio frames of lead time during which the test UE detects and synchronizes to Sidelink UE 1.

12.5 Power imbalance performance with two links

The purpose of this test is to check the demodulation performance when receiving PSSCH transmissions from two Sidelink UEs with power imbalance in one subframe.

12.5.1 FDD

The test parameters in Table 12.5.1-1 specifies an in-coverage scenario where Sidelink UE 1 and 2 are synchronized to Cell 1 and transmit PSSCH on adjacent RBs. The minimum requirements are specified in Table 12.5.1-2.

Table 12.5.1-1: Test Parameters

Parameter			Unit	Test 1
Communication resource pool configuration				As specified in Table A.7.2.1-2 (Configuration #2-FDD)
DRX configuration				As specified in Table 12.1.2-1
at antenna port (Note 3)			dBm/15kHz	-98
Active cell(s)				Cell 1 (Serving cell)
Cell 1	Cyclic prefix			Normal
	Cell ID			0
	Downlink power allocation		dB	0
			dB	0 (NOTE 1)
		σ	dB	0
	OCNG Pattern (Note 2)			OP.1 FDD
	Propagation channel			AWGN
	Antenna configuration			1×2
	RSRP		dBm/15kHz	-92
Active Sidelink UE(s)				Sidelink UE 1, Sidelink UE 2
Sidelink UE 1	Sidelink Transmissions			PSCCH + PSSCH
	PSCCH RMC			5 MHz: CC.1 FDD 10 MHz: CC.2 FDD
	PSCCH subframe allocation			(as defined in TS 36.213)
	PSCCH RB allocation
	of PSCCH at antenna port		dBm/15kHz	-85
	PSSCH RMC			As specified in Table 12.5.1-2
	PSSCH subframe allocation			As per time repetition pattern specified in PSCCH
	PSSCH RB allocation			PRB pairs {4, 5}
	Time offset (NOTE 4)		μs	0
	Frequency offset (NOTE 5)		Hz	0
	Propagation Channel			AWGN
	Antenna configuration			1×2
Sidelink UE 2	Sidelink Transmissions			PSCCH + PSSCH
	PSCCH RMC			5 MHz: CC.1 FDD 10 MHz: CC.2 FDD
	PSCCH subframe allocation			(as defined in TS 36.213)
	PSCCH RB allocation
	of PSCCH at antenna port		dBm/15kHz	-85
	PSSCH RMC			As specified in Table 12.5.1-2
	PSSCH subframe allocation			As per time repetition pattern specified in PSCCH
	PSSCH RB allocation			PRB pairs {6, 7}
	Time offset (NOTE 4)		μs	0
	Frequency offset (NOTE 5)		Hz	0
	Propagation Channel			AWGN
	Antenna configuration			1×2
NOTE 1: . NOTE 2: OCNG is used to fully allocate the available resource blocks to virtual UEs. NOTE 3: Applicable to both DL channel and ProSe Direct Communication Subframes on UL. NOTE 4: The power of PSCCH is set high to ensure reliable reception of PSCCH. NOTE 4: Time offset of Sidelink UE receive signal with respect to Cell 1 downlink timing at the tested UE. NOTE 5: Frequency offset of Sidelink UE with respect to Cell 1 uplink frequency.

Table 12.5.1-2: Minimum performance

Test num.	Band-width	Sidelink UE	PSSCH Reference channel	Reference value
				Fraction of maximum throughput (%)	SNR (dB) of PSSCH
1	5 / 10 MHz	1	CD.5 FDD	(NOTE 1)	24.35
		2	CD.5 FDD	70	2.4
NOTE 1: There is no throughput requirement for Sidelink UE 1.

12.6 Multiple timing reference test

The puporse of this test is to check the PSSCH demodulation performance when receiving from two Sidelink UEs that follow different timing references and transmitting on different resources (non-overalapping in time).

12.6.1 FDD

The test parameters are specified in Table 12.6.1-1. Sidelink UE 2 and the receiver UE under test are associated with Cell 1. Sidelink UE 1 and Sidelink UE 3 are associated with another cell and use a different timing, and Sidelink UE 1 acts as a synchronization reference only. The minimum requirements are specified in Table 12.6.1-2.

Table 12.6.1-1: Test Parameters

Parameter			Unit	Test 1
Communication resource pool configuration				As specified in Table A.7.2.1-3 (Configuration #3-FDD)
DRX configuration				As specified in Table 12.1.2-1
at antenna port (Note 3)			dBm/15kHz	-98
Active cell(s)				Cell 1 (Serving cell)
Cell 1	Cyclic prefix			Normal
	Cell ID			0
	Downlink power allocation		dB	0
			dB	0 (NOTE 1)
		σ	dB	0
	OCNG Pattern ^{NOTE 2}			OP.1 FDD
	Propagation channel			AWGN
	Antenna configuration			1×2
	RSRP		dBm/15kHz	-92
Active Sidelink UE(s)				Sidelink UE 1, Sidelink UE 2, Sidelink UE 3
Sidelink UE 1	Sidelink Transmissions			SLSS + PSBCH
	networkControlledSyncTx			ON
	slssid			30
	inCoverage (in MIB-SL)			TRUE
	syncOffsetIndicator			Set same as syncOffsetIndicator in Configuration #3-FDD
	Time offset (NOTE 5)		ms	+12.51 ms
	Frequency offset (NOTE 6)		Hz	-100 Hz
	Propagation channel			EPA5
	Antenna configuration			1×2 Low
	at antenna port		dBm/15kHz	-85
Sidelink UE 2	Sidelink Transmissions			PSCCH + PSSCH
	Resource pool			commRxPool(0)
	PSCCH RMC			5MHz: CC.1 FDD 10 MHz: CC.2 FDD (NOTE 5)
	PSCCH subframe allocation			As defined by TS 36.213 with chosen randomly (uniformly) in every sc-period
	PSCCH RB allocation
	of PSCCH at antenna port		dBm/15kHz	-85
	PSSCH RMC			As specified in Table 12.6.1-2
	PSSCH subframe allocation			As per time repetition pattern specified in PSCCH
	PSSCH RB allocation			First transmission: Chosen randomly (uniformly) among the allowed RBs as per TS36.213 HARQ retransmission: As per frequency hopping indicated in PSCCH and specified in TS36.213
	Time offset (NOTE 4, 5)			PSCCH: +1μsPSSCH: +1μs – 288T_s
	Frequency offset (NOTE 6)		Hz	+200
	Propagation Channel			EVA70
	Antenna configuration			1×2 Low
Sidelink UE 3	Sidelink Transmissions			PSCCH + PSSCH
	Resource pool			commRxPool(1)
	PSCCH RMC			5MHz: CC.5 FDD 10 MHz: CC.6 FDD
	PSCCH subframe allocation			As defined by TS 36.213 with chosen randomly (uniformly) in every sc-period
	PSCCH RB allocation
	of PSCCH at antenna port		dBm/15kHz	-85
	PSSCH RMC			As specified in Table 12.6.1-2
	PSSCH subframe allocation			As per time repetition pattern specified in PSCCH
	PSSCH RB allocation			First transmission: Chosen randomly (uniformly) among the allowed RBs as per TS36.213 HARQ retransmission: As per frequency hopping indicated in PSCCH and specified in TS36.213
	Time offset (NOTE 5)		ms	+12.509
	Frequency offset (NOTE 6)		Hz	+300
	Propagation Channel			EVA70
	Antenna configuration			1×2 Low
NOTE 1: . NOTE 2: OCNG is used to fully allocate the available resource blocks to virtual UEs. NOTE 3: Applicable to both DL channel and ProSe Direct Communication Subframes on UL. NOTE 4: Timing advance indication in PSSCH is set as 18 (=288T_s) in this test. PSSCH timing is advanced with respect to PSCCH timing by the quantity (i.e., PSSCH timing shall be +1μs – 288T_sin this test). NOTE 5: Time offset of Sidelink UE receive signal with respect to Cell 1 downlink timing at the tested UE. NOTE 6: Frequency offset of Sidelink UE with respect to Cell 1 uplink frequency.

Table 12.6.1-2: Minimum performance

Test num.	Band-width	Sidelink UE	PSSCH Reference channel	Reference value
				Fraction of maximum throughput (%) (NOTE 1)	SNR (dB)
1	10 MHz	2	CD.4 FDD	70	3.0
		3	CD.2 FDD	70	2.8
	5 MHz	2	CD.3 FDD	70	2.9
		3	CD.2 FDD	70	2.8
NOTE 1: The throughput is measured after 40 radio frames of lead time during which the test UE detects and synchronizes to Sidelink UE 1.

12.7 Maximum Sidelink processes test

The purpose of this test is to verify the maximum number of Sidelink processes and the maximum number of bits per TTI supported by the UE.

12.7.1 FDD

The test parameters are specified in Table 12.7.1-1. Multiple communication resource pools are interleaved. Each active Sidelink UE transmits in one of the resource pools with 3 retransmissions. The minimum requirements are specified in Table 12.7.1-2.

Table 12.7.1-1: Test Parameters

Parameter			Unit	Test 1
Communication resource pool configuration				As specified in Table A.7.2.1-4 (Configuration #4-FDD)
DRX configuration				As specified in Table 12.1.2-1
Active cell(s)				Cell 1 (Serving cell)
Cell 1	Cyclic prefix			Normal
	Cell ID			0
	Downlink power allocation		dB	0
			dB	0 (NOTE 1)
		σ	dB	0
	OCNG Pattern (Note 2)			OP.1 FDD
	Propagation channel			Static propagation condition No external noise sources are applied
	Antenna configuration			1×2
	RSRP		dBm/15kHz	-85
Active Sidelink UE(s)				Sidelink UE i, 0 ≤ i ≤ 15
Sidelink UE i, 0 ≤ i ≤ 15	Sidelink Transmissions			PSCCH + PSSCH
	Resource pool			commRxPool()
	PSCCH RMC			5MHz: CC.1 FDD with I_TRP=i%8 (NOTE 3) 10 MHz: CC.2 FDD with I_TRP= i%8 (NOTE 3)
	PSCCH subframe allocation			As defined by TS 36.213 with = i
	PSCCH RB allocation
	PSSCH RMC			As specified in Table 12.7.1-2
	PSSCH subframe allocation			As per time repetition pattern specified in PSCCH
	PSSCH RB allocation			Fully allocated
	Time offset (NOTE 4)		μs	0
	Frequency offset (NOTE 5)		Hz	0
	Propagation Channel			Static propagation condition No external noise sources are applied
	Antenna configuration			1×2 Low
NOTE 1: . NOTE 2: OCNG is used to fully allocate the available resource blocks to virtual UEs. NOTE 3: For N_TRP = 8 (FDD) and trpt-Subset = 001, I_TRP = 0 corresponds to a time repetition pattern of (1,0,0,0,0,0,0,0), I_TRP = 1 corresponds to a time repetition pattern of (0,1,0,0,0,0,0,0), etc. NOTE 4: Time offset of Sidelink UE receive signal with respect to Cell 1 downlink timing at the tested UE. NOTE 5: Frequency offset of Sidelink UE with respect to Cell 1 uplink frequency.

Table 12.7.1-2: Minimum performance

Test num.	Bandwidth	PSCCH Reference channel	at antenna port (dBm/15kHz)	Reference value for Sidelink UE i=0…15
				Fraction of maximum throughput (%)
1	10 MHz	CD.7 FDD	-85	95
	5 MHz	CD.6 FDD	-85	95

12.8 Sustained downlink data rate with active Sidelink

The purpose of this test is to verify the downlink data rate is not impacted when Sidelink resource are also configured. The test parameters are in Table 12.8.1-1. Cell 1 is the serving cell and UE 1 and UE 2 are transmitters of Prose Direct Communication. The test UE is expected to receive all PDSCH transmissions, and prioritize the transmission of ACK/NACK over the reception of UE 2’s PSSCH.

The test cases apply to UE categories and bandwidth combinations with maximum aggregated bandwidth as specified in Table 12.8.1-2. The minimum requirements are specified in Table 12.8.1-3. The TB success rate in the cellular link shall be sustained during at least 300 frames.

Table 12.8.1-1: Test parameters for sustained downlink data rate (FDD 64QAM) with active Sidelink

Parameter		Unit	Test 1, 2, 3A, 3B, 4A, 6C
Communication resource pool configuration^{Note 5}			As specified in Table A.7.2.1-5 (Configuration #5-FDD)
Active cell(s)			Cell 1 (PCell) Cell 2 (SCell) for Test 3B, 4A, 6C
Cell 1	Test parameters		As specified in clause 8.7.1: Table 8.7.1-1 and Test 1, 2, 3A , 3B, 4A, 6C in Table 8.7.1-2
Active Sidelink UE(s)			Sidelink UE 1, Sidelink UE 2
Sidelink UE 1	Sidelink Transmissions		PSCCH + PSSCH
	PSCCH RMC		10 MHz: CC.2 FDD with I_TRP=0 (NOTE 1)
	PSCCH subframe allocation		As defined by TS 36.213 with = 0
	PSCCH RB allocation		As defined by TS 36.213 with = 0
	PSSCH RMC		10 MHz: CD.7 FDD
	PSSCH subframe allocation		As per time repetition pattern specified in PSCCH
	PSSCH RB allocation		Fully allocated
	Time offset (NOTE 3)	μs	0
	Frequency offset (NOTE 4)	Hz	0
	Propagation Channel		Static propagation condition No external noise sources are applied
	Antenna configuration		1×2 Low
	at antenna port	dBm/15kHz	-85
Sidelink UE 2	Sidelink Transmissions		PSCCH (NOTE 2)
	PSCCH RMC		10 MHz: CC.2 FDD with I_TRP=1 (NOTE 1)
	PSCCH subframe allocation		As defined by TS 36.213 with = 1
	PSCCH RB allocation		As defined by TS 36.213 with = 1
	Time offset (NOTE 3)	μs	0
	Frequency offset (NOTE 4)	Hz	0
	Propagation Channel		Static propagation condition No external noise sources are applied
	Antenna configuration		1×2 Low
	at antenna port	dBm/15kHz	-85
NOTE 1: For N_TRP = 8 (FDD) and trpt-Subset = 001, I_TRP = 0 corresponds to a time repetition pattern of (1,0,0,0,0,0,0,0), I_TRP = 1 corresponds to a time repetition pattern of (0,1,0,0,0,0,0,0). NOTE 2: Sidelink UE 2 transmits PSCCH but not PSSCH. NOTE 3: Time offset of Sidelink UE receive signal with respect to Cell 1 downlink timing at the tested UE. NOTE 4: Frequency offset of Sidelink UE with respect to Cell 1 uplink frequency. NOTE 5: Sidelink Communication resources are configured on the primary serving cell.

Table 12.8.1-2: Test cases for sustained data rate

CA config	Maximum supported Bandwidth/ Bandwidth combination (MHz)	Cat. 1	Cat. 2	Cat. 3	Cat. 4	Cat. 6,7	Cat. 9,10	Cat 11, 12	DL Cat. 15
CA config	Maximum supported Bandwidth/ Bandwidth combination (MHz)	Cat. 1	Cat. 2	Cat. 3	Cat. 4	Cat. 6,7	Cat. 9,10	DL Cat. 11,12	DL Cat. 15
Single carrier	10	1	2	3A	3A	3A	3A	3A	3A
CA with 2CCs (Note1)	10+10	–	–	3B	4A	4A	4A	4A	4A
CA with 2CCs (Note1)	10+20	–	–	3B	4A	6C	6C	6C	6C
NOTE 1: Sidelink operation is configured on PCC

Table 12.8.1-3: Minimum requirements (FDD 64QAM) with active Sidelink

Test	Bandwidth (MHz)	Number of bits of a DL-SCH transport block received within a TTI	Measurement channel	Reference value
Test			Measurement channel	PDSCH TB success rate (%)
1	10	10296	R.31-1 FDD (NOTE 2)	95
2	10	25456	R.31-2 FDD (NOTE 2)	95
3A	10	36696 (NOTE 1)	R.31-3A FDD (NOTE 2)	85
3B	10+10	25456	R.31-2 FDD (NOTE 2)	95
4A	10+10	75376 (NOTE 3)	R.31-4 FDD (NOTE 2)	85
6C	10+20	36696 (NOTE 1) for 10MHz CC 75376 (NOTE 3) for 20MHz CC	R.31-3A FDD for 10MHz CC R.31-4 FDD for 20MHz CC	85
NOTE 1: 35160 bits for sub-frame 5. NOTE 2: PDSCH scheduling pattern is changed as per the following bitmap that repeats every 40ms, and applies to all the serving cells.. PDSCH scheduling subframe bitmap = {01110111 11110111 11110111 11110111 11111110}. NOTE 3: 71112 bits for sub-frame 5.