AC-to-ASC mapping table

MP

maxASCmap

>AC-to-ASC mapping

MP

Integer(0…7)

Mapping of Access Classes to Access Service Classes (see subclause 8.5.13.)

Channelisation code

MP

Integer(0..255)

SF is fixed and equal to 256

STTD indicator

MP

STTD Indicator 10.3.6.78

AICH transmission timing

MP

Enumerated (0, 1)

See parameter AICH_Transmission_Timing in [26]

AICH Power offset

MP

Integer(-22..+5)

Offset in dB

Allocation Activation Time

MP

Integer (0..255)

Start the allocation period at the given CFN.

Allocation Duration

MP

Integer (1..256)

Total number of frames for the allocation period.

Alpha Value

MP

Enumerated(0, 1/8, 2/8, 3/8, 4/8, 5/8, 6/8, 7/8, 1)

CHOICE mode

MP

>FDD

>>Available signature Start Index

MP

Integer(0..15)

>>Available signature End Index

MP

Integer(0..15)

>>Assigned Sub-Channel Number

MP

Bit string(4)

This IE defines the subchannel assignment as specified in 8.6.6.29.

The first/leftmost bit of the bit string contains the most significant bit of the Assigned Sub-Channel Number..

>TDD

>>CHOICE TDD option

MP

REL-4

>>>3.84 Mcps TDD

REL-4

>>>>Available Channelisation codes indices

MD

Bit string(8)

Each bit indicates availability of a channelisation code index, where the channelisation code indices are numbered "channelisation code index 0" to "channelisation code index 7". The value 1 of a bit indicates that the channelisation code index is available for the ASC this IE is associated to. The value 0 of a bit indicates that the channelisation code index is not available for the ASC this IE is associated to. Default is that all channelisation codes defined in PRACH Info are available.

>>>7.68 Mcps TDD

REL-7

>>>>Available Channelisation codes indices

MD

Bit string(16)

Each bit indicates availability of a channelisation code index, where the channelisation code indices are numbered "channelisation code index 0" to "channelisation code index 15". The value 1 of a bit indicates that the channelisation code index is available for the ASC this IE is associated to. The value 0 of a bit indicates that the channelisation code index is not available for the ASC this IE is associated to. Default is that all channelisation codes defined in PRACH Info are available.

REL-7

>>>1.28 Mcps TDD

REL-4

>>>>Available SYNC_UL codes indices

MD

Bit string(8)

Each bit indicates availability of a SYNC_UL code index, where the SYNC_UL code indices are numbered "SYNC_UL code index 0" to "SYNC_UL code index 7". The value 1 of a bit indicates that the SYNC_UL code index is available for the ASC this IE is associated to. The value 0 of a bit indicates that the SYNC_UL code index is not available for the ASC this IE is associated to. Default is that all SYNC_UL codes defined in SYNC_UL Info are available.

REL-4

>>CHOICE subchannel size

MP

>>>Size1

>>>>Available Subchannels

MP

null

Indicates that all Subchannels are available

>>>Size2

>>>>Available Subchannels

MD

Bit string (2)

NOTE

>>>Size4

>>>>Available Subchannels

MD

Bit string (4)

NOTE

>>>Size8

>>>>Available Subchannels

MD

Bit string (8)

NOTE

>>>Size16

>>>>Available Subchannels

MD

Bit string (16)

NOTE

TFCS Identity

OP

Transport Format Combination Set Identity 10.3.5.21

TFCS Identity of this CCTrCH. Default value is 1.

Uplink DPCH power control info

MP

Uplink DPCH power control info 10.3.6.91

Burst type

MP

Enumerated (Type1, Type2)

Identifies the channel in combination with the Midamble shift and slot number.

It is not used in 1.28 Mcps TDD and may be set to either value. This IE should be ignored by the receiver.

Midamble Shift

MP

Integer (0…15)

Time Slot

MP

Timeslot number

10.3.6.84

This IE is present only if no IPDL scheme is configured in the reference cell. Otherwise the slot is defined by the IPDL configuration.

Cell parameters ID

MP

Cell parameters ID 10.3.6.9

Identifies the cell

Cell parameter Id

MP

Integer(0..127)

UL interference for common E-DCH

OP

UL interference 10.3.6.87

REL-8

Common E-DCH MAC-d flows

MP

Common E-DCH MAC-d flows 10.3.5.3b

REL-8

CHOICE mode

MP

REL-8

>FDD

REL-8

>>PRACH preamble control parameters (for Enhanced Uplink)

MP

PRACH preamble control parameters (for Enhanced Uplink) 10.3.6.54a

Control parameters of the physical signal.

REL-8

>>Initial Serving grant value

MP

Integer (0..37)

(0..37) indicates E-DCH serving grant index as defined in [15].

REL-8

>>E-DCH Transmission Time Interval

MP

Enumerated

(2,10)

Unit is ms.

REL-8

>>E-AGCH Info

MP

E-AGCH Info 10.3.6.100

REL-8

>>HARQ info for E-DCH

MP

HARQ info for E-DCH 10.3.5.7d

REL-8

>>Uplink DPCH power control info

MP

Uplink DPCH power control info for Common E-DCH 10.3.6.91a

REL-8

>>E-DPCCH info

MP

E-DPCCH Info 10.3.6.98

REL-8

>>E-DPDCH info

MP

E-DPDCH info 10.3.6.99

REL-8

>>F-DPCH TPC command error rate target

MP

Real (0.01..0.1 by step of 0.01).

Downlink F-DPCH information. The actual value of dl-FDPCH-TPCcommandErrorRate = IE value * 0.01

REL-8

>>Additional E-DCH transmission back off

MP

Integer (0..15)

In terms of TTIs.

REL-8

>>Maximum E-DCH resource allocation for CCCH

MP

Enumerated (8, 12, 16, 20, 24, 32, 40, 80)

In terms of TTIs.

REL-8

>>Maximum period for collision resolution phase

MP

Integer (8..24)

In terms of TTIs.

REL-8

>>E-DCH transmission continuation back off

MP

Enumerated (0, 4, 8, 16, 24, 40, 80, infinity)

In terms of TTIs. If set to "infinity", implicit common E-DCH resource release is disabled.

REL-8

>>ACK/NACK support on HS-DPCCH

MP

Boolean

TRUE indicates that HS-DPCCH shall be used when a common E-DCH resource is allocated to the UE for DTCH/DCCH transmission after collision resolution. FALSE indicates that HS-DPCCH shall not be used

REL-8

>>Measurement Feedback Info

OP

Measurement Feedback Info 10.3.6.40a

REL-8

>>Common E-DCH Resource Configuration information list

MP

1 to <maxEDCHs>

REL-8

>>>Soffset

MD

Integer(0..9)

(0..9) indicates symbol offset as defined in [26]

NOTE3

REL-8

>>>F-DPCH Code number

CV-Short

Integer (0..255)

If this IE is not present, the value is equal to the last occurrence of this IE.

REL-8

>>>E-RGCH Information

OP

E-RGCH Info for Common E-DCH

10.3.6.123

REL-8

>>>E-HICH info

MP

E-HICH info for Common E-DCH 10.3.6.124

REL-8

>>>Uplink DPCH code info

MP

Uplink DPCH code info for Common E-DCH 10.3.6.87b

REL-8

>TDD

REL-8

>>CHOICE TDD option

MP

REL-8

>>>7.68 Mcps TDD

NULL

REL-8

>>>3.84 Mcps TDD

NULL

REL-8

>>>1.28 Mcps TDD

REL-8

>>>>E-RUCCH Info

MP

E-RUCCH Info 1.28 Mcps TDD

10.3.6.103a

REL-8

>>>>E-PUCH info

MP

E-PUCH Info 1.28 Mcps TDD 10.3.6.104a

Note1

REL-8

>>>>E-HICH info

MP

E-HICH info 1.28 Mcps TDD 10.3.6.101a

Note1

REL-8

>>>>E-AGCH Info

MP

E-AGCH Info 1.28 Mcps TDD 10.3.6.100a

Note1

REL-8

>>>>HARQ info for E-DCH

MP

HARQ info for E-DCH 10.3.5.7d

REL-8

>>>>CCCH transmission info

MP

Note2

REL-8

>>>>>Common E-RNTI info

MP

Common E-RNTI info

10.3.3.7a

REL-8

>>>>>HARQ maximum number of retransmissions

MP

Integer (0..7)

REL-8

>>>>>HARQ retransmission timer

MP

Enumerated (10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, 100, 110, 120, 140, 160)

Unit: ms

REL-8

>>>>>HARQ power offset

MP

Integer(0..6)

REL-8

NOTE3: The default value is defined by:
Soffset = (offset+common E-DCH resource list position) mod 10
where "offset" is the value of the last instance of the IE "Soffset". If the IE "Soffset" was not present in the first occurrence, "offset" is equal to zero.
"common E-DCH resource list position" indicates the Common E-DCH resource Configuration Information number by order of appearance. The value of the "common E-DCH resource list position" is zero for the first occurrence.

Short

This IE is mandatory present for the first occurrence. Otherwise, this IE is optional.

2^nd interleaving mode

MD

Enumerated(Frame, Timeslot)

Frame timeslot related interleaving. Default value is "Frame"

TFCI coding

MD

Integer(4,8,16,32)

Describes the amount of bits for the TFCI bits code word as described in [31].

Defaults is no TFCI bit:

In case of 8 PSK in 1.28Mcps TDD:

4 corresponds to 6 TFCI code word bits.
8 corresponds to 12 TFCI code word bits.
16 corresponds to 24 TFCI code word bits.
32 corresponds to 48 TFCI code word bits.

Puncturing limit

MP

Real(0.40..1.0 by step of 0.04)

Repetition period

MD

Integer(1, 2,4,8,16,32,64)

Default is continuous allocation. Value 1 indicate continuous

Repetition length

MP

Integer(1.. Repetition period –1 )

NOTE: This is empty if repetition period is set to 1.

2^nd interleaving mode

MD

Enumerated(Frame, Timeslot)

Frame timeslot related interleaving. Default value is "Frame"

TFCI coding

MD

Integer(4,8,16,32)

Describes the amount of bits for the TFCI bits code word as described in [31].

Defaults is no TFCI bit:

In case of 8 PSK in 1.28Mcps TDD:

4 corresponds to 6 TFCI code word bits.
8 corresponds to 12 TFCI code word bits.
16 corresponds to 24 TFCI code word bits.
32 corresponds to 48 TFCI code word bits.

Puncturing limit

MP

Real(0.40..1.0 by step of 0.04)

Constant value

MP

Integer (-35..-10)

In dB

TDD Constant value

MP

Integer (-35..+10)

In dB

CHOICE mode

>FDD

>>Default DPCH Offset Value (DOFF)

MP

Integer (0..306688 by step of 512)

Number of chips=.

0 to 599 time 512 chips, see [10].

>TDD

>>Default DPCH Offset Value (DOFF)

MP

Integer(0..7)

Number of frames; See [10]

CHOICE codes representation

MP

>Consecutive codes

>>First channelisation code

MP

Enumerated (

(16/1)…(16/16))

If a TFCI exists in this timeslot, it is mapped to the channelisation code as defined in [30].

>>Last channelisation code

MP

Enumerated (

(16/1)…(16/16))

If this is the same as First channelisation code, only one code is used by the physical layer.

>Bitmap

>>Channelisation codes bitmap

MP

Bit string( chCode16-SF16, chCode15-SF16, chCode14-SF16, chCode13-SF16, chCode12-SF16, chCode11-SF16, chCode10-SF16, chCode9-SF16, chCode8-SF16, chCode7-SF16, chCode6-SF16, chCode5-SF16, chCode4-SF16, chCode3-SF16, chCode2-SF16, chCode1-SF16

) SIZE (16)

Each bit indicates the availability of a channelisation code for SF16, where the channelisation codes are numbered as channelisation code 1 (SF16) to channelisation code 16 (SF16). (For SF 16, a 1 in the bitmap means that the corresponding code is used, a 0 means that the corresponding code is not used.)

If all bits are set to zero, SF 1 shall be used.

For dedicated MBSFN frequency timeslot, if the first half in the bit pattern is set to 1010101000000000, the first channelisation code with SF 2 shall be used; if the second half of bit pattern is set to 0000000010101010, the second channelisation code with SF 2 shall be used; if all bits are set to 1010101010101010, both the first and second channelisation codes with SF2 shall be used.

CHOICE codes representation

MP

REL-7

>Consecutive codes

REL-7

>>First channelisation code

MP

Enumerated (

(32/1)…(32/32))

If a TFCI exists in this timeslot, it is mapped to the channelisation code as defined in [30].

REL-7

>>Last channelisation code

MP

Enumerated (

(32/1)…(32/32))

If this is the same as First channelisation code, only one code is used by the physical layer.

REL-7

>Bitmap

REL-7

>>Channelisation codes bitmap

MP

Bit string(32)

Each bit indicates the availability of a channelisation code for SF32, where the channelisation codes are numbered as channelisation code 1 (SF32) to channelisation code 32 (SF32). (For SF 32, a 1 in the bitmap means that the corresponding code is used, a 0 means that the corresponding code is not used.)

If all bits are set to zero, SF 1 shall be used.

REL-7

Timing Indication

MP

Enumerated(Initialise, Maintain)

NOTE

Timing maintained Synchronization indicator

CV-Synch

Enumerated (FALSE)

FALSE indicates that no synchronisation procedure shall be performed for timing maintained inter-frequency hard handover [29]. Absence of this element means that the synchronization procedure A shall be used.

REL-6

Downlink DPCH power control information

OP

Downlink DPCH power control information 10.3.6.23

MAC-d HFN initial value

CV-Message

Bit string(24)

REL-4

CHOICE mode

MP

>FDD

>>Power offset P _Pilot-DPDCH

MP

Integer(0..24)

Power offset equals P_Pilot – P_DPDCH, range 0..6 dB, in steps of 0.25 dB

>>Downlink rate matching restriction information

OP

Downlink rate matching restriction information 10.3.6.31

If this IE is set to "absent", no Transport CH is restricted in TFI.

>>Spreading factor

MP

Integer(4, 8, 16, 32, 64, 128, 256, 512)

>>Fixed or Flexible Position

MP

Enumerated (Fixed, Flexible)

>>TFCI existence

MP

Boolean

TRUE indicates that TFCI is used. When spreading factor is less than or equal to 64, FALSE indicates that TFCI is not used and therefore DTX is used in the TFCI field.

>>CHOICE SF

MP

>>>SF = 256

>>>>Number of bits for Pilot bits

MP

Integer (2,4,8,

In bits

0)

In bits. For FDD only.

NOTE 2.

REL-12

>>>SF = 128

>>>>Number of bits for Pilot bits

MP

Integer(4,8,

In bits

0)

In bits. For FDD only.

REL-12

>>>Otherwise

(no data). In ASN.1 choice "Otherwise" is not explicitly available as all values are available, it is implied by the use of any value other than 128 or 256.

>TDD

(no data)

SF=128

"Spreading factor" is set to 128

SF=256

"Spreading factor" is set to 256

Otherwise

"Spreading factor" is set to a value distinct from 128 and 256

Message

This IE is not needed if the IE "Downlink DPCH info common for all RL" is included in RRC CONNECTION SETUP or HANDOVER TO UTRAN COMMAND messages. Otherwise it is optional.

Synch

The IE is not needed in the CELL UPDATE CONFIRM, HANDOVER TO UTRAN COMMAND and the RRC CONNECTION SETUP messages or if the IE "Timing Indication" is set to "Initialise" or if the IE “Frequency Info” is not included. Otherwise, it is optional.

Downlink DPCH power control information

OP

Downlink DPCH power control information 10.3.6.23

>>Spreading factor

MP

Integer(4, 8, 16, 32, 64, 128, 256, 512)

Defined in CHOICE SF512-Andpilot with "number of its for pilot bits" in ASN.1

>>Fixed or Flexible Position

MP

Enumerated (Fixed, Flexible)

>>TFCI existence

MP

Boolean

TRUE indicates that TFCI is used. When spreading factor is less than or equal to 64, FALSE indicates that TFCI is not used and therefore DTX is used in the TFCI field.

>>CHOICE SF

MP

>>>SF = 256

>>>>Number of bits for Pilot bits

MP

Integer (2,4,8)

In bits

>>>SF = 128

>>>>Number of bits for Pilot bits

MP

Integer(4,8)

In bits

>>>Otherwise

(no data)

>TDD

>>Common timeslot info

MP

Common Timeslot Info 10.3.6.10

SF=128

"Spreading factor" is set to 128

SF=256

"Spreading factor" is set to 256

Otherwise

"Spreading factor" is set to a value distinct from 128 and 256

CHOICE mode

MP

>FDD

>>Primary CPICH usage for channel estimation

MP

Primary CPICH usage for channel estimation 10.3.6.62

>>DPCH frame offset

MP

Integer(0..38144 by step of 256)

Offset (in number of chips) between the beginning of the P-CCPCH frame and the beginning of the DPCH frame

This is called _DPCH,n in [26]

>>Secondary CPICH info

OP

Secondary CPICH info 10.3.6.73

>>DL channelisation code

MP

1 to <maxDPCH-DLchan>

For the purpose of physical channel mapping [27] the DPCHs are numbered, starting from DPCH number 1, according to the order that they are contained in this IE.

>>>Secondary scrambling code

MD

Secondary scrambling code 10.3.6.74

Default is the same scrambling code as for the Primary CPICH

>>>Spreading factor

MP

Integer(4, 8, 16, 32, 64, 128, 256, 512)

Defined in CHOICE SF512-AndCodenumber with "code number" in ASN.1.

>>>Code number

MP

Integer(0..Spreading factor – 1)

>>>Scrambling code change

CH-SF/2

Enumerated (code change, no code change)

Indicates whether the alternative scrambling code is used for compressed mode method ‘SF/2’.

>>TPC combination index

MP

TPC combination index 10.3.6.85

>>Power offset P_TPC-DPDCH

OP

Integer (0..24)

Power offset equals P_TPC– P_DPDCH, range 0..6 dB, in steps of 0.25 dB

REL-5

>>Power offset PO_SRB

OP

Integer (0..24)

Power offset to be applied under conditions defined in [29]. Range 0..6dB in steps of 0.25dB.

REL-12

>>Closed loop timing adjustment mode

CH-TxDiversity Mode

Integer(1, 2)

It is present if Tx Diversity is used in the radio link.

>1.28 Mcps TDD or 3.84 Mcps TDD

>>DL CCTrCh List

OP

1..<maxCCTrCH>

DL physical channels to establish or reconfigure list.

>>>TFCS ID

MD

Integer(1..8)

Identity of this CCTrCh.

Default value is 1

>>>Time info

MP

Time Info 10.3.6.83

>>>Common timeslot info

MD

Common Timeslot Info 10.3.6.10

Default is the current Common timeslot info

>>>Downlink DPCH timeslots and codes

MD

Downlink Timeslots and Codes 10.3.6.32

Default is to use the old timeslots and codes.

>>>UL CCTrCH TPC List

MD

0..<maxCCTrCH>

UL CCTrCH identities for TPC commands associated with this DL CCTrCH. Default is previous list or all defined UL CCTrCHs.

This list is not required for 1.28 Mcps TDD and is to be ignored by the UE.

>>>>UL TPC TFCS Identity

MP

Transport Format Combination Set Identity 10.3.5.21

>>DL CCTrCH List to Remove

OP

1..<maxCCTrCH>

DL physical channels to remove list.

>>>TFCS ID

MP

Integer(1..8)

>7.68 Mcps TDD

CV-Message

REL-7

>>DL CCTrCh List

OP

1..<maxCCTrCH>

DL physical channels to establish or reconfigure list.

REL-7

>>>TFCS ID

MD

Integer(1..8)

Identity of this CCTrCh.

Default value is 1

REL-7

>>>Time info

MP

Time Info 10.3.6.83

REL-7

>>>Common timeslot info

MD

Common Timeslot Info 10.3.6.10

Default is the current Common timeslot info

REL-7

>>>Downlink DPCH timeslots and codes VHCR

MD

Downlink Timeslots and Codes VHCR 10.3.6.32a

Default is to use the old timeslots and codes.

REL-7

>>>UL CCTrCH TPC List

MD

0..<maxCCTrCH>

UL CCTrCH identities for TPC commands associated with this DL CCTrCH. Default is previous list or all defined UL CCTrCHs.

This list is not required for 1.28 Mcps TDD and is to be ignored by the UE.

REL-7

>>>>UL TPC TFCS Identity

MP

Transport Format Combination Set Identity 10.3.5.21

REL-7

>>DL CCTrCH List to Remove

OP

1..<maxCCTrCH>

DL physical channels to remove list.

REL-7

>>>TFCS ID

MP

Integer(1..8)

REL-7

SF/2

The information element is mandatory present if the UE has a compressed mode pattern sequence configured in variable TGPS_IDENTITY or included in the message including IE "Downlink DPCH info for each RL", which is using compressed mode method "SF/2". Otherwise the IE is not needed.

TxDiversity Mode

This IE is mandatory present if any TX Diversity Mode is used on the radio link, i.e. if STTD or "closed loop mode 1" is used on the radio link. Otherwise the IE is not needed.

Message

This CHOICE is not needed in the ACTIVE SET UPDATE message, otherwise it is optional.

CHOICE mode

MP

>FDD

>>Primary CPICH usage for channel estimation

MP

Primary CPICH usage for channel estimation 10.3.6.62

>>Secondary scrambling code

MD

Secondary scrambling code 10.3.6.74

Default is the same scrambling code as for the Primary CPICH

>>CHOICE Spreading factor

MP

Integer(4, 8, 16, 32, 64, 128, 256, 512)

Defined in CHOICE SF512-AndCodenumber with "code number" in ASN.1.

>>Code number

MP

Integer(0.. Spreading factor – 1)

>>Scrambling code change

CH-SF/2

Enumerated (code change, no code change)

Indicates whether the alternative scrambling code is used for compressed mode method ‘SF/2’.

>>TPC combination index

MP

TPC combination index 10.3.6.85

>1.28 Mcps TDD or 3.84 Mcps TDD

>>Downlink DPCH timeslots and codes

MP

Downlink Timeslots and Codes 10.3.6.32

>7.68 Mcps TDD

REL-7

>>Downlink DPCH timeslots and codes VHCR

MP

Downlink Timeslots and Codes VHCR 10.3.6.32a

REL-7

SF/2

The information element is mandatory present if the UE has a compressed mode pattern sequence configured in variable TGPS_IDENTITY or included in the message including IE "Downlink DPCH info for each RL Post", which is using compressed mode method "SF/2". Otherwise the IE is not needed.

CHOICE mode

MP

>FDD

>>DPC Mode

MP

Enumerated (Single TPC, TPC triplet in soft)

"Single TPC" is DPC_Mode=0 and "TPC triplet in soft" is DPC_mode=1 in [29].

>TDD

>>TPC Step Size

OP

Integer

(1, 2, 3)

In dB

Timing Indication

MP

Enumerated (Initialise, Maintain)

REL-6

Timing maintained Synchronization indicator

CV-Synch

Enumerated (FALSE)

FALSE indicates that no synchronisation procedure shall be performed for timing maintained inter-frequency hard handover [29]. Absence of this element means that the synchronization procedure A shall be used.

REL-6

Downlink F-DPCH power control information

OP

Downlink DPCH power control information 10.3.6.23

REL-6

TPC command error rate target

MP

Real (0.01..0.1 by step of 0.01)

REL-6

Synch

The IE is not needed in the CELL UPDATE CONFIRM, HANDOVER TO UTRAN COMMAND and the RRC CONNECTION SETUP messages or if the IE "Timing Indication" is set to "Initialise" or if the IE “Frequency Info” is not included.

Otherwise, it is optional.

Primary CPICH usage for channel estimation

MP

Primary CPICH usage for channel estimation 10.3.6.62

REL-6

F-DPCH frame offset

MP

Integer (0..38144 by step of 256)

Offset (in number of chips) between the beginning of the P-CCPCH frame and the beginning of the F-DPCH frame

This is called _F-DPCH,n in [26]

REL-6

F-DPCH slot format

OP

Integer (0..9 by steps of 1)

Slot format used by F-DPCH in [26]. Absence of this element means that slot format 0 is applied.

REL-7

Secondary CPICH info

OP

Secondary CPICH info 10.3.6.73

REL-6

Secondary scrambling code

MD

Secondary scrambling code 10.3.6.74

Default is the same scrambling code as for the Primary CPICH

REL-6

Code number

MP

Integer (0..255)

REL-6

TPC combination index

MP

TPC combination index 10.3.6.85

REL-6

STTD indication

CV-NoHOtoUTRAN

Enumerated (TRUE)

This IE shall be set to TRUE when STTD is used. Absence of this element means STTD is not used.

REL-6

Power Control Algorithm 3

CV-Message

Power Control Algorithm 3 10.3.6.153

REL-13

NoHOtoUTRAN

This IE is not needed in the HANDOVER TO UTRAN COMMAND and it is optional in all the other messages in which the IE "Downlink F-DPCH info for each RL" can be included.

Messsage

This IE is not needed in the HANDOVER TO UTRAN COMMAND and RRC CONNECTION SETUP messages, and it is optional in all the other messages in which the IE "Downlink F-DPCH info for each RL" can be included.

HS-SCCH Info

OP

HS-SCCH Info 10.3.6.36a

For 1.28 Mcps TDD, if IE DL Multi-Carrier Information is present, ignore this IE.

REL-5

Measurement Feedback Info

OP

Measurement Feedback Info 10.3.6.40a

REL-5

CHOICE mode

MP

REL-5

>TDD

>>CHOICE TDD option

MP

REL-5

>>>3.84 Mcps

>>>>HS-PDSCH Timeslot Configuration

OP

HS-PDSCH Timeslot Configuration 10.3.6.36o

REL-5

>>>7.68 Mcps

REL-7

>>>>HS-PDSCH Timeslot Configuration VHCR

OP

HS-PDSCH Timeslot Configuration VHCR 10.3.6.36oa

REL-7

>>> 1.28 Mcps

>>>> HS-PDSCH Midamble Configuration

OP

HS-PDSCH Midamble Configuration 10.3.6.36oo

For 1.28 Mcps TDD, if IE DL Multi-Carrier Information is present, ignore this IE.

REL-5

>>>> DL Multi-Carrier Information

OP

DL Multi-Carrier Information 10.3.6.28a

REL-7

>>>> Out of Sync window

MD

Enumerated (40, 80, 160, 320, 640)

Value in milliseconds.

Default value is 160.

Three spare values needed.

REL-8

>>>>TS0 Indicator

OP

Enumerated (TRUE)

Absence of this IE means that the enhanced TS0 is not used. The presence of this IE means that the first bit of timeslot information on HS-SCCH is used to indicate TS0.

REL-9

>>>>TS0 channelization codes

CV-TS0Non-rectangularResourceAllocationSpecificTimeslots

Downlink channelisation codes 10.3.6.17

For 1.28Mcps TDD only. This IE indicates the channelization codes in TS0 that are configured for HS-PDSCH channel.

REL-12

>FDD

>>Downlink 64QAM configured

OP

Enumerated (TRUE)

Absence of this IE means that the HS-SCCH does not use the 64QAM format. The presence of this IE means the UE uses the octet aligned table [15].

REL-7

>>HS-DSCH TB size table

CV-Not64QAM

Enumerated (octet aligned)

If this IE is present, octet aligned table [15] is used, else bit aligned table [15] is used. NOTE 1

REL-7

NOTE 1: This rule applies only if the IE "Downlink HS-PDSCH information" is present in the received message. The UE behaviour is unspecified if the IE "HS-DSCH TB size table" is present in the corresponding ASN.1 non-critical extension when the IE "Downlink HS-PDSCH information" is absent in the received message.

Not64QAM

This IE is optionally present if 64QAM is not configured and MAC-ehs is configured. Otherwise it is not needed.

TS0Non-rectangularResourceAllocationSpecificTimeslots

In messages other than HANDOVER TO UTRAN COMMAND, this IE is mandatory present if both of non-rectangular resource allocation indicator and TS0 indicator are configured and non-rectangular resource specific timeslots set is not configured. Otherwise, it is not needed.

CHOICE DPCH info

OP

REL-6

>Downlink DPCH info common for all RL

MP

Downlink DPCH info common for all RL 10.3.6.18

>Downlink F-DPCH info common for all RL

MP

Downlink F-DPCH info common for all RL 10.3.6.23oa

REL-6

CHOICE mode

MP

>FDD

>>DPCH compressed mode info

OP

DPCH compressed mode info 10.3.6.33

>>TX Diversity Mode

MD

TX Diversity Mode 10.3.6.86

Default value is the existing value of TX Diversity mode

>TDD

(no data)

>>CHOICE TDD option

MP

REL-4

>>>3.84 Mcps TDD

(no data)

REL-4

>>>7.68 Mcps TDD

(no data)

REL-7

>>>1.28 Mcps TDD

REL-4

>>>>TSTD indicator

MP

TSTD indicator

10.3.6.85a

REL-4

Default DPCH Offset Value

OP

Default DPCH Offset Value,

10.3.6.16

MAC-hs reset indicator

CV-messageType

Enumerated (TRUE)

TRUE Indicates the MAC-hs/ehs entity needs to be reset.

REL-5

Post-verification period

OP

Enumerated (TRUE)

TRUE indicates that a post-verification period shall be used [29]. Absence of this element means that a post-verification period shall not be used.

REL-6

MAC-hs reset indicator for Multiflow assisting cells

CV-messageType

Enumerated (TRUE)

TRUE indicates that the MAC-hs/ehs entity related to the assisting cells needs to be reset.

REL-11

MessageType

The IE is not needed in the HANDOVER TO UTRAN COMMAND and the RRC CONNECTION SETUP messages. Otherwise, it is optional.

Downlink DPCH info common for all RL

MP

Downlink DPCH info common for all RL Post 10.3.6.19

Downlink DPCH info common for all RL

MP

Downlink DPCH info common for all RL Pre

10.3.6.20

CHOICE mode

MP

>FDD

>>Primary CPICH info

MP

Primary CPICH info 10.3.6.60

>>Serving HS-DSCH radio link indicator

MP

Boolean

The value TRUE indicates that this radio link is the serving HS-DSCH radio link

REL-5

>>Serving E-DCH radio link indicator

MP

Boolean

The value TRUE indicates that this radio link is the serving E-DCH radio link

REL-6

>TDD

>>Primary CCPCH info

MP

Primary CCPCH info 10.3.6.57

Cell ID

OP

Cell ID 10.3.2.2

REL-4

CHOICE DPCH info

OP

REL-6

>Downlink DPCH info for each RL

Downlink DPCH info for each RL 10.3.6.21

>Downlink F-DPCH info for each RL

Downlink F-DPCH info for each RL 10.3.6.23ob

REL-6

>Radio Links without DPCH/F-DPCH info

Radio Links without DPCH/F-DPCH info 10.3.6.147

REL-12

E-AGCH Info

OP

E-AGCH Info 10.3.6.100

REL-6

E-ROCH Info

OP

E-ROCH Info FDD 10.3.6.146

REL-11

CHOICE mode

REL-7

>FDD

REL-7

>>CHOICE E-HICH Information

OP

REL-6

>>>E-HICH Information

MP

E-HICH Info 10.3.6.101

REL-6

>>>E-HICH release indicator

(no data)

REL-6

>>>Secondary TB E-HICH release indicator

(no data)

REL-11

>>CHOICE E-RGCH Information

OP

REL-6

>>>E-RGCH Information

MP

E-RGCH Info

10.3.6.102

REL-6

>>>E-RGCH release indicator

(no data)

REL-6

>>CHOICE F-TPICH Info

OP

REL-11

>>>F-TPICH Info

F-TPICH Info

10.3.6.127

REL-11

>>>F-TPICH release indicator

(no data)

REL-11

>TDD

(no data)

REL-7

>>E-HICH Information

OP

E-HICH Info

10.3.6.101

REL-7

Choice mode

MP

>FDD

>>Primary CPICH info

MP

Primary CPICH info 10.3.6.60

>TDD

>>Primary CCPCH info

MP

Primary CCPCH info post 10.3.6.58

Downlink DPCH info for each RL

MP

Downlink DPCH info for each RL Post 10.3.6.22

TSN-Length

OP

Enumerated

(tsn-6bits,

tsn-9bits)

REL-7

Multi-Carrier number

OP

Integer(1..maxTDD128Carrier)

REL-7

Dl-HSPDSCH-MultiCarrier-Information

OP

1 to <maxTDD128Carrier>

The number of HS-SCCH Sets shall not be larger than UE Multi-Carrier capability

REL-7

>Carrier-Uarfcn

MP

Integer(0..16383)

REL-7

>HARQ Info

OP

HARQ info 10.3.5.7a

REL-7

>HS-PDSCH Midamble Configuration

OP

HS-PDSCH Midamble Configuration 10.3.6.36oo

REL-7

>HS-SCCH Set Configuration

OP

1 to <maxHS-SCCHs>

REL-7

>>HS-SCCH-Receive-Uarfcn

MP

Integer(0..16383)

REL-7

>>Timeslot number

MP

Integer

(0..6)

REL-7

>>First Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-7

>>Second Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-7

>>Midamble Allocation mode

MP

Enumerated

(Default midamble, Common midamble, UE specific midamble)

REL-7

>>Midamble Shift

CV-UE

Integer (0..15)

REL-7

>>Midamble configuration

MP

Integer

(2, 4, 6, 8, 10, 12, 14, 16)

REL-7

>>BLER target

MP

Real

(-3.15..0 by step of 0.05)

Signalled value is Log10(HS-SCCH BLER quality target).

The UE shall use the BLER target signalled in the first occurrence of the HS-SCCH Set Configuration.

REL-7

>>HS-SICH configuration

REL-7

>>>Timeslot number

MP

Integer

(0..6)

REL-7

>>>Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-7

>>>Midamble Allocation mode

MP

Enumerated (Default midamble, UE specific midamble)

REL-7

>>>Midamble configuration

MP

Integer

(2, 4, 6, 8, 10, 12, 14, 16)

REL-7

>>>Midamble Shift

CV-UE

Integer

(0..15)

REL-7

>>>Ack-Nack Power Offset

MP

Integer

(-7..8 by step of 1)

dB.

REL-7

>>>PRX_HS-SICH

MP

Integer

(-120..-58 by step of 1)

dBm. Desired power level for HS-SICH.

REL-7

>>>TPC step size

MP

Integer

(1, 2, 3)

dB.

REL-7

UE

This IE is mandatory present when the value of the IE "Midamble Allocation Mode" is "UE specific midamble" and not needed otherwise.

Restricted TrCH information

OP

1 to <maxTrCH>

>Downlink transport channel type

MP

Enumerated(DCH)

>Restricted DL TrCH identity

MP

Transport channel identity 10.3.5.18

>Allowed TFIs

MP

1 to <maxTF>

>>Allowed TFI

MP

Integer(0..31)

CHOICE Configuration info

MP

REL-8

>Continue

(no data)

Used in reconfigurations without interruption of dual cell operation.

REL-8

>New configuration

REL-8

>>New H-RNTI

MP

H-RNTI 10.3.3.14a

REL-8

>>Downlink 64QAM configured

OP

Enumerated (TRUE)

Absence of this IE means that the secondary cell HS-SCCH does not use the 64QAM format. The presence of this IE means the UE uses the octet aligned table [15].

REL-8

>>HS-DSCH TB size table

CV-Not64QAM

Enumerated (octet aligned)

If this IE is present, octet aligned table [15] is used, else bit aligned table [15] is used.

REL-8

>>Primary CPICH info

MP

Primary CPICH Info 10.3.6.60

REL-8

>>DL Scrambling Code

MD

Secondary scrambling code 10.3.6.74

DL Scrambling code to be applied for HS-DSCH and HS-SCCH. Default is same scrambling code as for the primary CPICH.

REL-8

>>HS-SCCH Channelisation Code Information

MP

1 to <maxHSSCCHs >

Note 1

REL-8

>>>HS-SCCH Channelisation Code

MP

Integer

(0..127)

REL-8

>>Measurement Power Offset

MP

Real (-6 .. 13 by step of 0.5)

The measurement power offset, , in dB, as described in [29].

REL-8

>>Measurement Power Offset_1

OP

Real (-6 .. 13 by step of 0.5)

The measurement power offset, 1, in dB, as described in [29].

REL-11

>>UARFCN downlink (Nd)

MP

Integer(0 .. 16383)

[21]

REL-8

>>Different Tx diversity mode configuration from serving HS-DSCH cell

OP

Enumerated (Different)

The presence of this IE means that the Tx diversity Mode is different to the Diversity Mode indicated in the serving HS-DSCH cell. Absence of this IE means that the same Tx diversity mode is used as that used for the serving HS-DSCH cell.

Note 2

REL-8

>>Multiflow configuration

OP

10.3.6.129 Multiflow configuration info

If present, provides the Multiflow specific configuration information for this cell.

REL-11

Secondary cell MIMO parameters

OP

10.3.6.72b Secondary cell MIMO parameters

FDD only

REL-9

Secondary cell MIMO mode with four transmit antennas parameters

OP

Secondary cell MIMO mode with four transmit antennas parameters 10.3.6.144

FDD only

REL-11

Not64QAM

This IE is optionally present if 64QAM is not configured and MAC-ehs is configured. Otherwise it is not needed.

CHOICE Configuration info

MP

REL-11

>Continue

(no data)

Note 1.

REL-11

>New configuration

REL-11

>>New H-RNTI

MP

H-RNTI 10.3.3.14a

REL-11

>>Primary CPICH info

MP

Primary CPICH Info 10.3.6.60

REL-11

>>DL Scrambling Code

MD

Secondary scrambling code 10.3.6.74

DL Scrambling code to be applied for HS-DSCH and HS-SCCH. Default is same scrambling code as for the primary CPICH.

REL-11

>>HS-SCCH Channelisation Code Information

MP

1 to <maxHSSCCHs >

Note 2

REL-11

>>>HS-SCCH Channelisation Code

MP

Integer

(0..127)

REL-11

>>Measurement Power Offset

MP

Real (-6 .. 13 by step of 0.5)

The measurement power offset, , in dB, as described in [29].

REL-11

>>UARFCN downlink (Nd)

MP

Integer(0 .. 16383)

[21]

REL-11

>>Different Tx diversity mode configuration from serving HS-DSCH cell

OP

Enumerated (Different)

The presence of this IE means that the Tx diversity Mode is different to the Diversity Mode indicated in the serving HS-DSCH cell. Absence of this IE means that the same Tx diversity mode is used as that used for the serving HS-DSCH cell.

Note 3

REL-11

First Individual timeslot info

MP

Individual timeslot info 10.3.6.37

Individual timeslot info for the first timeslot used by the physical layer.

First timeslot channelisation codes

MP

Downlink channelisation codes 10.3.6.17

These codes shall be used by the physical layer in the timeslot given in First Individual timeslot info.

CHOICE more timeslots

MP

>No more timeslots

(no data)

>Consecutive timeslots

>>Number of additional timeslots

MP

Integer(1..maxTS-1)

The timeslots used by the physical layer shall be timeslots:

N mod maxTS

(N+1) mod maxTS

…

(N+k) mod maxTS

in that order, where N is the timeslot number in the First individual timeslot info and k the Number of additional timeslots.

The additional timeslots shall use the same parameters (e.g. channelisation codes, midamble shifts etc.) as the first timeslot.

>Timeslot list

>>Additional timeslot list

MP

1 to <maxTS-1>

The first instance of this parameter corresponds to the timeslot that shall be used second by the physical layer, the second to the timeslot that shall be used third and so on.

>>>CHOICE parameters

MP

>>>>Same as last

>>>>>Timeslot number

MP

Timeslot Number 10.3.6.84

The physical layer shall use the same parameters (e.g. channelisation codes, midamble shifts etc.) for this timeslot as for the last one.

>>>>New parameters

>>>>>Individual timeslot info

MP

Individual timeslot info 10.3.6.37

>>>>>Channelisation codes

MP

Downlink channelisation codes 10.3.6.17

First Individual timeslot info

MP

Individual timeslot info 10.3.6.37

Individual timeslot info for the first timeslot used by the physical layer.

REL-7

First timeslot channelisation codes VHCR

MP

Downlink channelisation codes VHCR 10.3.6.17a

These codes shall be used by the physical layer in the timeslot given in First Individual timeslot info.

REL-7

CHOICE more timeslots

MP

REL-7

>No more timeslots

(no data)

REL-7

>Consecutive timeslots

REL-7

>>Number of additional timeslots

MP

Integer(1..maxTS-1)

The timeslots used by the physical layer shall be timeslots:

N mod maxTS

(N+1) mod maxTS

…

(N+k) mod maxTS

in that order, where N is the timeslot number in the First individual timeslot info and k the Number of additional timeslots.

The additional timeslots shall use the same parameters (e.g. channelisation codes, midamble shifts etc.) as the first timeslot.

REL-7

>Timeslot list

REL-7

>>Additional timeslot list

MP

1 to <maxTS-1>

The first instance of this parameter corresponds to the timeslot that shall be used second by the physical layer, the second to the timeslot that shall be used third and so on.

REL-7

>>>CHOICE parameters

MP

REL-7

>>>>Same as last

REL-7

>>>>>Timeslot number

MP

Timeslot Number 10.3.6.84

The physical layer shall use the same parameters (e.g. channelisation codes, midamble shifts etc.) for this timeslot as for the last one.

REL-7

>>>>New parameters

REL-7

>>>>>Individual timeslot info

MP

Individual timeslot info 10.3.6.37

REL-7

>>>>>Channelisation codes VHCR

MP

Downlink channelisation codes VHCR 10.3.6.17a

REL-7

Transmission gap pattern sequence

MP

1 to <maxTGPS>

>TGPSI

MP

TGPSI 10.3.6.82

>TGPS Status Flag

MP

Enumerated(activate, deactivate)

This flag indicates whether the Transmission Gap Pattern Sequence shall be activated or deactivated.

>TGCFN

CV-Active

Integer (0..255)

Connection Frame Number of the first frame of the first pattern within the Transmission Gap Pattern Sequence.

>Transmission gap pattern sequence configuration parameters

OP

>>TGMP

MP

Enumerated(TDD measurement, FDD measurement, GSM carrier RSSI measurement, GSM Initial BSIC identification, GSM BSIC re-confirmation, Multi-carrier measurement,

Transmission Gap pattern sequence Measurement Purpose.

E-UTRA measurement)

One spare value is needed

REL-8

>>Frequency specific compressed mode

CV-Active-FDD

Enumerated (TRUE)

TRUE means that the frequency specific compressed mode is configured.

REL-10

>>TGPRC

MP

Integer (1..511, Infinity)

The number of transmission gap patterns within the Transmission Gap Pattern Sequence.

>>TGSN

MP

Integer (0..14)

Transmission Gap Starting Slot Number

The slot number of the first transmission gap slot within the TGCFN.

>>TGL1

MP

Integer(1..14)

The length of the first Transmission Gap within the transmission gap pattern expressed in number of slots

>>TGL2

MD

Integer (1..14)

The length of the second Transmission Gap within the transmission gap pattern. If omitted, then TGL2=TGL1.

The value of TGL2 shall be ignored if TGD is set to "undefined"

>>TGD

MP

Integer(15..269, undefined)

Transmission gap distance indicates the number of slots between starting slots of two consecutive transmission gaps within a transmission gap pattern. If there is only one transmission gap in the transmission gap pattern, this parameter shall be set to undefined.

>>TGPL1

MP

Integer (1..144)

The duration of transmission gap pattern 1.

>>RPP

MP

Enumerated (mode 0, mode 1).

Recovery Period Power control mode during the frame after the transmission gap within the compressed frame. Indicates whether normal PC mode or compressed PC mode is applied

>>ITP

MP

Enumerated (mode 0, mode 1).

Initial Transmit Power is the uplink power control method to be used to compute the initial transmit power after the compressed mode gap.

>>CHOICE UL/DL mode

MP

>>>DL only

Compressed mode used in DL only

>>>>Downlink compressed mode method

MP

Enumerated (SF/2, higher layer scheduling)

Method for generating downlink compressed mode gap.

If F-DPCH is configured this IE shall not be used by the UE

>>>UL only

Compressed mode used in UL only

>>>>Uplink compressed mode method

MP

Enumerated (SF/2, higher layer scheduling)

Method for generating uplink compressed mode gap

>>>UL and DL

Compressed mode used in UL and DL

>>>>Downlink compressed mode method

MP

Enumerated (SF/2, higher layer scheduling)

Method for generating downlink compressed mode gap.

If F-DPCH is configured this IE shall not be used by the UE

>>>>Uplink compressed mode method

MP

Enumerated (SF/2, higher layer scheduling)

Method for generating uplink compressed mode gap

>>Downlink frame type

MP

Enumerated (A, B)

If F-DPCH is configured this IE shall not be used by the UE

>>DeltaSIR1

MP

Real(0..3 by step of 0.1)

Delta in DL SIR target value to be set in the UE during the frame containing the start of the first transmission gap in the transmission gap pattern (without including the effect of the bit-rate increase).

If F-DPCH is configured this IE shall not be used by the UE

>>DeltaSIRafter1

MP

Real(0..3 by step of 0.1)

Delta in DL SIR target value to be set in the UE one frame after the frame containing the start of the first transmission gap in the transmission gap pattern.

If F-DPCH is configured this IE shall not be used by the UE

>>DeltaSIR2

OP

Real(0..3 by step of 0.1)

Delta in DL SIR target value to be set in the UE during the frame containing the start of the second transmission gap in the transmission gap pattern (without including the effect of the bit-rate increase)

When omitted, DeltaSIR2 = DeltaSIR1.

If F-DPCH is configured this IE shall not be used by the UE

>>DeltaSIRafter2

OP

Real(0..3 by step of 0.1)

Delta in DL SIR target value to be set in the UE one frame after the frame containing the start of the second transmission gap in the transmission gap pattern.

When omitted, DeltaSIRafter2 = DeltaSIRafter1.

If F-DPCH is configured this IE shall not be used by the UE

>>N Identify abort

CV-Initial BSIC

Integer(1..128)

Indicates the maximum number of repeats of patterns that the UE shall use to attempt to decode the unknown BSIC of the GSM cell in the initial BSIC identification procedure

>>T Reconfirm abort

CV-Re-confirm BSIC

Real(0.5..10.0 by step of 0.5)

Indicates the maximum time allowed for the re-confirmation of the BSIC of one GSM cell

in the BSIC re-confirmation procedure. The time is given in steps of 0.5 seconds.

Active

This IE is mandatory present when the value of the IE "TGPS Status Flag" is "Activate" and not needed otherwise.

Active-FDD

This IE can be included only for FDD measurements. It is optional present when the value of the IE "TGPS Status Flag" is "Activate" and not needed otherwise.

Initial BSIC

This IE is mandatory present when the value of the IE "TGMP" is set to "GSM Initial BSIC identification" and not needed otherwise.

Re-confirm BSIC

This IE is mandatory present when the value of the IE "TGMP" is set to "GSM BSIC re-confirmation" and not needed otherwise.

TGPS reconfiguration CFN

MP

Integer (0..255)

Transmission gap pattern sequence

MP

1 to <maxTGPS>

>TGPSI

MP

TGPSI 10.3.6.82

Transmission Gap Pattern Sequence Identifier

>TGPS Status Flag

MP

Enumerated(activate, deactivate)

This flag indicates whether the Transmission Gap Pattern Sequence it shall be activated or deactivated.

>TGCFN

CV-Active

Integer (0..255)

Connection Frame Number of the first frame of the first pattern within the Transmission Gap Pattern Sequence.

>Frequency specific compressed mode

CV-Active-OP

Enumerated (TRUE)

TRUE means that the frequency specific compressed mode is configured.

Active

This IE is mandatory present when the value of the IE "TGPS Status Flag" is "Activate" and not needed otherwise.

Active-OP

This IE is optional present when the value of the IE "TGPS Status Flag" is "Activate" and not needed otherwise.

DTX Information

OP

REL-7

>CHOICE E-DCH TTI length

MP

REL-7

>>10 ms

REL-7

>>>UE DTX cycle 1

MP

Enumerated (1, 5, 10, 20)

Units of subframes.

REL-7

>>>UE DTX cycle 2

MP

Enumerated (5, 10, 20, 40, 80, 160)

Units of subframes.

Two spare values are needed.

REL-7

>>>MAC DTX cycle

MP

Enumerated (5, 10, 20)

Units of subframes.

One spare value is needed.

REL-7

>>2 ms

REL-7

>>>UE DTX cycle 1

MP

Enumerated (1, 4, 5, 8, 10, 16, 20)

Units of subframes.

One spare value is needed.

REL-7

>>>UE DTX cycle 2

MP

Enumerated (4, 5, 8, 10, 16, 20, 32, 40, 64, 80, 128, 160)

Units of subframes.

Four spare values are needed.

REL-7

>>>MAC DTX cycle

MP

Enumerated (1, 4, 5, 8, 10, 16, 20)

Units of subframes.

One spare value is needed.

REL-7

>Inactivity Threshold for UE DTX cycle 2

MP

Enumerated (1, 4, 8, 16, 32, 64, 128, 256)

Units of E-DCH TTIs.

Eight spare values are needed.

REL-7

>Default SG in DTX Cycle 2

OP

Integer (0..37,38)

Serving Grant value to be used at the transition in DTX-Cycle-2.

(0..37) indicates E-DCH serving grant index as defined in [15]; index 38 means zero grant.

REL-7

>UE DTX long preamble length

MD

Enumerated (4, 15)

Units of slots

Default value is 2 slots

REL-7

>MAC Inactivity Threshold

MP

Enumerated (1, 2, 4, 8, 16, 32, 64, 128, 256, 512, Infinity)

Units of E-DCH TTIs.

Five spare values are needed.

REL-7

>CQI DTX Timer

MP

Enumerated (0, 1, 2, 4, 8, 16, 32, 64, 128, 256, 512, Infinity)

Units of subframes.

Four spare values are needed.

REL-7

>UE DPCCH burst_1

MP

Enumerated (1, 2, 5)

Units of sub-frames.

One spare value is needed.

REL-7

>UE DPCCH burst_2

MP

Enumerated (1, 2, 5)

Units of sub-frames.

One spare value is needed.

REL-7

DTX Information for secondary uplink frequency

OP

REL-12

>CHOICE E-DCH TTI length

MP

REL-12

>>10 ms

NULL

REL-12

>>2 ms

REL-12

>>>UE DTX cycle 1 secondary

MD

Enumerated (1, 4, 5, 8, 10, 16, 20)

Units of subframes.

Default value is the value included in the IE "UE DTX cycle 1".

One spare value is needed.

REL-12

>>>UE DTX cycle 2 secondary

MP

Enumerated (4, 5, 8, 10, 16, 20, 32, 40, 64, 80, 128, 160, 256, 320, 512, 640, 1024, 1280)

Units of subframes.

Fourteen spare values are needed.

REL-12

>Inactivity Threshold for UE DTX cycle 2 secondary

MD

Enumerated (1, 4, 8, 16, 32, 64, 128, 256)

Units of E-DCH TTIs.

Default value is the value included in the IE "Inactivity Threshold for UE DTX cycle 2".

Eight spare values are needed.

REL-12

>UE DTX long preamble length secondary

MD

Enumerated (4, 15)

Units of slots.

Default value is the value included in the IE "UE DTX long preamble length".

REL-12

>UE DPCCH burst 1 secondary

MD

Enumerated (1, 2, 5)

Units of sub-frames.

Default value is the value included in the IE "UE DPCCH burst_1".

One spare value is needed.

REL-12

>UE DPCCH burst 2 secondary

MD

Enumerated (1, 2, 5)

Units of sub-frames.

Default value is the value included in the IE "UE DPCCH burst_2".

One spare value is needed.

REL-12

DRX Information

OP

REL-7

>UE DRX cycle

MP

Enumerated (4, 5, 8, 10, 16, 20)

Units of subframes.

Two spare values are needed.

REL-7

>UE DRX cycle 2

OP

Enumerated (4, 5, 8, 10, 16, 20, 32, 40, 64, 80)

Units of subframes.

Six spare values are needed.

REL-12

>Inactivity Threshold for UE DRX cycle

MP

Enumerated (0, 1, 2, 4, 8, 16, 32, 64, 128, 256, 512)

Units of subframes.

Five spare values are needed.

REL-7

>Inactivity Threshold for UE DRX cycle 2

OP

Enumerated (0, 1, 2, 4, 8, 16, 32, 64, 128, 256, 512)

Units of subframes.

Five spare values are needed.

REL-12

>Inactivity Threshold for UE Grant Monitoring

MP

Enumerated (0, 1, 2, 4, 8, 16, 32, 64, 128, 256 )

Units of E-DCH TTIs.

Six spare values are needed.

REL-7

>UE DRX Grant Monitoring

MP

Boolean

REL-7

Uplink DPCCH slot format information

MP

Enumerated (1, 4)

Slot format # to be used on UL DPCCH [26].

One spare value is needed.

REL-7

CHOICE timing

MP

REL-7

>Continue

(no data)

Used in reconfigurations without interruption of DTX-DRX and HS-SCCH less.

REL-7

>New timing

REL-7

>>Enabling Delay

MP

Enumerated (0, 1, 2, 4, 8, 16, 32, 64, 128)

In radio frames.

Seven spare values are needed.

REL-7

>>UE DTX DRX Offset

MP

Integer (0.. 159)

Units of subframes. Offset of the DTX and DRX cycles at the given TTI.

REL-7

Dynamic persistence level

MP

Integer(1..8)

Level shall be mapped to a dynamic persistence value in the range 0 .. 1. The mapping is described in subclause 8.5.12.

Timeslot number

MP

Integer(0..6)

REL-4

Channelisation code

MP

Enumerated((16/1)..(16/16)

REL-4

Midamble Shift and burst type

MP

Midamble shift and burst type 10.3.6.41

REL-4

WT

MP

Integer(1..4)

The number of sub-frames, following the sub-frame in which the SYNC UL is transmitted, in which the FPACH can be transmitted.

REL-4

Frequency band indicator

MP

Enumerated(Band I, Band II, Band III, Band IV, Band V, Band VI, Band VII, extension indicator)

REL-6

Frequency band indicator 2

MP

Enumerated(Band VIII, Band IX, Band X, Band XI, Band XII, Band XIII, Band XIV, Band XV, Band XVI, Band XVII, Band XVIII, Band XIX, Band XX, Band XXI, Band XXII, extension indicator)

Band XV – Band XVIII and Band XXII are yet to be defined in this version of the specification

REL-6

Frequency band indicator 3

MP

Enumerated (Band XXV, Band XXVI, extension indicator)

Sixty One spare

values are needed.

REL-10

Frequency band indicator

MP

Enumerated(Band a, Band b, Band c, Band d, Band e, Band f, reserved, reserved)

REL-10

CHOICE mode

MP

>FDD

>>UARFCN uplink (Nu)

OP

Integer(0..16383)

If this IE is not present, the default duplex distance defined for the operating frequency band shall be used [21]

>>UARFCN downlink (Nd)

MP

Integer(0 .. 16383)

[21]

>TDD

>>UARFCN (Nt)

MP

Integer(0 .. 16383)

[22]

Midamble Allocation Mode

MP

Enumerated(Default midamble, Common midamble, UE specific midamble)

This midamble allocation mode applies to all HS-PDSCH resources assigned to the UE.

REL-5

Midamble Configuration

MP

Integer(2, 4, 6, 8, 10, 12, 14, 16)

This configuration applies to all HS-PDSCH resources assigned to the UE.

REL-5

Midamble Shift

CV-UE

Integer(0..15)

This shift, when present, applies to all HS-PDSCH resources assigned to the UE.

REL-5

UE

This IE is mandatory present when the value of the IE "Midamble Allocation Mode" is "UE specific midamble" and not needed otherwise.

HS-PDSCH Timeslot Configuration List

MP

1 to <maxTS-1>

REL-5

>Timeslot Number

MP

Integer (0..14)

REL-5

>CHOICE Burst Type

MP

REL-5

>>Type 1

REL-5

>>>Midamble Allocation Mode

MP

Enumerated (Default midamble, Common midamble, UE specific midamble)

REL-5

>>>Midamble configuration burst type 1 and 3

MP

Integer (4, 8, 16)

As defined in [30]

REL-5

>>>Midamble Shift

CV-UE

Integer (0..15)

REL-5

>>Type 2

REL-5

>>>Midamble Allocation Mode

MP

Enumerated (Default midamble, Common midamble, UE specific midamble)

REL-5

>>>Midamble configuration burst type 2

MP

Integer (3, 6)

As defined in [30]

REL-5

>>>Midamble Shift

CV-UE

Integer (0..5)

REL-5

UE

This IE is mandatory present when the value of the IE "Midamble Allocation Mode" is "UE specific midamble" and not needed otherwise.

HS-PDSCH Timeslot Configuration List

MP

1 to <maxTS-1>

REL-7

>Timeslot Number

MP

Integer (0..14)

REL-7

>CHOICE Burst Type

MP

REL-7

>>Type 1

REL-7

>>>Midamble Allocation Mode

MP

Enumerated (Default midamble, Common midamble, UE specific midamble)

REL-7

>>>Midamble configuration burst type 1 and 3

MP

Integer (4, 8, 16)

As defined in [30]

REL-7

>>>Midamble Shift

CV-UE

Integer (0..15)

REL-7

>>Type 2

REL-7

>>>Midamble Allocation Mode

MP

Enumerated (Default midamble, Common midamble, UE specific midamble)

REL-7

>>>Midamble configuration burst type 2

MP

Integer (4, 8)

As defined in [30]

REL-7

>>>Midamble Shift

CV-UE

Integer (0..7)

REL-7

UE

This IE is mandatory present when the value of the IE "Midamble Allocation Mode" is "UE specific midamble" and not needed otherwise.

CHOICE mode

MP

REL-5

>FDD

REL-5

>>DL Scrambling Code

MD

Secondary scrambling code 10.3.6.74

DL Scrambling code to be applied for HS-DSCH and HS-SCCH. Default is same scrambling code as for the primary CPICH.

REL-5

>>HS-SCCH Channelisation Code Information

MP

1 to <maxHSSCCHs >

Note 2

REL-5

>>>HS-SCCH Channelisation Code

MP

Integer

(0..127)

REL-5

>TDD

REL-5

>>CHOICE TDD option

MP

REL-5

>>>3.84 Mcps

REL-5

>>>> Ack-Nack Power Offset

MP

Integer (-7..8 by step of 1)

dB

Note 1

REL-5

>>>> HS-SICH Power Control Info

MP

HS-SICH Power Control Info 10.3.6.36b

REL-5

>>>> BLER target

MP

Real

(-3.15..0 by step of 0.05)

Signalled value is Log10(HS-SCCH BLER quality target).This IE is Not Present in REL-5.

REL-6

>>>> D_hs-sync

OP

Integer (-20..+10)

Value in dB set to indicate the dB difference between the maximum allowed HS-SCCH physical channel transmit power [33] and the beacon reference power (it is one means of controlling the area of HS-DSCH operation within the cell).

REL-6

>>>>HS-SCCH Set Configuration

MP

1 to <maxHSSCCHs>

REL-5

>>>>>Timeslot number

MP

Integer

(0..14)

REL-5

>>>>>Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-5

>>>>>Midamble Allocation mode

MP

Enumerated (Default midamble, Common midamble, UE specific midamble)

HS-SCCH always uses burst type 1.

REL-5

>>>>>Midamble configuration

MP

Integer

(4, 8, 16)

REL-5

>>>>>Midamble Shift

CV-UE

Integer(0..15)

REL-5

>>>>>BLER target

MP

Real

(-3.15..0 by step of 0.05)

Signalled value is Log10(HS-SCCH BLER quality target).

This IE is not present in REL-6 and beyond.

REL-5

>>>>>HS-SICH configuration

REL-5

>>>>>>Timeslot number

MP

Integer

(0..14)

REL-5

>>>>>>Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-5

>>>>>>Midamble Allocation mode

MP

Enumerated

(Default midamble, UE specific midamble)

HS-SICH always uses burst type 1.

REL-5

>>>>>>Midamble configuration

MP

Integer

(4, 8, 16)

REL-5

>>>>>>Midamble Shift

CV-UE

Integer

(0..15)

REL-5

>>>7.68 Mcps

REL-7

>>>>Ack-Nack Power Offset

MP

Integer (-7..8 by step of 1)

dB

REL-7

>>>>HS-SICH Power Control Info

MP

HS-SICH Power Control Info 10.3.6.36b

REL-7

>>>>BLER target

MP

Real

(-3.15..0 by step of 0.05)

Signalled value is Log10(HS-SCCH BLER quality target).

REL-7

>>>>D_hs-sync

OP

Integer (-20..+10)

Value in dB set to indicate the dB difference between the maximum allowed HS-SCCH physical channel transmit power [33] and the beacon reference power (it is one means of controlling the area of HS-DSCH operation within the cell).

REL-7

>>>>D_hs-sync

OP

Integer (-20..+10)

Value in dB set to indicate the dB difference between the maximum allowed HS-SCCH physical channel transmit power [33] and the beacon reference power (it is one means of controlling the area of HS-DSCH operation within the cell).

REL-7

>>>>HS-SCCH Set Configuration

MP

1 to <maxHS-SCCHs>

REL-7

>>>>>Timeslot number

MP

Integer

(0..14)

REL-7

>>>>>Channelisation code

MP

Enumerated

((32/1) ..(32/32))

REL-7

>>>>>Midamble Allocation mode

MP

Enumerated (Default midamble, Common midamble, UE specific midamble)

HS-SCCH always uses burst type 1.

REL-7

>>>>>Midamble configuration

MP

Integer

(4, 8, 16)

REL-7

>>>>>Midamble Shift

CV-UE

Integer(0..15)

REL-7

>>>>>HS-SICH configuration

REL-5

>>>>>>Timeslot number

MP

Integer

(0..14)

REL-5

>>>>>>Channelisation code

MP

Enumerated

((32/1) ..(32/32))

REL-5

>>>>>>Midamble Allocation mode

MP

Enumerated

(Default midamble, UE specific midamble)

HS-SICH always uses burst type 1.

REL-5

>>>>>>Midamble configuration

MP

Integer

(4, 8, 16)

REL-5

>>>>>>Midamble Shift

CV-UE

Integer

(0..15)

REL-5

>>>1.28 Mcps

REL-5

>>>>Ack-Nack Power Offset

MP

Integer

(-7..8 by step of 1)

dB.

This IE is Not Present in REL-5.

Note

REL-6

>>>>PRX_HS-SICH

MP

Integer

(-120..-58 by step of 1)

dBm. Desired power level for HS-SICH.

This IE is Not Present in REL-5

REL-6

>>>>TPC step size

MP

Enumerated (1, 2, 3)

dB. TPC step size for HS-SICH. One spare value.

This IE is Not Present in REL-5.

REL-6

>>>>BLER target

MP

Real

(-3.15..0 by step of 0.05)

Signalled value is Log10(HS-SCCH BLER quality target).

This IE is Not Present in REL-5.

REL-6

>>>>HS-SCCH TPC step size

CV- NoDPCH_EAGCH

Enumerated (1, 2, 3)

dB.

One spare value.

REL-8

>>>>Power Control GAP

MD

Integer

(1…255)

Unit: Number of subframes

Default value is 1.

REL-7

>>>>Pathloss compensation switch

MD

Boolean

TRUE: UE shall perform the pathloss compensation for HS-SICH power control when HS-SICH transmission gap is less than “Power Control GAP”.

FALSE: UE shall not consider the pathloss compensation for HS-SICH power control.

Default value is FALSE.

REL-7

>>>HS-SCCH Set Configuration

MP

1 to <maxHSSCCHs>

REL-5

>>>>>Timeslot number

MP

Integer

(0..6)

REL-5

>>>>>First Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-5

>>>>>Second Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-5

>>>>>Midamble Allocation mode

MP

Enumerated

(Default midamble, Common midamble, UE specific midamble)

REL-5

>>>>> Midamble Shift

CV-UE

Integer (0..15)

REL-5

>>>>>Midamble configuration

MP

Integer

(2, 4, 6, 8, 10, 12, 14, 16)

REL-5

>>>>>BLER target

MP

Real

(-3.15..0 by step of 0.05)

Signalled value is Log10(HS-SCCH BLER quality target).

This IE is not present in REL-6 and beyond.

REL-5

>>>>>HS-SICH configuration

REL-5

>>>>>>Timeslot number

MP

Integer

(0..6)

REL-5

>>>>>>Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-5

>>>>>>Midamble Allocation mode

MP

Enumerated (Default midamble, UE specific midamble)

REL-5

>>>>>>Midamble configuration

MP

Integer

(2, 4, 6, 8, 10, 12, 14, 16)

REL-5

>>>>>>Midamble Shift

CV-UE

Integer

(0..15)

REL-5

>>>>>>Ack-Nack Power Offset

MP

Integer

(-7..8 by step of 1)

dB.

This IE is not present in REL-6 and beyond.

Note

REL-5

>>>>>>PRX_HS-SICH

MP

Integer

(-120..-58 by step of 1)

dBm. Desired power level for HS-SICH.

This IE is not present in REL-6 and beyond.

REL-5

>>>>>>TPC step size

MP

Enumerated (1, 2, 3)

dB. One spare value.

This IE is not present in REL-6 and beyond.

REL-5

UE

This IE is mandatory present when the value of the IE "Midamble Allocation Mode" is "UE specific midamble" and not needed otherwise.

NoDPCH_EAGCH

This IE is mandatory present when neither DPCH nor E-AGCH is configured and not needed otherwise.

CHOICE HS-SCCH less operation

MP

REL-7

>Continue HS-SCCH less operation

(no data)

REL-7

>New HS-SCCH less operation

REL-7

>>HS-PDSCH Code Index

MP

Integer (1..15)

Index of first HS-PDSCH code

REL-7

>>Transport Block Size List

1..< maxHS-SCCHLessTrBlk >

REL-7

>>>Transport Block Size Index

MP

Integer (1..90)

Index of the MAC-hs or MAC-ehs transport block size as described in appendix A of [15]

REL-7

>>>HS-PDSCH Second Code Support

MP

Boolean

Indicates whether the second HS-PDSCH code is used for this TB size.

If TRUE, the HS-PDSCH second code index value is the value of IE “HS-PDSCH Code Index” incremented by 1.

REL-7

UL target SIR

MP

Real

(-11..20 by step of 0.5 )

dB

REL-5

HS-SICH Constant value

MP

Constant value 10.3.6.11

NOTE 1

REL-5

CCCH mapping info

MP

Common RB mapping info 10.3.4.oa

REL-7

SRB1 mapping info

MD

Common RB mapping info 10.3.4.oa

Note

REL-7

Common MAC-ehs reordering queue list

MP

Common MAC-ehs reordering queue list 10.3.5.3a

REL-7

HS-SCCH system info

MP

HS-SCCH system info 10.3.6.36e

REL-7

HARQ system Info

MP

HARQ Info 10.3.5.7a

REL-7

Common H-RNTI Information

MP

1 to <maxCommonHRNTI>

REL-7

>Common H-RNTI

MP

H-RNTI 10.3.3.14a

REL-7

BCCH specific H-RNTI

MP

H-RNTI 10.3.3.14a

REL-7

CCCH mapping info

MP

Common RB mapping info 10.3.4.oa

REL-8

SRB1 mapping info

MD

Common RB mapping info 10.3.4.oa

Note 1

REL-8

Common MAC-ehs reordering queue list

MP

Common MAC-ehs reordering queue list 10.3.5.3a

REL-8

HS-SCCH system info

MP

HS-SCCH system info 1.28Mcps TDD 10.3.6.36ea

Note 2

REL-8

HARQ system Info

MP

HARQ Info 10.3.5.7a

REL-8

HS-PDSCH Midamble Configuration

MP

HS-PDSCH Midamble Configuration 10.3.6.36oo

REL-8

Common H-RNTI Information

MP

1 to <maxCommonHRNTI>

REL-8

>Common H-RNTI

MP

H-RNTI 10.3.3.14a

REL-8

BCCH specific H-RNTI

MP

H-RNTI 10.3.3.14a

REL-8

DL Scrambling Code

MD

Secondary scrambling code 10.3.6.74

DL Scrambling code to be applied for HS-DSCH and HS-SCCH. Default is same scrambling code as for the primary CPICH.

REL-7

PICH for HSDPA supported paging list

MP

1 to <maxSCCPCH>

REL-7

>HSDPA associated PICH info

MP

PICH info 10.3.6.49

REL-7

>HS-PDSCH Channelisation Code

MP

Integer (0..15)

HS-PDSCH channel, associated with the PICH for HS-SCCH less PAGING TYPE 1 message transmission.

REL-7

Number of PCCH transmissions

MP

Integer (1..5)

number of subframes used to transmit the PAGING TYPE 1.

REL-7

Transport Block Size List

MP

1 to 2

REL-7

>Transport Block Size Index

MP

Integer (1..32)

Index of value range 1 to 32 of the MAC-ehs transport block size as described in appendix A of [15]

REL-7

PICH for HS-DSCH list

MP

1 to <maxSCCPCH>

REL-8

>CHOICE Configuration Mode

MP

REL-8

>>Implicit

The choice Indicates the PICH is shared with PCH.

REL-8

>>>Occurrence sequence number in S-CCPCH systme Info

MD

Integer (1.. maxSCCPCH)

Indicates the occurrence sequecnce number of "PICH Info" in Secondary CCPCH System Information.

Default value implys the first occurrence or the only occurrence of "PICH Info" in Secondary CCPCH System Information.

REL-8

>>Explicit

REL-8

>>>HSDPA associated PICH info

MP

PICH info 10.3.6.49

REL-8

DTCH/DCCH Reception window size

MP

Integer (1..16)

Number of subframe for UE to detect the HS-SCCH

REL-8

PCCH related information

OP

See Note 1

REL-8

>Paging associated HS-PDSCH info

MP

1 to <maxSCCPCH>

See Note 3

REL-8

>>HS-PDSCH Midamble Configuration

MP

HS-PDSCH Midamble Configuration 10.3.6.36oo

REL-8

>>Timeslot Resource Related InformationI

MP

Bit string (6)

Each bit indicates availability of a timeslot, where the bit 0 corresponds to TS0, the bit 1 is TS2, the bit 2 is TS3… bit 6 corresponds to TS6.

The value 1 of a bit indicates that the corresponding timeslot is available.

Bit 0 is the first/leftmost bit of the bit string.

REL-8

>>Code Resource Information

MP

Note 2

REL-8

>>>Start code

MP

Enumerated((16/1)..(16/16))

REL-8

>>>Stop code

MP

Enumerated((16/1)..(16/16))

REL-8

>Paging Sub-Channel Size

MP

Integer (1..3)

number of frames for a Paging sub-channel

REL-8

>Transport Block Size List

MP

1 to 2

REL-8

>>Transport Block Size Index

MP

Integer (1..32)

Index of value range 1 to 32 of the MAC-ehs transport block size as described in Table 9.2.3.3.8 [15]

REL-8

DL Scrambling Code

MD

Secondary scrambling code 10.3.6.74

DL Scrambling code to be applied for HS-DSCH and HS-SCCH. Default is same scrambling code as for the primary CPICH.

REL-7

HS-SCCH Channelisation Code Information

MP

1 to <maxHSSCCHs>

REL-7

>HS-SCCH Channelisation Code

MP

Integer

(0..127)

(NOTE)

REL-7

HS-SCCH Set Configuration

MP

1 to <maxHSSCCHs>

REL-8

>Timeslot number

MP

Integer

(0..6)

REL-8

>First Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-8

>Second Channelisation code

MP

Enumerated

((16/1) ..(16/16))

REL-8

>Midamble Allocation mode

MP

Enumerated

(Default midamble, Common midamble, UE specific midamble)

REL-8

>Midamble Shift

CV-UE