PCO Type

CSAP

Role

LT

Comment

Control primitives transmission and reception

PCO Name

CPHY

PCO Type

CSAP

Role

LT

Comment

Control Physical Layer

PCO Name

CRLC

PCO Type

CSAP

Role

LT

Comment

Control RLC Layer

PCO Name

CMAC

PCO Type

CSAP

Role

LT

Comment

Control MAC Layer

PCO Name

CBMC

PCO Type

CSAP

Role

LT

Comment

Control BMC Layer

PCO Type

ExternalAsn1Codec

Role

LT

Comment

Control decoder primitives transmission and reception

PCO Name

CCodec

PCO Type

ExternalAsn1Codec

Role

LT

Comment

Control asn.1 CONTAINING decoder

PCO Type

ExternalStructureCodec

Role

LT

Comment

Control decoder from a BITSTRING to a structure type primitives transmission and reception

PCO Name

CCodecS

PCO Type

ExternalStructureCodec

Role

LT

Comment

Control BITSTRING to structure type decoder

Type Name

CPHY_AICH_AckModeSet_REQ

PCO Type

CSAP

Comment

To request for setting of AICH Acknowledge Mode

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

aICH_Mode AICH_Mode

}

Type Name

CPHY_AICH_AckModeSet_CNF

PCO Type

CSAP

Comment

To confirm setting of AICH Acknowledge Mode

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

AICH_Mode

Comment

Normal operation: The AICH will operate as normal, and will acknowledge or negatively acknowledge on all UE RACH/E-DCH transmission attempts, appropriately.

No Acknowledge: The AICH shall not transmit acknowledge or Negative Acknowledge on all UE RACH/E-DCH transmission attempts.

Negative Acknowledge: The AICH shall transmit Negative Acknowledge on all UE RACH/E-DCH transmission attempts

Type Definition

ENUMERATED {

normal (0),

noAck (1),

negACK (2)

}

Type Name

CPHY_Cell_Config_CNF

PCO Type

CSAP

Comment

To confirm to setup the cell parameter

Type Definition

SEQUENCE {

cellId INTEGER(0..63)

}

Type Name

CPHY_Cell_Config_REQ

PCO Type

CSAP

Comment

To request to setup the cell parameter.

The unit of tcell is chip; the unit of sfnOffset is frame number. The sfnOffset is defined as the number of frames the SFN shall be shifted, i.e. the frames lagging behind or in advance, in comparison to a system reference time. The both interpretations are valid for the test.

The primary scrambling code number of the cell is 16*primaryScramblingCode_SS.

The unit of dLTxAttenuationLevel is dB; If set to 123 the cell becomes a non‑suitable off cell (CPICH_Ec ≤ -122 dBm/3.84 MHz of an off cell).

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

tcell INTEGER(0..38399),

sfnOffset INTEGER(0..4095),

frequencyInfo FrequencyInfo,

primaryScramblingCode_SS INTEGER(0..511),

cellTxPowerLevel CellTxPowerLevel,

dLTxAttenuationLevel INTEGER(0..30|123),

frequencyBandIndicator FrequencyBandFDD,

relAspTypeExtension SEQUENCE {} OPTIONAL — Rel-10 or later

}

Type Name

CellTxPowerLevel

Comment

The defaultCellTxPowerLvl is a default setting and is used for the most signalling tests. The real total cell DL Tx power level equals to the sum of the DL Tx power of the individual physical channels configured.

The totalCellTxPowerLvl applies to e.g. the idle mode tests in a non-default multi-cell radio environment.

Type Definition

CHOICE {

defaultCellTxPowerLvl NULL,

totalCellTxPowerLvl DL_TxPower

}

Type Name

FrequencyBandFDD

Comment

The frequency band indicator indicates how to interpret the radio frequency broadcast.

Type Definition

CHOICE {

frequencyBandIndicator RadioFrequencyBandFDD,

frequencyBandIndicator2 RadioFrequencyBandFDD2,

frequencyBandIndicator3 RadioFrequencyBandFDD3,

relAspTypeExtension SEQUENCE{}

}

Type Name

CPHY_Cell_Release_CNF

PCO Type

CSAP

Comment

The confirmation to the CPHY_Cell_Release_Req

Type Definition

SEQUENCE {

soft_Reset BOOLEAN,

cell_ID_List SEQUENCE (SIZE (1..8)) OF INTEGER(0..63) — cell IDs

}

Type Name

CPHY_Cell_Release_REQ

PCO Type

CSAP

Comment

1. This Primitive with "Soft_Reset" flag ON gives a common known starting point/state of SS for a test case. The SS performs the following whenever it receives this primitive with "Soft_Reset" flag ON: Releases all configured Channels and cells (if any) irrespective of Cell ID list IE.

2. Releases the associated Memory Buffers (if any).

3. Cancels all active timers (if any)

With "Soft_Reset" flag OFF:

1. Releases cells listed in IE Cell_ID_List and associated configured Channels (if any)

2. Releases the Memory Buffers(if any) associated with Cells listed in IE Cell_ID_List

3. Cancels all active timers (if any) associated with Cells listed in IE Cell_ID_List.

Presence of rbConfig_List IE indicates the configured Channels in the associated cells in the list to be released. If rbConfig_List IE is present, then for each entry in cell_ID_List a corresponding entry in rbConfig_List shall be present. The configuration values applied in rbConfig_List follows RB_ConfigType.

Type Definition

SEQUENCE {

soft_Reset BOOLEAN,

cell_ID_List SEQUENCE (SIZE (1..8)) OF INTEGER(0..63) , — cell IDs

rbConfig_List SEQUENCE (SIZE (1..8)) OF INTEGER OPTIONAL

}

Type Name

CPHY_Cell_TimingAdjust_CNF

PCO Type

CSAP

Comment

To confirm to set the cell timing parameter

Type Definition

SEQUENCE {

cellId INTEGER (0..63)

}

Type Name

CPHY_Cell_TimingAdjust_REQ

PCO Type

Comment

To request the cell identified by cellId to adjust its timing to the amount of deltTcell given in this ASP.

Usage:

The deltTcell is a relative value, which specifies the timing difference between the original timing (i.e. before calling this ASP) and the timing after calling this ASP.

Example:

assume the cell 1 is initially 5 chips advance of cell 2 in timing, the test case requires timing change of cell 2 being -19 chips delay with respect to cell 1 (i.e. cell 2 is 19 chips advance of cell 1 in timing) , TTCN can use this ASP with deltTcell = ‑24 and celId = cell 2 to adjust the timing; later on the test case requires timing change again: cell 2 being 19 chips delay with respect to cell 1, TTCN can use this ASP with deltTcell = 38 and cellId = cell 2 to achieve the required timing difference.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

deltTcell INTEGER(-128..127)

}

Type Name

CPHY_DetectTFCI_CNF

PCO Type

CSAP

Comment

To confirm to CPHY_DetetTFCI_REQ

Type Definition

SEQUENCE {

cellId INTEGER(0..63) ),

routingInfo RoutingInfo

}

Type Name

CPHY_DetectTFCI_REQ

PCO Type

CSAP

Comment

To set the mode of the SS for detecting whether the specified list of TFCI values occurred.

Usage:

At the SS initialization, the default mode is stop.

When the mode is set to start, the SS shall detect whether the specified list of TFCI values (tfci_List) happens on the specified uplink physical channel. When happened the SS generates a CPHY_TFCI_Detected_IND and stop further detection. Otherwise keeps monitoring until a CPHY_DetectTFCI_REQ with mode = stop received.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

mode ENUMERATED{start(0), stop(1)},

tfci_List TFCI_List

}

Type Name

CPHY_TFCI_Detected_IND

PCO Type

CSAP

Comment

To indicate the TFCI value specified in the CPHY_DetectTFCI_REQ has been detected.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

tfciValue INTEGER (0..1023)

}

Type Name

TFCI_List

Comment

Type Definition

SEQUENCE ( SIZE (1..1024)) OF INTEGER (0..1023)

Type Name

CPHY_Ini_REQ

PCO Type

CSAP

Comment

Request to initialize the test

Type Definition

ENUMERATED {

defaultRadioEnvironment(0),

nonDefaultMultiCell(1)

}

Type Name

CPHY_Ini_CNF

PCO Type

CSAP

Comment

Confirm the test initialization

Type Definition

SEQUENCE {

confirmation NULL

}

Type Name

CPHY_Cell_TxPower_Modify_CNF

PCO Type

CSAP

Comment

To confirm to change the DL power

Type Definition

SEQUENCE {

cellId INTEGER(0..63)

}

Type Name

CPHY_Cell_TxPower_Modify_REQ

PCO Type

CSAP

Comment

To request to change the DL power

If the Tx attenuation level value is set to 123, the cell becomes a non-suitable off cell (CPICH_Ec ≤ -122 dBm/3.84 MHz of an off cell).

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

dLTxAttenuationLevel INTEGER(0..40|123)

}

Type Name

CPHY_Frame_Number_CNF

PCO Type

CSAP

Comment

To return the requested connection frame number. The routingInfo indicates a physical channel. The frameNumber is set to (SFN mod 256) when requested on S-CCPCH in PCH/FACH.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

frameNumber INTEGER (0..255)

}

Type Name

CPHY_Frame_Number_REQ

PCO Type

CSAP

Comment

To request the physical layer to return a connection frame number on which the next message can be sent at the specified PCO on the specified logical channel. The return frame number shall leave time from current frame number in order to leave some execution time for TTCN preparing next message. The routingInfo indicates a physical channel

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_SFN_CNF

PCO Type

CSAP

Comment

To return the requested system frame number of the cell. The routingInfo indicates the P-CCPCH physical channel.

In MBMS the MICH Connection Frame Number (CFN) corresponds to the Cell SFN of the frame in which the start of the S-CCPCH frame is located.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

currentSFN INTEGER(0..4095)

}

Type Name

CPHY_SFN_REQ

PCO Type

CSAP

Comment

To request the physical layer to return the current SFN of the cell.

The routingInfo indicates the P-CCPCH physical channel. In MBMS the MICH Connection Frame Number (CFN) corresponds to the Cell SFN of the frame in which the start of the S-CCPCH frame is located. The timing of S-CCPCH relative to P-CCPCH can be configured as timingOffSet in steps of 256 chips.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_MBMS_MICH_q_CNF

PCO Type

CSAP

Comment

To confirm CPHY_MBMS_MICH_q_REQ. The routingInfo indicates the MICH physical channel.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_MBMS_MICH_q_REQ

PCO Type

CSAP

Comment

To request the physical layer to transmit MBMS notification Indicators on the MICH physical channel. The transmission shall start on the SFN specified by the parameter mICHCFN and be continued for one modification period indicated by parameter modiCoefficent. The routingInfo indicates the MICH physical channel. The notification indicators to be transmitted are specified by the parameter indicatorList.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

mICHCFN MICH_CFN,

modiPeriodCoefficent INTEGER(7..10),

indicatorList MBMS_q_List

}

Type Name

MBMS_q_List

Comment

The maximum number of notification indicators per frame for the nn18 alternative is 18.

The maximum number of notification indicators per frame for the nn36 alternative is 36.

The maximum number of notification indicators per frame for the nn72 alternative is 72.

The maximum number of notification indicators per frame for the nn144 alternative is 144.

Type Definition

CHOICE {

nn18 Q_List18,

nn36 Q_List36,

nn72 Q_List72,

nn144 Q_List144

}

Type Name

Q_List18

Comment

This type is a list which holds 128 or 256 or 512 or 1024 values of ListOf18q, each value of ListOf18q is also a list of (1..18) values of INTEGER. The first value of ListOf18q is corresponding to the MICH frame which starts the modification period, the second value of ListOf18q is corresponding to the next MICH frame in the modification period and so on, the last value of ListOf18q is corresponding to the last MICH frame of the modification period. Be noted that for different modification period configurations the number of values of ListOf18q are different and shall match the configuration.

The SS sets the bits {b0, …, b287} of the MICH frame according to the INTEGER values in the ListOf18q corresponding to the MICH frame (see 3GPP TS 25.211 [40], subclause 5.3.3.15)

Type Definition

CHOICE {

fRM128 SEQUENCE SIZE((128)) OF ListOf18q,

fRM256 SEQUENCE SIZE((256)) OF ListOf18q,

fRM512 SEQUENCE SIZE((512)) OF ListOf18q,

fRM1024 SEQUENCE SIZE((1024)) OF ListOf18q

}

Type Name

ListOf18q

Comment

This type holds (1..18) values of the "q" for a MICH frame which MICH CFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs The values of q are calculated by TTCN according to formula:

where: G =2¹⁶, C = 25033;

NI = Notification Indicator (0..65535) is computed by the TTCN for each TMGI according to the formula:

where G = 2¹⁶;

the number of TMGI could be 1 to 18;

SFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs;

Nn = the number of notification indicators per frame:

Type Definition

SEQUENCE (SIZE(1..18)) OF INTEGER (0..17)

Type Name

Q_List36

Comment

This type is a list which holds 128 or 256 or 512 or 1024 values of ListOf36q, each value of ListOf36q is also a list of (1..36) values of INTEGER. The first value of ListOf36q is corresponding to the MICH frame which starts the modification period, the second value of ListOf36q is corresponding to the next MICH frame in the modification period and so on, the last value of ListOf36q is corresponding to the last MICH frame of the modification period. Be noted that for different modification period configurations the number of values of ListOf36q are different and shall match the configuration.

The SS sets the bits {b0, …, b287} of the MICH frame according to the INTEGER values in the ListOf36q corresponding to the MICH frame (see 3GPP TS 25.211 [40], subclause 5.3.3.15).

Type Definition

CHOICE {

fRM128 SEQUENCE (SIZE(128)) OF ListOf36q,

fRM256 SEQUENCE (SIZE(256)) OF ListOf36q,

fRM512 SEQUENCE (SIZE(512)) OF ListOf36q,

fRM1024 SEQUENCE (SIZE(1024)) OF ListOf36q

}

Type Name

ListOf36q

Comment

This type holds (1..36) values of the "q" for a frame which MICH CFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs The values of q are calculated by TTCN according to formula:

where: G = 2¹⁶, C = 25033;

NI = Notification Indicator (0..65535) is computed by the TTCN for each TMGI according to the formula:

where G = 2¹⁶;

the number of TMGI could be 1 to 36;

SFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs;

Nn = the number of notification indicators per frame:

Type Definition

SEQUENCE (SIZE(1..36)) OF INTEGER (0..35)

Type Name

Q_List72

Comment

This type is a list which holds 128 or 256 or 512 or 1024 values of ListOf72q, each value of ListOf72q is also a list of (1..72) values of INTEGER. The first value of ListOf72q is corresponding to the MICH frame which starts the modification period, the second value of ListOf72q is corresponding to the next MICH frame in the modification period and so on, the last value of ListOf72q is corresponding to the last MICH frame of the modification period. Be noted that for different modification period configurations the number of values of ListOf72q are different and shall match the configuration.

The SS sets the bits {b0, …, b287} of the MICH frame according to the INTEGER values in the ListOf72q corresponding to the MICH frame (see 3GPP TS 25.211 [40], subclause 5.3.3.15).

Type Definition

CHOICE {

fRM128 SEQUENCE (SIZE(128)) OF ListOf72q,

fRM256 SEQUENCE (SIZE(256)) OF ListOf72q,

fRM512 SEQUENCE (SIZE(512)) OF ListOf72q,

fRM1024 SEQUENCE (SIZE(1024)) OF ListOf72q

}

Type Name

ListOf72q

Comment

This type holds (1..72) values of the "q" for a frame which MICH CFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs The values of q are calculated by TTCN according to formula:

where: G = 2¹⁶, C = 25033;

NI = Notification Indicator (0..65535) is computed by the TTCN for each TMGI according to the formula:

where G = 2¹⁶;

the number of TMGI could be 1 to 72;

SFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs;

Nn = the number of notification indicators per frame:

Type Definition

SEQUENCE (SIZE(1..72)) OF INTEGER (0..71)

Type Name

Q_List144

Comment

This type is a list which holds 128 or 256 or 512 or 1024 values of ListOf144q, each value of ListOf144q is also a list of (1..144) values of INTEGER. The first value of ListOf144q is corresponding to the MICH frame which starts the modification period, the second value of ListOf144q is corresponding to the next MICH frame in the modification period and so on, the last value of ListOf144q is corresponding to the last MICH frame of the modification period. Be noted that for different modification period configurations the number of values of ListOf144q are different and shall match the configuration.

The SS sets the bits {b0, …, b287} of the MICH frame according to the INTEGER values in the ListOf144q corresponding to the MICH frame (see 3GPP TS 25.211 [40], subclause 5.3.3.15).

Type Definition

CHOICE {

fRM128 SEQUENCE (SIZE(128)) OF ListOf144q,

fRM256 SEQUENCE (SIZE(256)) OF ListOf144q,

fRM512 SEQUENCE (SIZE(512)) OF ListOf144q,

fRM1024 SEQUENCE (SIZE(1024)) OF ListOf144q

}

Type Name

ListOf144q

Comment

This type holds (1..144) values of the "q" for a frame which MICH CFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs The values of q are calculated by TTCN according to formula:

where: G = 2¹⁶, C = 25033;

NI = Notification Indicator (0..65535) is computed by the TTCN for each TMGI according to the formula:

where G = 2¹⁶;

the number of TMGI could be 1 to 144;

SFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs;

Nn = the number of notification indicators per frame:

Type Definition

SEQUENCE (SIZE(1..144)) OF INTEGER (0..143)

Type Name

MICH_CFN

Comment

Subclause 9.2.1.46a of 3GPP TS 25.433 [57]

Type Definition

INTEGER (0..4095)

Type Name

CPHY_MBMS_NI_CNF

PCO Type

CSAP

Comment

To confirm CPHY_MBMS_NI_REQ. The routingInfo indicates the MICH physical channel.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_MBMS_NI_REQ

PCO Type

CSAP

Comment

To request the physical layer to transmit MBMS Notification Indicators on the MICH physical channel. The transmission shall start on the SFN specified by the parameter startingTime and be continued for one modification period indicated by parameter modiPeriodCoefficent. The routingInfo indicates the MICH physical channel. The notification indicators to be transmitted are specified by the parameter indicatorList.

If value of invert is TRUE, all notification indicators Nq are set to "0" and all other indicators are set to "1".

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

startingTime MICH_CFN,

modiPeriodCoefficent INTEGER(7..10),

nIList MBMSIndicatorList,

invert BOOLEAN DEFAULT FALSE

}

Type Name

MBMSIndicatorList

Comment

The TTCN calculates Notification Indicator (NI, 0..65535) for each TMGI according to the formula:

where G = 2¹⁶ and sends these NI to the SS by the MBMSIndicatorList;

The SS shall calculate the q values for every MICH frame of a modification period according to formula:

where: G = 2¹⁶, C = 25033;

SFN = the SFN of the P-CCPCH radio frame during which the start of the MICH radio frame occurs;

Nn = the number of notification indicators per frame:

Then the SS sets the bits {b0, …, b287} of the MICH frame according to the calculated q values which corresponds to the MICH frame (see 3GPP TS 25.211 [40], subclause 5.3.3.15).

Type Definition

CHOICE {

nn18 SEQUENCE (SIZE(1..18)) OF SEQUENCE { nI INTEGER (0..65535)},

nn36 SEQUENCE (SIZE(1..36)) OF SEQUENCE { nI INTEGER (0.. 65535)},

nn72 SEQUENCE (SIZE(1..72)) OF SEQUENCE { nI INTEGER (0.. 65535)},

nn144 SEQUENCE (SIZE(1..144)) OF SEQUENCE { nI INTEGER (0.. 65535)}

}

Type Name

CPHY_Out_of_Sync_IND

PCO Type

CSAP

Comment

To report that the physical channel synchronization (in FDD mode, sync with uplink DPCCH) was lost as detected by the SS receiver.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_PRACH_Measurement_CNF

PCO Type

CSAP

Comment

To Confirm PRACH Measurement Req

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_PRACH_Measurement_REQ

PCO Type

CSAP

Comment

To request for Start or Stop of PRACH Measurements to be done every PRACH PREAMBLE or MESSAGE received.

If reportSFN is set to TRUE, SS shall report in the IE PRACH_MeasurementReport the SFN value at which the event is received.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

pRACH_MeasurementInd PRACH_MeasurementInd,

reportSFN BOOLEAN DEFAULT FALSE –- Rel-8 or later

}

Type Name

PRACH_MeasurementInd

Comment

1) StartMeas: The SS shall start the sending PRACH parameters Measurement report on CPHY PCO, for each PRACH Preamble or MESSAGE received from the UE by primitive CPHY_PRACH_Measurement_Report_IND on CPHY PCO.

2) StopMeas: The SS shall stop sending of PRACH parameters Measurement report on CPHY PCO, for each PRACH Preamble or MESSAGE received from the UE by primitive CPHY_PRACH_Measurement_Report_IND on CPHY PCO.

Type Definition

ENUMERATED {

startMeas (0),

stopMeas (1)

}

Type Name

CPHY_PRACH_Measurement_Report_IND

PCO Type

CSAP

Comment

SS indicates a PRACH parameters measurement report for each PRACH Preambles or MESSAGE received from the UE

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

measurementReport PRACH_MeasurementReport

}

Type Name

PRACH_MeasurementReport

Comment

sfn is included if reportSFN is TRUE in CPHY_PRACH_Measurement_REQ.

Type Definition

SEQUENCE {

usedPRACH_AcessSlot INTEGER (0..14),

usedPRACH_Signature INTEGER (0..15) OPTIONAL,

sfn INTEGER (0..4095) OPTIONAL –- Rel-8 or later

}

Type Name

CPHY_RL_Modify_CNF

PCO Type

CSAP

Comment

To confirm to modify the Radio Link

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_RL_Modify_REQ

PCO Type

CSAP

Comment

To request to modify the Radio Link

HardHandover (PhysicalChannelReconfig)

ChannelizationCodeChange

FrequencyChange

PhysicalChannelModifyForTrCHReconfig

CompressedMode( PhysicalChannelReconfig)

Re_Synchronized HardHandover

Softhandover

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

modifyMessage CphyRlModifyReq

}

Type Name

CphyRlModifyReq

Comment

Type Definition

SEQUENCE {

activationTime SS_ActivationTime,

physicalChannelInfo

CHOICE {

dpch_CompressedModeStatusInfo Dpch_CompressedModeStatusInfo,

secondaryCCPCHInfo SecondaryCCPCHInfo,

pRACHInfo PRACHInfo,

dPCHInfo DPCHInfo,

dPCHInfo_r5 DPCHInfo_r5OrLater, — Rel-5 or later

hS_PDSCHInfo HS_PDSCHInfo_r5OrLater, — Rel-5 or later

e_DPCHInfo SS_E_DPCH_Info_r6OrLater, — Rel-6 or later

e_AGCHInfo SS_E_AGCH_Info, — Rel-6 or later

e_HICHInfo SS_E_HICH_Info, — Rel-6 or later

e_RGCHInfo SS_E_RGCH_Info, — Rel-6 or later

mBMS_MICHInfo SS_MBMS_MICHConfigurationInfo_r6,

— Rel-6 or later

aICHInfo AICHInfo,

relAspTypeExtension SEQUENCE{} — Rel-10 or later

},

trchConfigToFollow BOOLEAN DEFAULT TRUE,

relAspTypeExtension

CphyRlModifyReq _ FDD _r10OrLaterExtensionType OPTIONAL — Rel-10 or later

}

Type Name

SS_ActivationTime

Comment

Type Definition

CHOICE {

activationCFN ActivationTime,

activateNow NULL

}

Type Name

CPHY_RL_Release_CNF

PCO Type

CSAP

Comment

PHY emulator confirms that a specified physical channel has been released.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_RL_Release_REQ

PCO Type

CSAP

Comment

To request to release the Radio Link

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

activationTime SS_ActivationTime

}

Type Name

CPHY_RL_Setup_CNF

PCO Type

CSAP

Comment

To confirm to setup the Radio Link

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_RL_Setup_REQ

PCO Type

CSAP

Comment

To request to setup the associated transport channels and the Radio Link itself.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

setupMessage CphyRlSetupReq

}

Type Name

CphyRlSetupReq

Comment

To request to setup the Radio Link

Type Definition

SEQUENCE {

physicalChannelInfo CHOICE {

primaryCPICHInfo PrimaryCPICHInfo,

secondaryCPICHInfo SecondaryCPICHInfo,

primarySCHInfo PrimarySCHInfo,

secondarySCHInfo SecondarySCHInfo,

primaryCCPCHInfo PrimaryCCPCHInfo,

secondaryCCPCHInfo SecondaryCCPCHInfo,

pRACHInfo PRACHInfo,

pICHInfo PICHInfo,

aICHInfo AICHInfo,

dPCHInfo DPCHInfo,

pDSCHInfo PDSCHInfo,

dPCHInfo_r5 DPCHInfo_r5OrLater, — Rel-5 or later

hS_PDSCHInfo HS_PDSCHInfo_r5OrLater, — Rel-5 or later

e_DPCHInfo SS_E_DPCH_Info_r6OrLater, — Rel-6 or later

e_AGCHInfo SS_E_AGCH_Info, — Rel-6 or later

e_HICHInfo SS_E_HICH_Info, — Rel-6 or later

e_RGCHInfo SS_E_RGCH_Info, — Rel-6 or later

mBMS_MICHInfo SS_MBMS_MICHConfigurationInfo_r6,

— Rel-6 or later

relAspTypeExtension SEQUENCE{} — Rel-10 or later

},

activationTime SS_ActivationTime,

trchConfigToFollow BOOLEAN DEFAULT TRUE,

relAspTypeExtension SEQUENCE{} OPTIONAL — Rel-10 or later

}

Type Name

PrimaryCPICHInfo

Comment

mimoAntenna2CPICH indicates if MIMO is either not configured or configured with a P-CPICH or with an S-CPICH on the MIMO antenna2 (see figure 7 of 3GPP TS 25.214 [12], clause 9).

dC_SecondaryServingCell indicates if the cell is configured as secondary HS-DSCH serving cell, without other common channel than P-CPICH.

MIMO and DC-HSDPA do not co-exist.

Type Definition

SEQUENCE {

dl_TxPower_PCPICH DL_TxPower_PCPICH,

tx_diversityIndicator BOOLEAN,

mimoAntenna2CPICH MimoAntennaConfigType DEFAULT noMimo,

— Rel-7 or later

dC_SecondaryServingCell BOOLEAN DEFAULT FALSE,

— Rel-8 or later

relAspTypeExtension SEQUENCE{} OPTIONAL — Rel-10 or later

}

Type Name

SecondaryCPICHInfo

Comment

The channel can be configured for the MIMO antenna2. The value antenna2pCPICH is not applicable.

Type Definition

SEQUENCE {

scramblingCode INTEGER(0..15),

dl_ChannelizationCode SF512_AndCodeNumber,

dl_TxPower DL_TxPower,

mimoAntenna MimoAntennaConfigType DEFAULT noMimo

— Rel-7 or later

}

Type Name

MimoAntennaConfigType

Comment

Rel-7 or later

Type Definition

ENUMERATED {noMimo(0), antenna2pCPICH(1), antenna2sCPICH(2), spare(3)}

Type Name

PrimarySCHInfo

Comment

Type Definition

SEQUENCE {

tstdIndicator BOOLEAN,

dl_TxPower DL_TxPower

}

Type Name

SecondarySCHInfo

Comment

Type Definition

SEQUENCE {

tstdIndicator BOOLEAN,

dl_TxPower DL_TxPower

}

Type Name

PrimaryCCPCHInfo

Comment

Type Definition

SEQUENCE {

sttd_Indicator BOOLEAN,

dl_TxPower DL_TxPower

}

Type Name

SecondaryCCPCHInfo

Comment

The range for powerOffsetOfTFCI_PO1 and powerOffsetOfPILOT_PO3 is 0 dB to 6 dB, 0.25 dB per step.

mbms_softCombTimingOffset is present when L1-combination applies

When configuring SCCPCH for MBMS "positionFixedOrFlexible" shall be set to Flexible, and sCCPCHSlotFormat shall be chosen to the one without pilot bits

Type Definition

SEQUENCE {

scramblingCode INTEGER(0..15),

dl_ChannelizationCode SF256_AndCodeNumber,

sCCPCHSlotFormat SCCPCHSlotFormat,

timingOffset INTEGER (0..149),

positionFixedOrFlexible PositionFixedOrFlexible,

sttd_Indicator BOOLEAN,

dl_TxPower DL_TxPower,

powerOffsetOfTFCI_PO1 INTEGER (0..24),

powerOffsetOfPILOT_PO3 INTEGER (0..24),

mbms_softCombTimingOffset MBMS_SoftComb_TimingOffset OPTIONAL –-Rel-6 or later

}

Type Name

PRACHInfo

Comment

Type Definition

SEQUENCE {

fdd_tdd CHOICE {

fdd SEQUENCE {

preambleSignature AvailableSignatures,

spreadingFactorForDataPart SF_PRACH,

preambleScramblingCode PreambleScramblingCodeWordNumber,

puncturingLimit PuncturingLimit,

accessSlot AvailableSubChannelNumbers

},

tdd SEQUENCE { — TDD not applicable

},

fdd_prachForEnhUL SEQUENCE { — Rel-8 or later

— For rel-99 PRACH

preambleSignature AvailableSignatures,

spreadingFactorForDataPart SF_PRACH,

preambleScramblingCode PreambleScramblingCodeWordNumber,

puncturingLimit PuncturingLimit,

accessSlot AvailableSubChannelNumbers,

— For Enhanced Uplink E-DCH transmission

commonEDCH_PreambleSignature AvailableSignatures,

— access preamble signature for E-DCH transmission

commonEDCH_PreambleScramblingCode PreambleScramblingCodeWordNumber,

commonEDCH_AccessSlot AvailableSubChannelNumbers

}

}

}

Type Name

PICHInfo

Comment

When the PICH is associated to the HS-SCCH, sccpchId_associated is set to 32 (Rel-7 or later).

Type Definition

SEQUENCE {

pichinfo PICH_Info,

dl_TxPower PICH_PowerOffset,

sccpchId_associated INTEGER (0..32)

— Value 32 used in Rel-7 or later

}

Type Name

AICHInfo

Comment

When e_AI_Info is present:

– upon receipt of the access preamble signature corresponding to a PRACH message transmission i.e. preambleSignature, the Acquisition Indicators is transmitted on AICH

– upon receipt of the access preamble signature corresponding to an E-DCH transmission i.e. commonEDCH_PreambleSignature, the Extended Acquisition Indicators is transmitted on AICH.

Type Definition

SEQUENCE {

aichinfo AICH_Info,

dl_TxPower AICH_PowerOffset,

e_AI_Info E_AI_InfoType OPTIONAL — Rel-8 or later

}

Type Name

DPCHInfo

Comment

At least one of the fields shall be present.

Type Definition

SEQUENCE {

ul_DPCHInfo UL_DPCH_Info OPTIONAL,

dl_DPCHInfo DL_DPCHInfo OPTIONAL

}

Type Name

DL_DPCHInfo

Comment

Type Definition

SEQUENCE {

dl_CommonInformation DL_CommonInformation,

dl_DPCH_InfoPerRL DL_DPCH_InfoPerRL,

rl_Information RL_Information

}

Type Name

HS_DPCCHInfo

Comment

mimoStatus represents status of MIMO and shall be set only if mimo_Parameters are provided in HS-PDSCH configuration

Type Definition

SEQUENCE {

cqi_RepetitionFactor CQI_RepetitionFactor,

ackNackRepetitionFactor ACK_NACK_repetitionFactor,

mimoStatus BOOLEAN DEFAULT FALSE

— Rel-7 or later

}

Type Name

HS_DPCCHInfo_r8

Comment

mimoStatus represents status of MIMO and shall be set only if mimo_Parameters are provided in HS-PDSCH configuration.

secondaryServing_HS_DSCH_Cell indicates if the HS-DSCH secondary serving cell is activated (see 3GPP TS 25.214 [12], clause 6A.1)

Type Definition

SEQUENCE {

cqi_RepetitionFactor CQI_RepetitionFactor,

ackNackRepetitionFactor ACK_NACK_repetitionFactor,

mimoStatus BOOLEAN DEFAULT FALSE,

secondaryServing_HS_DSCH_Cell ENUMERATED { deactivated (0), activated (1) }

DEFAULT deactivated

— Rel-8 or later

}

Type Name

DL_DPCHInfo_r5

Comment

Applicable Rel-5 or later

Type Definition

SEQUENCE {

dl_CommonInformation DL_CommonInformation_r5,

dl_DPCH_InfoPerRL DL_DPCH_InfoPerRL_r5,

rl_Information RL_Information

}

Type Name

DL_TxPower_PCPICH

Comment

Absolute Tx Power of PCPICH

Type Definition

INTEGER (-60..-30)

Type Name

DL_TxPower

Comment

Downlink Tx Power relative to PCPICH

Type Definition

INTEGER (-35..+15)

Type Name

SCCPCHSlotFormat

Comment

Reference to 3GPP TS25.211 [40]

Type Definition

INTEGER (0..17)

Type Name

PDSCHInfo

Comment

Type Definition

SEQUENCE {

fdd_tdd CHOICE {

fdd SEQUENCE {

pdsch_CodeMapping PDSCH_CodeMapping

},

tdd SEQUENCE { — TDD not applicable

},

},

dl_TxPower DL_TxPower

}

Type Name

DPCHInfo_r5OrLater

Comment

Applicable Rel-5 or later

At least one of the first two fields ul_DPCHInfo or dl_DPCHInfo shall be present.

Presence of hs_DPCCHInd means that the HS-DPCCH shall be configured in the uplink DPCH. If hs_DPCCHInd is absent no HS-DPCCH shall be configured in the uplink DPCH, or the configured HS-DPCCH shall be removed in the modify ASP. In the active set which has radio links from more than one cell the HS-DPCCH is configured only in the HS-DSCH serving cell.

Three combinations are valid: ul_DPCH_Info only, dl_DPCHInfo only and ul_DPCH_Info + hs_DPCCHInd.

Presence of ss_UL_DPCCH_DRX_Info if UL DPCH being configured and presence of ss_DRX_Info if DL F-DPCH being configured indicates that UL_DTX is enabled.

ss_DRX_Info is provided as F-DPCH TPC commands need not be transmitted during gaps due to UL-DPCCH DTX (3GPP TS 25.214 [12], subclause 5.1.2.2.1).

ul_DPCH_TimingOffset is the timing offset relative to P-CCPCH, it is provided in Rel-7 only when Enhanced Cell FACH Downlink (common_HS_PDSCH_Info) is configured.

Type Definition

CHOICE {

r5 SEQUENCE {

ul_DPCHInfo UL_DPCH_Info_r5 OPTIONAL,

dl_DPCHInfo DL_DPCHInfo_r5 OPTIONAL,

hs_DPCCHInd HS_DPCCHInfo OPTIONAL

},

r6 SEQUENCE {

ul_DPCHInfo UL_DPCH_Info_r6 OPTIONAL,

dl_DPCHInfo DL_DPCHInfo_r6 OPTIONAL,

hs_DPCCHInd HS_DPCCHInfo OPTIONAL

},

r7 SEQUENCE{

ul_DPCHInfo UL_DPCH_Info_r7 OPTIONAL,

ul_DPCH_TimingOffset INTEGER (0..38399) OPTIONAL,

— timing offset relative to P-CCPCH

— applicable to Rel-7 when Enhanced Cell FACH DL is configured

dl_DPCHInfo DL_DPCHInfo_r7 OPTIONAL,

hs_DPCCHInd HS_DPCCHInfo OPTIONAL,

ss_UL_DPCCH_DRX_Info SS_UL_DPCCH_DRX_Info OPTIONAL,

ss_DRX_Info DTX_Info OPTIONAL

},

r8 SEQUENCE{

ul_DPCHInfo UL_DPCH_Info_r7 OPTIONAL,

dl_DPCHInfo DL_DPCHInfo_r8 OPTIONAL,

hs_DPCCHInd HS_DPCCHInfo_r8 OPTIONAL,

ss_UL_DPCCH_DRX_Info SS_UL_DPCCH_DRX_Info OPTIONAL,

ss_DRX_Info DTX_Info OPTIONAL

},

relAspTypeExtension DPCHInfo_r10OrLaterExtensionType

— Rel-10 or later

}

Type Name

DL_DPCHInfo_r6

Comment

Applicable Rel-6

For SS reconfiguration from DL-DPCH to F-DPCH and vice versa the dl_CommonInformation shall include the defaultDPCH_OffsetValue as additional information for SS even when this is not included in the corresponding RRC message sent to the UE and the timing is maintained.

Type Definition

SEQUENCE {

dl_CommonInformation DL_CommonInformation_r6,

dl_Dpch_InfoPerRL CHOICE {

dl_DPCH_InfoPerRL DL_DPCH_InfoPerRL_r6,

dl_FDPCH_InfoPerRL DL_FDPCH_InfoPerRL_r6

},

rl_Information RL_Information

}

Type Name

DL_DPCHInfo_r7

Comment

Applicable Rel-7 or later

Type Definition

SEQUENCE {

dl_CommonInformation DL_CommonInformation_r7,

dl_Dpch_InfoPerRL CHOICE {

dl_DPCH_InfoPerRL DL_DPCH_InfoPerRL_r7,

dl_FDPCH_InfoPerRL DL_FDPCH_InfoPerRL_r7

},

rl_Information RL_Information

}

Type Name

DL_DPCHInfo_r8

Comment

Applicable Rel-8 or later

Type Definition

CHOICE {

r8 SEQUENCE {

dl_CommonInformation DL_CommonInformation_r8,

dl_Dpch_InfoPerRL CHOICE {

dl_DPCH_InfoPerRL DL_DPCH_InfoPerRL_r7,

dl_FDPCH_InfoPerRL DL_FDPCH_InfoPerRL_r7

},

rl_Information RL_Information

},

spare1 NULL

}

Type Name

SS_UL_DPCCH_DRX_Info

Comment

Type Definition

SEQUENCE {

ss_DRX_Info DTX_Info OPTIONAL,

dtx_DRX_timingInfo DTX_DRX_TimingInfo_r7 OPTIONAL,

uplink_DPCCHSlotFormatInformation Uplink_DPCCH_Slot_Format_Information

}

Type Name

HS_PDSCHInfo_r5OrLater

Comment

Applicable Rel-5 or later

When CHY_RL_Setup_REQ is called with CHOICE of hS_PDSCHInfo HS_PDSCH and HS-SCCH shall be configured in SS.

The following HS-DSCH related parameters are passed to the SS implicitly by HSDSCH_physical_layer_category:

– Maximum number of HS-DSCH codes can be received by UE.

– Minimum inter-TTI interval.

– Maximum number of bits of an HS-DSCH transport block within an HS‑DSCH TTI.

– Total number of soft channel bits".

HSDSCH_physical_Layer_category is also used for interpretation of the meaning of CQI value.

If hs_DPCCHToFollow is FALSE, the hs_DPCCHInd IE shall not be present when ul_DPCHInfo is configured or reconfigured.

Type Definition

CHOICE {

r5 SEQUENCE {

hSDSCHPhysicalLayerCategory HSDSCH_physical_layer_category,

h_RNTI H_RNTI,

dlHSPDSCHInformation DL_HSPDSCH_Information,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE

},

r6 SEQUENCE {

hSDSCHPhysicalLayerCategory HSDSCH_physical_layer_category,

h_RNTI H_RNTI,

dlHSPDSCHInformation DL_HSPDSCH_Information_r6,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE

},

r7 HS_PDSCHInfo_r7,

r8 HS_PDSCHInfo_r8,

r9 HS_PDSCHInfo_r9,

relAspTypeExtension HS_PDSCHInfo_r10OrLaterExtensionType

— Rel-10 or later

}

Type Name

HS_PDSCHInfo_r7

Comment

Rel-7 or later.

Choice of hS_PDSCH_Info will be used for configuring HSD-DSCH with 64QAM and/or CPC.

Choice of common_HS_PDSCH_Info will be used for Enhanced Cell_FACH.

commonOrDedicated_H_RNTI indicates, the H-RNTI that will be used by UE (either dedicated H-RNTI if provided in RRC message, or selected common H-RNTI transmitted in SIB5).

The transmission of BCCH on HS-DSCH is performed by using BCCH specific H-RNTI on the first indexed HS-SCCH code indicated in system information broadcast.

Presence of ss_DTX_Info makes DL DRX to be enabled.

Presence of hs_scch_LessInfo makes HS-SCCH less operation enabled.

Presence of mimo_Parameters indicate MIMO is to be started.

MIMO and HS-SCCH less operation do not co-exist. MIMO is not applicable for non DCH states.

The two IE "hSDSCHPhysicalLayerCategory" and "hsdsch_physical_layer_category_ext" are mutually exclusive. One of the IE shall be present in the SS configuration. The IE "hsdsch_physical_layer_category_ext" is present when MAC-ehs is configured.

If commonOrDedicated_H_RNTI is omitted, HS-SCCHless is to be applied.

If hs_DPCCHToFollow is FALSE, the hs_DPCCHInd IE shall not be present when ul_DPCHInfo is configured or reconfigured. In common_HS_PDSCH_Info, hs_DPCCHToFollow is set to FALSE unless HS-DPCCH is required in specific configuration.

Type Definition

CHOICE {

hS_PDSCH_Info SEQUENCE {

hSDSCHPhysicalLayerCategory HSDSCH_physical_layer_category OPTIONAL,

hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext OPTIONAL,

h_RNTI H_RNTI,

dlHSPDSCHInformation DL_HSPDSCH_Information_r7,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

ss_DTX_Info DRX_Info OPTIONAL,

hs_scch_LessInfo HS_SCCH_LessInfo_r7 OPTIONAL,

mimo_Parameters MIMO_Parameters_r7 OPTIONAL,

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE,

hs_SCCH_SttdIndicator BOOLEAN DEFAULT FALSE

},

common_HS_PDSCH_Info SEQUENCE {

hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext,

commonOrDedicated_H_RNTI H_RNTI OPTIONAL,

bcchSpecific_H_RNTI H_RNTI,

hs_scch_SystemInfo HS_SCCH_SystemInfo,

hs_dsch_PagingSystemInformation HS_DSCH_PagingSystemInformation OPTIONAL,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE

},

spare2 SEQUENCE {},

spare3 SEQUENCE {}

}

Type Name

HS_PDSCHInfo_r8

Comment

Rel-8 or later.

Choice of hS_PDSCH_Info will be used for configuring HSD-DSCH with 64QAM and/or CPC.

Choice of common_HS_PDSCH_Info will be used for Enhanced Cell_FACH.

commonOrDedicated_H_RNTI indicates, the H-RNTI that will be used by UE (either dedicated H-RNTI if provided in RRC message, or selected common H-RNTI transmitted in SIB5).

The transmission of BCCH on HS-DSCH is performed by using BCCH specific H‑RNTI on the first indexed HS-SCCH code indicated in system information broadcast.

Presence of ss_DTX_Info makes DL DRX to be enabled.

Presence of hs_scch_LessInfo makes HS-SCCH less operation enabled.

Presence of mimo_Parameters indicate MIMO is to be started.

MIMO and HS-SCCH less operation do not co-exist. MIMO is not applicable for non DCH states.

The three IE "hSDSCHPhysicalLayerCategory", "hsdsch_physical_layer_category_ext" and "hsdsch_physical_layer_category_ext2" are mutually exclusive. One of the IE shall be present in the SS configuration. The IE "hsdsch_physical_layer_category_ext2" is present when DC-HSDPA is configured.

If commonOrDedicated_H_RNTI is omitted, HS-SCCHless is to be applied.

If hs_DPCCHToFollow is FALSE, the hs_DPCCHInd IE shall not be present when ul_DPCHInfo is configured or reconfigured.

Presence of ss_HS_DSCH_DtxCellFach makes HS-DSCH DRX operation enabled and SS shall transmit any requested HS-SCCH and HS-DSCH only in occasions when UE will be listening.

Type Definition

CHOICE {

hS_PDSCH_Info SEQUENCE {

hSDSCHPhysicalLayerCategory HSDSCH_physical_layer_category OPTIONAL,

hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext OPTIONAL,

hsdsch_physical_layer_category_ext2

HSDSCH_physical_layer_category_ext2 OPTIONAL,

h_RNTI H_RNTI,

dlHSPDSCHInformation DL_HSPDSCH_Information_r8,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

ss_DTX_Info DRX_Info OPTIONAL,

hs_scch_LessInfo HS_SCCH_LessInfo_r7 OPTIONAL,

mimo_Parameters MIMO_Parameters_r8 OPTIONAL,

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE,

hs_SCCH_SttdIndicator BOOLEAN DEFAULT FALSE

},

common_HS_PDSCH_Info SEQUENCE {

hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext,

commonOrDedicated_H_RNTI H_RNTI OPTIONAL,

bcchSpecific_H_RNTI H_RNTI,

hs_scch_SystemInfo HS_SCCH_SystemInfo,

hs_dsch_PagingSystemInformation HS_DSCH_PagingSystemInformation OPTIONAL,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE,

ss_HS_DSCH_DtxCellFach HS_DSCH_DrxCellfach_info OPTIONAL

},

spare2 SEQUENCE {},

spare3 SEQUENCE {}

}

Type Name

HS_PDSCHInfo_r9

Comment

Rel-9 or later.

Choice of hS_PDSCH_Info will be used for configuring HSD-DSCH with 64QAM and/or CPC.

Choice of common_HS_PDSCH_Info will be used for Enhanced Cell_FACH.

commonOrDedicated_H_RNTI indicates, the H-RNTI that will be used by UE (either dedicated H-RNTI if provided in RRC message, or selected common H-RNTI transmitted in SIB5).

The transmission of BCCH on HS-DSCH is performed by using BCCH specific H‑RNTI on the first indexed HS-SCCH code indicated in system information broadcast.

Presence of ss_DTX_Info makes DL DRX to be enabled.

Presence of hs_scch_LessInfo makes HS-SCCH less operation enabled.

Presence of mimo_Parameters indicate MIMO is to be started.

MIMO and HS-SCCH less operation do not co-exist. MIMO is not applicable for non DCH states.

The IEs "hSDSCHPhysicalLayerCategory", "hsdsch_physical_layer_category_ext", "hsdsch_physical_layer_category_ext2" and "hsdsch_physical_layer_category_ext3" are mutually exclusive. One of the IE shall be present in the SS configuration. The IE "hsdsch_physical_layer_category_ext2" is present when DC-HSDPA is configured. The IE "hsdsch_physical_layer_category_ext3" is present when DC-HSDPA with MIMO is configured.

If commonOrDedicated_H_RNTI is omitted, HS-SCCHless is to be applied.

If hs_DPCCHToFollow is FALSE, the hs_DPCCHInd IE shall not be present when ul_DPCHInfo is configured or reconfigured.

Presence of ss_HS_DSCH_DtxCellFach makes HS-DSCH DRX operation enabled and SS shall transmit any requested HS-SCCH and HS-DSCH only in occasions when UE will be listening.

Type Definition

CHOICE {

hS_PDSCH_Info SEQUENCE {

hSDSCHPhysicalLayerCategory HSDSCH_physical_layer_category OPTIONAL,

hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext OPTIONAL,

hsdsch_physical_layer_category_ext2

HSDSCH_physical_layer_category_ext2 OPTIONAL,

hsdsch_physical_layer_category_ext3

HSDSCH_physical_layer_category_ext3 OPTIONAL,

h_RNTI H_RNTI,

dlHSPDSCHInformation DL_HSPDSCH_Information_r9,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

ss_DTX_Info DRX_Info OPTIONAL,

hs_scch_LessInfo HS_SCCH_LessInfo_r7 OPTIONAL,

mimo_Parameters MIMO_Parameters_r9 OPTIONAL,

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE,

hs_SCCH_SttdIndicator BOOLEAN DEFAULT FALSE

},

common_HS_PDSCH_Info SEQUENCE {

hsdsch_physical_layer_category_ext HSDSCH_physical_layer_category_ext,

commonOrDedicated_H_RNTI H_RNTI OPTIONAL,

bcchSpecific_H_RNTI H_RNTI,

hs_scch_SystemInfo HS_SCCH_SystemInfo,

hs_dsch_PagingSystemInformation HS_DSCH_PagingSystemInformation OPTIONAL,

sttd_Indicator BOOLEAN,

hs_SCCH_TxPower DL_TxPower, — offset related to CPICH

hs_DPCCHToFollow BOOLEAN DEFAULT TRUE,

ss_HS_DSCH_DtxCellFach HS_DSCH_DrxCellfach_info OPTIONAL

},

spare2 SEQUENCE {},

spare3 SEQUENCE {}

}

Type Name

SS_E_DPCH_Info_r6OrLater

Comment

Rel-6 or later.

If there is an UL-DPCH configured in the cell the E-DPCH shall use the same scramblingCodeType and scramblingCode as the UL-DPCH.

Presence of ul_16QAM_Settings enables usage of 16QAM in UL. With 16QAM configured the value of "E-TFCI table index" is increased by 2, and indices in the SG-Table refer to Scheduling Grant Table 2 in 3GPP TS 25.321 [17].

The IEs "edch_PhysicalLayerCategory" , "edch_PhysicalLayerCategory_extension" and "edch_PhysicalLayerCategory_extension2" are mutually exclusive. One of the IE shall be present in the SS configuration. The IE "edch_PhysicalLayerCategory_extension" is present only for UE categories greater than or equal to 7.

"edch_PhysicalLayerCategory_extension2" is present when Dual Cell E-DCH operation is configured.

Type Definition

CHOICE {

r6 SEQUENCE {

e_DPCCH_Info E_DPCCH_Info,

e_DPDCH_Info E_DPDCH_Info,

scramblingCodeType ScramblingCodeType OPTIONAL,

scramblingCode UL_ScramblingCode OPTIONAL,

tti E_DCH_TTI OPTIONAL,

edch_PhysicalLayerCategory INTEGER (1..16)

},

r7 SEQUENCE {

e_DPCCH_Info E_DPCCH_Info_r7,

e_DPDCH_Info E_DPDCH_Info_r7,

scramblingCodeType ScramblingCodeType OPTIONAL,

scramblingCode UL_ScramblingCode OPTIONAL,

tti E_DCH_TTI OPTIONAL,

edch_PhysicalLayerCategory INTEGER (1..16) OPTIONAL,

edch_PhysicalLayerCategory_extension INTEGER (7) OPTIONAL,

ul_16QAM_Settings UL_16QAM_Settings OPTIONAL

},

r8 SEQUENCE {

e_DPCCH_Info E_DPCCH_Info_r7,

e_DPDCH_Info E_DPDCH_Info_r8,

scramblingCodeType ScramblingCodeType OPTIONAL,

scramblingCode UL_ScramblingCode OPTIONAL,

tti E_DCH_TTI OPTIONAL,

edch_PhysicalLayerCategory INTEGER (1..16) OPTIONAL,

edch_PhysicalLayerCategory_extension INTEGER (7) OPTIONAL,

ul_16QAM_Settings UL_16QAM_Settings OPTIONAL,

s_offset INTEGER (0..9) OPTIONAL -– Used for enhFACH UL

},

r9 SEQUENCE {

e_DPCCH_Info E_DPCCH_Info_r7,

e_DPDCH_Info E_DPDCH_Info_r8,

scramblingCodeType ScramblingCodeType OPTIONAL,

scramblingCode UL_ScramblingCode OPTIONAL,

tti E_DCH_TTI OPTIONAL,

edch_PhysicalLayerCategory INTEGER (1..16) OPTIONAL,

edch_PhysicalLayerCategory_extension INTEGER (7) OPTIONAL,

edch_PhysicalLayerCategory_extension2 INTEGER (8..9) OPTIONAL,

ul_16QAM_Settings UL_16QAM_Settings OPTIONAL,

s_offset INTEGER (0..9) OPTIONAL -– Used for enhFACH UL

},

relAspTypeExtension SEQUENCE{} — Rel-10 or later

}

Type Name

SS_E_AGCH_Info

Comment

Rel-6 or later.

Presence of ss_DTX_Info indicates DL_DRX is enabled and SS shall transmit any requested AGCH only in occasions when UE will be listening.

Type Definition

CHOICE {

r6 SEQUENCE {

e_AGCHInfo E_AGCH_Information,

tti E_DCH_TTI,

e_AGCH_PowerOffset INTEGER (0..255)

— Range and Step are acc to 25.433, 9.2.2.13Id

— Offset relative to P-CPICH,

e_RNTI_Primary E_RNTI OPTIONAL,

e_RNTI_Secondary E_RNTI OPTIONAL,

ss_DTX_Info DRX_Info OPTIONAL, — Rel-7 or later

sttdIndicator BOOLEAN DEFAULT FALSE

},

r8 SEQUENCE { — Rel-8 or later

e_AGCHInfo E_AGCH_Information_r8,

tti E_DCH_TTI,

e_AGCH_PowerOffset INTEGER (0..255),

— Range and Step are acc to 25.433, 9.2.2.13Id

— Offset relative to P-CPICH

e_RNTI_Primary E_RNTI OPTIONAL,

e_RNTI_Secondary E_RNTI OPTIONAL,

ss_DTX_Info DRX_Info OPTIONAL,

initialServingGrantValue INTEGER (0..37) OPTIONAL, — Used for enhFACH UL

sttdIndicator BOOLEAN DEFAULT FALSE

},

relAspTypeExtension SEQUENCE{} — Rel-10 or later

}

Type Name

SS_E_HICH_Info

Comment

Rel-6 or later.

Only one of e_HICHInfo and e_HICHInfoCommonEDCH can be present.

Type Definition

SEQUENCE {

e_HICHInfo E_HICH_Information OPTIONAL,

e_HICHInfoCommonEDCH E_HICH_Information_CommonEdch OPTIONAL,

— Rel-8 or later

tti E_DCH_TTI,

e_HICH_PowerOffset INTEGER (0..255),

— PowerOffset = -32 + offset * 0.25

— Unit dB, Range -32dB .. +31.75dB, Step +0.25dB

— (25.433, 9.2.2.13If), offset relative to P-CPICH

sttdIndicator BOOLEAN DEFAULT FALSE,

relAspTypeExtension SS_E_HICH_Info_r10OrLaterExtensionType OPTIONAL

— Rel-10 or later

}

Type Name

SS_E_RGCH_Info

Comment

Rel-6 or later.

Presence of ss_DTX_Info indicates DL_DRX is enabled and SS shall transmit any requested RGCH only in occasions when UE is going to listen.

Only one of e_RGCHInfo and e_RGCHInfoCommonEDCH can be present.

Type Definition

SEQUENCE {

e_RGCHInfo E_RGCH_Information OPTIONAL,

e_RGCHInfoCommonEDCH E_RGCH_Information_CommonEdch OPTIONAL,

— Rel-8 or later

tti E_DCH_TTI,

e_RGCH_PowerOffset INTEGER (0..255),

— Range Range:-32 .. +31.75 dB, Step: 0.25 dB

— Offset relative to P-CPICH

ss_DTX_Info DRX_Info OPTIONAL, — Rel-7 or later

sttdIndicator BOOLEAN DEFAULT FALSE,

relAspTypeExtension SEQUENCE{} OPTIONAL — Rel-10 or later

}

Type Name

RL_Information

Comment

The range for powerOffsetOfTPC_PO2 and powerOffsetOfTFCI_PO1 and powerOffsetOfPILOT_PO3 is 0 dB to 6 dB, 0,25 dB per step.

The IE cfnTgtSfnFrameOffset is applied when adding another RL or moving the UE to another cell in DCH state in the timing-maintained hard handover or in the softhandover. The cfnTgtSfnFrameOffset is defined as being the time difference between the CFN and the SFN of the cell in which the RL is to be added.

The use of cfnTgtSfnFrameOffset and DOFF (Default DPCH Offset Value) is mutually exclusive. The IE cfnTgtSfnFrameOffset is omitted when configuring the 1^st RL, or configuring the RL in the timing re-initialized hard handover where the required synchronization information is provided in defaultDPCH_offsetValue in DL_CommonInformation.

In addition, TmTgt value is provided to dpch_FrameOffset in DL_DPCH_InfoPerRL_r5 or DL_DPCH_InfoPerRL_r6 as CFNchipOffset_Tgt. TmTgt can be observed by the UE, or calculated by the TTCN. If it is calculated,

TmTgt = (DOFF*512 + 38400 + TCell_Ref – TCell_Tgt) Mod 38400.

dl_FDPCH_ShoConfig set to TRUE, indicates that F-DPCH is configured in softHO.

Type Definition

SEQUENCE {

powerOffsetOfTFCI_PO1 INTEGER (0..24),

powerOffsetOfTPC_PO2 INTEGER (0..24),

powerOffsetOfPILOT_PO3 INTEGER (0..24),

dl_TxPower DL_TxPower,

dl_TxPowerMax DL_TxPower,

dl_TxPowerMin DL_TxPower,

cfnTgtSfnFrameOffset CfnTgtSfnFrameOffset OPTIONAL,

dl_FDPCH_ShoConfig BOOLEAN DEFAULT FALSE –- Rel-6 or later

}

Type Name

CfnTgtSfnFrameOffset

Comment

1. The observedValue is provided if the UE reads SFN when measuring "Cell synchronization information" and sends it to the SS in MEASUREMENT REPORT message. The OFF value in IE COUNT-C-SFN frame difference is applied to the observedValue.

2. If the synchronization between the target cell and the reference cell is calculated the calculatedAbsoluteValue is applied. Depending upon how to interpret SfnOffset two valid calculations exist.

2.1 If SfnOffset is interpreted as the frames lagging behind:

calculated_sfnLagging = (((4096 * 38400) + SfnOffset_Ref * 38400 +TCell_Ref + DOFF*512 – (SfnOffset_Tgt * 38400 + TCell_Tgt)) mod (256 * 38400)) / 38400

2.2 If SfnOffset is interpreted as the frames in advance:

calculated_sfnInAdvance = (((4096 + SfnOffset_Tgt – SfnOffset_Ref) * 38400 +TCell_Ref + DOFF*512 – TCell_Tgt) mod (256 * 38400)) / 38400

The formula can be further simplified in the default condition if SfnOffset_Ref and TCell_Ref are equal to 0:

calculated_sfnLagging = (((4096 * 38400) + DOFF*512 – (SfnOffset_Tgt * 38400 + TCell_Tgt)) mod (256 * 38400)) / 38400

calculated_sfnInAdvance = ((DOFF*512 + SfnOffset_Tgt * 38400 – TCell_Tgt) Mod (256 * 38400)) / 38400

calculated_sfnInAdvance = (calculated_sfnLagging + 2* SfnOffset_Tgt) mod 256

calculated_sfnLagging = (calculated_sfnInAdvance + (4096 – SfnOffset_Tgt) * 2) mod 256

The TTCN provides calculated_sfnLagging.

Type Definition

SEQUENCE {

referenceCellId INTEGER(0..63),

cfnFrameOffset CHOICE {

observed INTEGER (0..255),

calculated INTEGER (0..255) }

}

Type Name

SS_MBMS_MICHConfigurationInfo_r6

Comment

Rel-6 or later.

Type Definition

SEQUENCE {

michinfo MBMS_MICHConfigurationInfo_r6,

sccpchId_associated INTEGER (0..31)

}

Comment

defaultE_DCH_ResourceIndex is the index (range 0 to 31) in SIB5/5bis of the E‑DCH resource to be used by SS when providing the resource configuration index to UE in the E-AI indication.

defaultE_DCH_ResourceIndex = -1 indicates that any E-DCH resource index is used as appropriate and as indicated by UE in the access preamble.

The totalNumberE_DCH is the total number of E-DCH resources configured in SIB5/5bis.

Type Definition

SEQUENCE {

defaultE_DCH_ResourceIndex INTEGER (-1..31),

totalNumberE_DCH INTEGER (1..32)

}

Type Name

CPHY_Sync_IND

PCO Type

CSAP

Comment

To indicate that physical channel synchronization (in FDD mode, sync with DPCCH) has been achieved.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_HS_DPCCH_AckNack_CNF

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To Confirm CPHY_HS_DPCCH_AckNack_REQ

Type Definition

SEQUENCE {

cellId INTEGER(0..63)

}

Type Name

CPHY_HS_DPCCH_AckNack_REQ

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To request for start or stop reporting Ack/Nack received on the HS-DPCCH for the HARQ process hARQProcessId. Harq Process ID 0..15 represent the respective process Id with HS-SCCH type 1 operation. Value 31 represents all HARQ process IDs.

E.g. HS-SCCH less/HS-SCCH Type 2 operation uses value 31.

At the initialization the SS is at the "sTOPRep" state without reporting any Ack/Nack

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

ratType RatType,

ackNackReportReq AckNackReportReq,

hARQProcessId INTEGER(0..15|31)

}

Type Name

AckNackReportReq

Comment

Applicable Rel-5 or later

startRep: The SS shall start reporting the HARQ-ACK information received on HS-DPCCH by primitive CPHY_HS_DPCCH_AckNack_IND on CPHY PCO.

stopRep: The SS shall stop reporting.

Type Definition

ENUMERATED {

startRep (0),

stopRep (1)

}

Type Name

CPHY_HS_DPCCH_AckNack_IND

PCO Type

CSAP

Comment

Applicable Rel-5 or later

SS reportes the HARQ-ACK information received on HS_DPCCH,

each received Ack/Nack generates a CPHY_HS_DPCCH_AckNack_IND

Harq Process ID 0..15 represent the process Id with HS-SCCH type 1 operation. Value 31 represents all HARQ process IDs.

E.g. HS-SCCH less/HS-SCCH Type 2 operation uses value 31.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

ratType RatType,

hARQ_ACKInfo ENUMERATED {ack(0), nack (1)},

hARQProcessId INTEGER(0..15|31)

}

Type Name

CPHY_HS_DPCCH_CQI_CNF

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To Confirm CPHY_HS_DPCCH_CQI_REQ

Type Definition

SEQUENCE {

cellId INTEGER(0..63)

}

Type Name

CPHY_HS_DPCCH_CQI_REQ

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To enable the SS to start reporting N times of the CQI value received on the HS‑DPCCH. After N times the SS stops reporting. N is specified in numberOfReports.

At the SS initialization reporting of CQI values is disabled

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

ratType RatType,

numberOfReports INTEGER(1..32)

}

Type Name

CPHY_HS_DPCCH_CQI_IND

PCO Type

CSAP

Comment

Applicable Rel-5 or later

SS generates the indication when a CQI value is received on HS_DPCCH after invocation of ASP CPHY_HS_DPCCH_CQI_REQ and before the numberOfReports is reached.

This ASP is used for verifying whether the UE has configured the HS-DSCH and starts reception of HS-DSCH (3GPP TS 25.331 [21], subclause 8.6.6.34).

‘second_cqi’ shall be reported when MIMO is configured and dual transport block type A CQI report is received. When second_cqi is present, allowed values for ‘cqi’ are 0..14.

In all other cases (i.e. non MIMO operation, MIMO operation but with CQI type B or single transport block type A CQI reports] ‘second_cqi’ shall not be reported and range for cqi is 0..30.

‘pci’ and cqiType shall be present when MIMO is configured.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

ratType RatType,

cfn INTEGER (0..255), — Rel-7 or later

subframe INTEGER (0..4), — Rel-7 or later

cqi INTEGER (0..30),

cqiExt CQI_ExtensionType

}

Type Name

CQI_ExtensionType

Comment

Rel-7 or later

The value -1 for second_cqi indicates the absence of the second CQI.

Type Definition

SEQUENCE {

second_cqi INTEGER (-1..14) OPTIONAL,

pci INTEGER (0..3) OPTIONAL, — MIMO

cqiType ENUMERATED {cqiTypeA(0), cqiTypeB(1)} OPTIONAL — MIMO

}

Type Name

CPHY_HS_DPCCH_CQI_DC_CNF

PCO Type

CSAP

Comment

Applicable Rel-8 or later

To Confirm CPHY_HS_DPCCH_CQI_DC_REQ

Type Definition

SEQUENCE {

cellId INTEGER(0..63)

}

Type Name

CPHY_HS_DPCCH_CQI_DC_REQ

PCO Type

CSAP

Comment

Applicable Rel-8 or later

To enable the SS to start reporting N times of the CQI value received on the HS-DPCCH on cellId when DC-HSDPA is configured. After N times the SS stops reporting. N is specified in numberOfReports.

At the SS initialization reporting of CQI values is disabled.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

ratType RatType,

numberOfReports INTEGER(1..32)

}

Type Name

CPHY_HS_DPCCH_CQI_DC_IND

PCO Type

CSAP

Comment

Applicable Rel-8 or later

SS generates the indication when a CQI value is received on HS-DPCCH after invocation of ASP CPHY_HS_DPCCH_CQI_REQ and before the numberOfReports is reached.

This ASP is used for verifying whether the UE has configured the HS-DSCH and starts reception of HS-DSCH (3GPP TS 25.331 [21], subclause 8.6.6.34 and 3GPP TS 25.212 [58], subclause 4.7.3.A2).

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

ratType RatType,

cfn INTEGER (0..255),

subframe INTEGER (0..4),

cqi_dCHSDPA INTEGER (0..1023)

}

Type Name

CPHY_HS_DSCH_CRC_Mode_CNF

PCO Type

CSAP

Comment

Applicable Rel-5 or later

Confirm a previous CPHY_HS_DSCH_CRC_Mode_REQ being successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo

}

Type Name

CPHY_HS_DSCH_CRC_Mode_REQ

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To set the CRC calculation mode for HS-DSCH.

If mode = normal, the SS generates the correct CRC.

If mode = erroneous, the SS always generates any wrong CRC value which is different from the correct one on the specified MACdFlow/mac-ehs Queue.

If mode = error1AndNormal, the SS generates wrong CRC for first transmission and correct CRC on first retransmission. Later SS operates in normal mode.

If mode = error2AndNormal, the SS generates wrong CRC for first transmission, first retransmission and correct CRC second retransmission. The corrupted bits in first error transmission and second error transmission are different, so that when UE combines the data from three transmission, shall result in correct data. Later SS operates in normal mode.

As default, the normal mode is applied. When the HS-DSCH first configured or reconfigured the SS enters the normal CRC calculation mode.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63) ,

routingInfo RoutingInfo,

flow_Queue_Id Flow_Queue_ID,

mode ENUMERATED {normal(0), erroneous(1),

error1AndNormal(2), error2AndNormal(3)}

}

Type Name

Flow_Queue_ID

Comment

Choice MAC_d_Flow is used when MAC-hs is configured and MAC_ehs_Queue is used when MAC-ehs is configured.

Type Definition

CHOICE {

mac_dFlowId MAC_d_FlowIdentity,

mac_ehs_QueueId NULL

}

Type Name

CPHY_TrCH_Config_CNF

PCO Type

CSAP

Comment

To confirm to configure the transport channel

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_TrCH_Config_REQ

PCO Type

CSAP

Comment

To request to configure the transport channel

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

trchConfigType TrchConfigType,

configMessage CphyTrchConfigReq

}

Type Name

CphyTrchConfigReq

Comment

To request to configure the transport channel.

The same TFCS information should be provided to the PHY and MAC layers at all times. When a CPHY_TrCH_Config_REQ is used to configure the PHY layer, a corresponding CMAC_Config_REQ should be sent to the MAC layer to ensure that the configuration is consistent.

HS-DSCH MAC-d/EHS-DSCH/EHS-DSCH-Common flows or E-DCH MAC-d flows shall be separately configured whilst the ulconnectedTrCHList, ulTFCS, dlconnectedTrCHList and dlTFCS are omitted.

For configuring MBMS if the default TFCS used in the RRC message the dLTFCS shall use the "complete" CHOICE in "ExplicitTFCS-Configuration " IE and the TFCS configuration shall be in line with clause 14.10.1.1/14.10.1.2 of 3GPP TS 25.331 [21].

ehs_DSCH_Flow or ehs_DSCH_Flows_r9 is used when MAC-ehs is to be configured in Cell_DCH state.

ehs_DSCH_CommonFlows shall be used for configuring MAC_ehs layer in common connected mode states.

Only one of hsDSCHMacdFlows, ehs_DSCH_Flows, ehs_DSCH_CommonFlows, ehs_DSCH_Flows_r9, can be present.

e_DCHMacd_CommonFlows shall be used for configuring MACi/is in common connected mode states.

Type Definition

SEQUENCE {

activationTime SS_ActivationTime,

ulconnectedTrCHList SEQUENCE (SIZE (0..maxTrCH)) OF SEQUENCE {

trchid TransportChannelIdentity,

ul_TransportChannelType SS_UL_TransportChannelType,

transportChannelInfo CommonOrDedicatedTFS

} OPTIONAL,

ulTFCS TFCS OPTIONAL,

dlconnectedTrCHList SEQUENCE (SIZE (0..maxTrCH)) OF SEQUENCE {

trchid TransportChannelIdentity,

dl_TransportChannelType SS_DL_TransportChannelType,

transportChannelInfo CommonOrDedicatedTFS

} OPTIONAL,

dlTFCS TFCS OPTIONAL,

hsDSCHMacdFlows HS_DSCHMACdFlows OPTIONAL, — Rel-5 or later

e_DCHMacdFlows E_DCHMACdFlows OPTIONAL, — Rel-6 or later

ehs_DSCH_Flows EHS_DSCH_Flows OPTIONAL, — Rel-7 or later

ehs_DSCH_CommonFlows EHS_DSCH_CommonFlows OPTIONAL, — Rel-7 or later

e_DCHMacd_CommonFlows CommonE_DCHMACdFlows OPTIONAL, — Rel-8 or later

ehs_DSCH_Flows_r9 EHS_DSCH_Flows_r9 OPTIONAL, — Rel-9 or later

relAspTypeExtension TrCHInfo_r10OrLaterExtensionType OPTIONAL

— Rel-10 or later

}

Type Name

RoutingInfo

Comment

To route between each channels.

Type Definition

CHOICE

physicalChannelIdentity INTEGER {0..31},

transportChannelIdentity TransportChannelIdentity,

logicalChannelIdentity LogicalChannelIdentity,

rB_Identity INTEGER {-31..32},

cn_DomainIdentity CN_DomainIdentity

}

Type Name

RatType

Comment

To select route between each channels.

Type Definition

ENUMERATED {

fdd (0), tdd128 (1)

}

Type Name

CommonOrDedicatedTFS

Comment

Transport Format Set

Type Definition

SEQUENCE {

tti CHOICE {

tti10 CommonOrDedicatedTF_InfoList,

tti20 CommonOrDedicatedTF_InfoList,

tti40 CommonOrDedicatedTF_InfoList,

tti80 CommonOrDedicatedTF_InfoList,

dynamic CommonOrDedicatedTF_InfoList_DynamicTTI

},

semistaticTF_Information SemistaticTF_Information

}

Type Name

CommonOrDedicatedTF_InfoList

Comment

Transport Format Set

Type Definition

SEQUENCE (SIZE (1..maxTF)) OF CommonOrDedicatedTF_Info

Type Name

CommonOrDedicatedTF_Info

Comment

Transport Format Set

Type Definition

SEQUENCE {

tb_Size INTEGER (0..5035),

numberOfTbSizeList SEQUENCE (SIZE (1..maxTF)) OF NumberOfTransportBlocks,

logicalChannelList SS_LogicalChannelList

}

Type Name

CommonOrDedicatedTF_InfoList_DynamicTTI

Comment

Transport Format Set for TDD mode

Type Definition

SEQUENCE {

tb_Size INTEGER (0..5035),

numberOfTbSizeList SEQUENCE (SIZE (1..maxTF)) OF NumberOfTransportBlocks,

logicalChannelList SS_LogicalChannelList

}

Type Name

TrchConfigType

Comment

Type Definition

CHOICE {

nonDch NULL,

dch ENUMERATED {normal(0), softHO(1)}

}

Type Name

HS_DSCHMACdFlows

Comment

Applicable Rel-5 or later

Within the ACK/NACK repetition period indicated by ackNackRepetitionFactor the SS shall not transmit MAC-hs PDU’s on HS-PDSCH.

Only one among harqInfo and harqInfo_r7 shall be present. Harq_Info_r7 shall be used for Rel-7 or later.

mimoStatus represents status of MIMO, and shall be set only if mimo_Parameters are provided in HS-PDSCH configuration

Type Definition

SEQUENCE {

harqInfo HARQ_Info OPTIONAL,

addOrReconfMACdFlow SS_AddOrReconfMAC_dFlow OPTIONAL,

ackNackRepetitionFactor ACK_NACK_repetitionFactor OPTIONAL,

harqInfo_r7 HARQ_Info_r7 OPTIONAL

— to be used for Rel-7 or later.

}

Type Name

EHS_DSCH_Flows

Comment

Applicable Rel-7 or later

Within the ACK/NACK repetition period indicated by ackNackRepetitionFactor the SS shall not transmit MAC-hs PDU’s on HS-PDSCH.

mimoStatus represents status of MIMO, and shall be set only if mimo_Parameters are provided in HS-PDSCH configuration

Type Definition

SEQUENCE {

harqInfo_r7 HARQ_Info_r7 OPTIONAL,

addOrReconfMAC_ehs_ReordQ SS_MAC_ehs_AddReconfReordQueueList OPTIONAL,

ackNackRepetitionFactor ACK_NACK_repetitionFactor OPTIONAL,

mimoStatus BOOLEAN OPTIONAL

}

Type Name

SS_MAC_ehs_AddReconfReordQueueList

Comment

Applicable Rel-7 or later

Type Definition

SEQUENCE (SIZE (1..maxQueueIDs)) OF SS_MAC_ehs_AddReconfReordQ

Type Name

SS_MAC_ehs_AddReconfReordQ

Comment

Applicable Rel-7 or later

The priority of PriorityQueue shall set according to the priority of logical channels which is mapped on to this priority queue.

NOTE: The range of priority of PriorityQueue is from 0 to 7 and 0 is the lowest priority.

Type Definition

SEQUENCE {

mAC_ehs_AddReconfReordQ MAC_ehs_AddReconfReordQ,

priority INTEGER(0..7)

}

Comment

Applicable Rel-9 or later

Within the ACK/NACK repetition period indicated by ackNackRepetitionFactor the SS shall not transmit MAC-hs PDU’s on HS-PDSCH.

mimoStatus represents status of MIMO, and is set only if mimo_Parameters are provided in HS-PDSCH configuration. In dedicated MAC configuration mimostatus is not applicable.

Type Definition

SEQUENCE {

harqInfo_r7 HARQ_Info_r7 OPTIONAL,

addOrReconfMAC_ehs_ReordQ SS_MAC_ehs_AddReconfReordQueueList_r9 OPTIONAL,

ackNackRepetitionFactor ACK_NACK_repetitionFactor OPTIONAL,

mimoStatus BOOLEAN OPTIONAL

}

Type Name

SS_MAC_ehs_AddReconfReordQueueList_r9

Comment

Applicable Rel-9 or later

Type Definition

SEQUENCE (SIZE (1..maxQueueIDs)) OF SS_MAC_ehs_AddReconfReordQ_r9

Type Name

SS_MAC_ehs_AddReconfReordQ_r9

Comment

Applicable Rel-9 or later

The priority of PriorityQueue shall set according to the priority of logical channels which is mapped on to this priority queue.

NOTE: The range of priority of PriorityQueue is from 0 to 7 and 0 is the lowest priority.

Type Definition

SEQUENCE {

mAC_ehs_AddReconfReordQ MAC_ehs_AddReconfReordQ_r9,

priority INTEGER(0..7)

}

Type Name

EHS_DSCH_CommonFlows

Comment

Applicable Rel-7 or later

Type Definition

SEQUENCE {

harqInfo_r7 HARQ_Info_r7 OPTIONAL,

common_MAC_ehs_ReorderingQueueList SS_Common_MAC_ehs_ReorderingQueueList OPTIONAL

}

Type Name

SS_Common_MAC_ehs_ReorderingQueueList

Comment

Applicable Rel-7 or later

Type Definition

SEQUENCE (SIZE (1..maxQueueIDs)) OF SS_Common_MAC_ehs_ReorderingQueue

Comment

Applicable Rel-7 or later

The priority of PriorityQueue shall set according to the priority of logical channels which is mapped on to this priority queue.

NOTE: The range of priority of PriorityQueue is from 0 to 7 and 0 is the lowest priority.

Type Definition

SEQUENCE {

common_MAC_ehs_ReorderingQueue Common_MAC_ehs_ReorderingQueue,

priority INTEGER(0..7)

}

Type Name

SS_AddOrReconfMAC_dFlow

Comment

Applicable Rel-5 or later

Type Definition

SEQUENCE {

mac_hs_AddReconfQueue_List SEQUENCE (SIZE(1..maxQueueIDs)) OF SEQUENCE {

mac_hs_AddReconfQueue SS_MAC_hs_AddReconfQueue} OPTIONAL,

mac_hs_DelQueue_List SEQUENCE (SIZE(1..maxQueueIDs)) OF SEQUENCE {

mac_hsQueueId INTEGER(0..7)} OPTIONAL

}

Type Name

SS_MAC_hs_AddReconfQueue

Comment

Applicable Rel-5 or later

The priority of PriorityQueue shall set according to the priority of logical channels which is mapped on to this priority queue.

NOTE: The range of priority of PriorityQueue is from 0 to 7 and 0 is the lowest priority.

DiscardTimer defines the time (unit ms) to live for a MAC-hs SDU starting from the instant of its arrival into an HSDPA Priority Queue. The SS shall use this information to discard out-of-data MAC-hs SDUs from the HSDPA Priority Queues.

Type Definition

SEQUENCE {

mAChsAddReconfQueue MAC_hs_AddReconfQueue,

logicalChannelList SEQUENCE OF LogicalChannelIdentity,

— logical channels mapping onto the priority queue

— which is specified in maChsAddReconfQueue

priority INTEGER(0..7),

discardTimer ENUMERATED { v20(0),v40(1),v60(2),v80(3),v100(4),v120(5),v140(6),v160(7),v180(8),v200(9), v250(10),v300(11),v400(12),v500(13),v750(14),v1000(15),v1250(16),v1500(17),v1750(18),v2000(19),v2500(20),v3000(21), v3500(22),v4000(23),v4500(24),v5000(25), v7500(26)

} OPTIONAL

}

Type Name

E_DCHMACdFlows

Comment

Rel-6 or later

addReconf_MAC_d_FlowList and addReconf_MAC_d_FlowList_r7 are mutually exclusive. One of these shall be present.

Type Definition

SEQUENCE {

tti E_DCH_TTI,

harq_Info ENUMERATED {rv0 (0), rvtable (1)},

addReconf_MAC_d_FlowList E_DCH_AddReconf_MAC_d_FlowList OPTIONAL,

— Rel-6

addReconf_MAC_d_FlowList_r7 E_DCH_AddReconf_MAC_d_FlowList_r7 OPTIONAL

— Rel-7 or later

}

Type Name

CommonE_DCHMACdFlows

Comment

Rel-6 or later

addReconf_MAC_d_FlowList and addReconf_MAC_d_FlowList_r7 are mutually exclusive. One of these shall be present.

Type Definition

SEQUENCE {

tti E_DCH_TTI,

harq_Info ENUMERATED {rv0 (0), rvtable (1)},

addReconfMAC_d_FlowList Common_E_DCH_MAC_d_FlowsList

}

Type Name

SS_LogicalChannelList

Comment

Type Definition

CHOICE {

allSizes NULL,

configured NULL,

explicitList SEQUENCE (SIZE (1..15 ) ) OF SS_LogicalChannelByRB

}

Type Name

SS_LogicalChannelByRB

Comment

logChOfRb is an optional and currently unused

Type Definition

SEQUENCE {

rb_Identity INTEGER (-31..32),

logChOfRb INTEGER (0..1) OPTIONAL

}

Type Name

CPHY_UL_PowerModify_CNF

PCO Type

CSAP

Comment

To confirm the increase/decrease in UE uplink DPCH power transmission or send the TPC commands as instructed.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CPHY_UL_PowerModify_REQ

PCO Type

CSAP

Comment

To request increase/decrease in the UE uplink DPCH transmission by the delta value given in dB, from the existing transmission level or make UE to transmit at maximum or minimum power level. It is assumed that the UE UL DPCH transmission power level is set to -20 dbm by default at beginning of each test.

For routing Info the Dl DPCH Physical channel ID shall be used.

For IE ul_DPCH_Id, the physical channel ID of associated UL DPCH shall be given. SS can use it or neglect it.

Ul_UE_TxPower gives either the value in dB, by which SS shall increase/decrease the uplink transmission power of UE from the existing transmission power, when this primitive is called or Start transmission of TPC commands on DL DPCCH as configured

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ul_DPCH_Id INTEGER(0..31),

ul_UE_Tx_Power Ul_UE_Tx_Power

}

Type Name

Ul_UE_Tx_Power

Comment

Choice delta gives the value in dB, by which the existing UE UL DPCH transmission power level is to be increased or decreased. After reaching the new desired level SS shall make UE to maintain this new transmission power level.

WithChoice maxMin, and ENUM ‘tpc_Up’ selection, SS shall start transmitting TPC commands on the DL DPCCH, as ‘1’ every slot so as to ask UE to increase the transmission power.

With Choice maxMin, and ENUM ‘tpc_Down’ selection, SS shall start transmitting TPC commands on the DL DPCCH, as ‘0’ every slot so as to ask UE to decrease the transmission power.

With Choice maxMin, and ENUM ‘tpc_Maintain’ selection, SS will start transmitting TPC commands on the DL DPCCH, as alternate ‘0’ and ‘1’ in alternate slots so as to maintain the UE uplink transmission power

Type Definition

CHOICE {

deltaINTEGER (-64..63),

maxMin ENUMERATED{ tpc_Up(0), tpc_Down(1), tpc_Maintain(2) }

}

Type Name

CPHY_TrCH_Release_REQ

PCO Type

CSAP

Comment

To request to release the Radio Link

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

trchConfigType TrchConfigType,

activationTime SS_ActivationTime

}

Type Name

CPHY_TrCH_Release_CNF

PCO Type

CSAP

Comment

To confirm to release the Radio Link

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CMAC_BMC_Scheduling_CNF

PCO Type

CSAP

Comment

To confirm the BMC scheduling.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CMAC_BMC_Scheduling_REQ

PCO Type

CSAP

Comment

Send the BMC scheduling information to the MAC.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

schedulingInfo BMC_SchedulingInfo

}

Type Name

BMC_SchedulingInfo

Comment

Type Definition

SEQUENCE {

level1Info BMC_SchedulingLevel1Info,

level2Info BMC_SchedulingLevel2Info OPTIONAL

}

Type Name

BMC_SchedulingLevel2Info

Comment

ctchBsIndexList contains a CTCH BS index offset value for each BMC PDU transmitted, the offset is relative to the previous BMC PDU transmitted. The offset for the first BMC PDU is set to 0.

Type Definition

SEQUENCE {

ctchBsIndexList SEQUENCE (SIZE(1..256)) OF INTEGER (0..255),

drxSelectionBitmap OCTET STRING

}

Type Name

BMC_SchedulingLevel1Info

Comment

0  K  N-1 (3GPP TS 25.331 [21], subclause 8.5.16)

Type Definition

SEQUENCE {

ctchAllocationPeriod INTEGER (1..256), — N

cbsFrameOffset INTEGER (0..255) — K

}

Type Name

CMAC_Ciphering_Activate_CNF

PCO Type

CSAP

Comment

To confirm to activate or inactivate the ciphering

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo

}

Type Name

CMAC_Ciphering_Activate_REQ

PCO Type

CSAP

Comment

To request to start or restart downlink ciphering or uplink deciphering.

The physicalChannelIdentity of DPCH applies to routingInfo.

Initialize the 20 MSB of HFN component of COUNT-C to the START value stored.

If the value of incHFN is set to "NotInc" the SS initializes the remaining LSBs of HFN component in COUNT-C to zero and the SS shall not increment HFN part of COUNT-C at every CFN cycle.

If the value of incHFN is set to "IncPerCFN_Cycle" the SS initializes the remainingLSBs of HFN component in COUNT-C accordingly. If it is absent the SS initialize the LSBs of HFN component in COUNT-C to zero, increments the HFN component in COUNT-C by one and then starts the increment HFN part of COUNT-C at every CFN cycle.

Only one among cipheringModeInfo and CipheringModeInfo_r7 shall be present. The later being applicable from Rel 7 onwards.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo,

ratType RatType,

cn_DomainIdentity CN_DomainIdentity,

cipheringModeInfo CipheringModeInfo OPTIONAL,

cipheringModeInfo_r7 CipheringModeInfo_r7 OPTIONAL,

— Rel 7 or later

incHFN Increment_Mode

}

Type Name

Increment_Mode

Comment

Type Definition

ENUMERATED {incPerCFN_Cycler(0), notInc(1), incByOne_IncPerCFN_Cycle(2)}

Type Name

CMAC_FACH_MeasOccas_CNF

PCO Type

CSAP

Comment

To confirm to config FACH Measurement Occasions

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CMAC_FACH_MeasOccas_REQ

PCO Type

CSAP

Comment

To request MAC layer to configure FACH Measurement Occasions (FMO).

If IE "Inter-frequency FDD measurement indicator" is set to TRUE, the SS will start inter-frequency FMO handling at the activationTime. If this IE is set to FALSE, the SS inter-frequency FMO handling will be stopped at the activation Time.

For the FDD test, the IE "Inter-frequency TDD measurement indicator" is set to FALSE.

For GSM or LTE measurement, if IE "Inter-RAT measurement indicators" is included, independent of the RAT-Type, the SS will start inter-RAT FMO handling at the activationTime. If this IE is omitted, the SS inter-RAT FMO handling will be stopped at the activation Time.

largest_TTI_Number is the TTI (in number of 10ms frames) of the FACH having the largest TTI on the SCCPCH.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

fMO FACH_MeasurementOccasionInfo,

largest_TTI INTEGER(1..8),

activationTime SS_ActivationTime

}

Type Name

CMAC_Config_CNF

PCO Type

CSAP

Comment

For MAC emulator to report that a previous attempt to setup, reconfigure or release a logical channel is successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo

}

Type Name

CMAC_Config_REQ

PCO Type

CSAP

Comment

To request to configure MAC entity. Setup is used for creation of the MAC instances or the MAC resources. Release is used for free the all MAC resources. The reconfiguration is to change the MAC parameters, it is not the MAC modification.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo,

ratType RatType,

configMessage CHOICE {

setup CmacConfigReq,

reconfigure CmacConfigReq,

release SS_ActivationTime

}

}

Type Name

CmacConfigReq

Comment

To request to configure MAC

The IE associatedPhychConfigToFollow should be set to TRUE when there is a associated physical channel configuration to follow (e.g configuration of PICH or MICH).

The implementation of the IE "associatedPhychConfigToFollow" can be left to the SS either to wait for the associated physical channel before MAC is configured or to continue the configuration of MAC without waiting for the associated physical channel.

If Dual Cell is configured, IE servingAndSecondaryCellActivation is included.

Presence of tSN_FieldExtension indicates that the TSN field extension is used as defined in TS 25.321[17]; the absence indicates that 6 bits TSN is used. For 4C-HSDPA tSN_FieldExtension is set to TRUE.

Type Definition

SEQUENCE {

activationTime SS_ActivationTime,

uE_Info UE_Info,

trCHInfo TrCHInfo,

trCH_LogCHMapping TrCH_LogCHMappingList1,

associatedPhychConfigToFollow BOOLEAN DEFAULT FALSE,

servingAndSecondaryCellActivation ServingAndSecondaryCellActivation_Type OPTIONAL,

— for Dual Cell Rel-8 or later

tSN_FieldExtension BOOLEAN DEFAULT FALSE, — Rel-9 or later

relAspTypeExtension CmacConfigReq_r10OrLaterExtensionType

OPTIONAL — Rel-10 or later

}

Type Name

UE_Info

Comment

The value of c_RNTI_DSCH_RNTI is 16 bits, used either for C-RNTI or DSCH-RNTI. DSCH is configured if the physical channel in CMAC_config_REQ is a PDSCH. Otherwise, C-RNTI is applied. At the MAC-hs configuration both u_RNTI and c_RNTI_DSCH_RNTI are omitted.

If MAC is being configured with Common_MAC_ehs flows, UE Info U-RNTI shall be provided when the common H-RNTI is applied and is applied in MAC-c header on SRB#1.

Type Definition

SEQUENCE {

u_RNTI U_RNTI OPTIONAL,

c_RNTI C_RNTI OPTIONAL

}

Type Name

TrCH_LogCHMappingList1

Comment

maxulTrCH = maxdlTrCH = 16

dlconnectedMACdFlows is used for MAC-hs and dlconnectedMAC_ehsFlows for MAC-ehs configurations in dedicated.

dlconnectedMAC_ehsCommonFlow is used for MAC-ehs in Common state. For BCCH and PCCH in common state, the mac_ehs_QueueId is omitted, no reordering is applied and the TSN and SI fields are always set to zero (according to 3GPP TS 25.321 [17], subclauses 9.1.4 and 11.6.4.4)

dlconnectedMAC_ehsFlowsDC is used when dual cell or 4C-HSDPA or Multiflow is activated.

Type Definition

SEQUENCE {

ulconnectedTrCHList SEQUENCE (SIZE (1..maxulTrCH)) OF SEQUENCE {

trchid TransportChannelIdentity,

trCH_LogCHMappingList TrCH_LogCHMappingList

} OPTIONAL,

dlconnectedTrCHList SEQUENCE (SIZE (1..maxdlTrCH)) OF SEQUENCE {

trchid TransportChannelIdentity,

trCH_LogCHMappingList TrCH_LogCHMappingList

} OPTIONAL,

dlconnectedMACdFlows SEQUENCE (SIZE (1..8)) OF SEQUENCE {

mac_dFlowId MAC_d_FlowIdentity,

trCH_LogCHMappingList TrCH_LogCHMappingList

} OPTIONAL,

— Rel-5 or later

dlconnectedMAC_ehsFlows SEQUENCE (SIZE (1..8)) OF SEQUENCE {

mac_ehs_QueueId MAC_ehs_QueueId,

trCH_LogCHMappingList TrCH_LogCHMappingList

} OPTIONAL,

— Rel-7 or later

dlconnectedMAC_ehsCommonFlows SEQUENCE (SIZE (1..8)) OF SEQUENCE {

mac_ehs_QueueId MAC_ehs_QueueId OPTIONAL,

— not present for BCCH/PCCH

trCH_LogCHMappingList TrCH_LogCHMappingList

} OPTIONAL,

— Rel-7 or later

dlconnectedMAC_ehsFlowsDC SEQUENCE (SIZE (1..8)) OF SEQUENCE {

mac_ehs_QueueId MAC_ehs_QueueId,

trCH_LogCHMappingList TrCH_LogCHMappingList,

} OPTIONAL,

— Rel-8 or later

relAspTypeExtension SEQUENCE{} OPTIONAL — Rel-10 or later

}

Type Name

TrCH_LogCHMappingList

Comment

maxLogCHperTrCH = 15

Type Definition

SEQUENCE (SIZE (1..maxLogCHperTrCH)) OF TrCH_LogicalChannelMapping

Type Name

TrCHInfo

Comment

The same TFCS information should be provided to the PHY and MAC layers at all times. When a CMAC_Config_REQ is used to configure the MAC layer, a corresponding CPHY_TrCH_Config_REQ should be sent to the PHY layer to ensure that the configuration is consistent.

For MAC-hs configuration:

When ulconnectedTrCHList, ulTFCS, dlconnectedTrCHList and dlTFCS are omitted and hsDSCHMacdFlows is present this ASP configures an MAC-hs entity.

For MAC-ehs configuration:

When ulconnectedTrCHList, ulTFCS, dlconnectedTrCHList and dlTFCS are omitted and ehs_DSCH_Flows or E-HS-DSCH_Common Flows or ehs_DSCH_Flows_r9 is present this ASP configures an MAC-ehs entity.

Only one of hsDSCHMacdFlows or ehs_DSCH_Flows or ehs_DSCH_Flows_r9 can be present (Only one of MAC-hs or MAC-ehs layer can be configured).

Type Definition

SEQUENCE {

ulconnectedTrCHList SEQUENCE (SIZE (1..maxulTrCH)) OF SEQUENCE {

trchid TransportChannelIdentity,

transportChannelInfo CommonOrDedicatedTFS

} OPTIONAL,

ulTFCS TFCS OPTIONAL,

dlconnectedTrCHList SEQUENCE (SIZE (1..maxdlTrCH)) OF SEQUENCE {

trchid TransportChannelIdentity,

transportChannelInfo CommonOrDedicatedTFS

} OPTIONAL,

dlTFCS TFCS OPTIONAL,

hsDSCHMacdFlows HS_DSCHMACdFlows OPTIONAL, — Rel-5 or later

ehs_DSCH_Flows EHS_DSCH_Flows OPTIONAL, — Rel-7 or later

ehs_DSCH_CommonFlows EHS_DSCH_CommonFlows OPTIONAL, — Rel-7 or later

ehs_DSCH_Flows_r9 EHS_DSCH_Flows_r9 OPTIONAL, — Rel-9 or later

relAspTypeExtension TrCHInfo_r10OrLaterExtensionType OPTIONAL

— Rel-10 or later

}

Type Name

TrCH_LogicalChannelMapping

Comment

When used for logical channel to MAC_d flow mapping dl_LogicalChannelMapping shall be chosen,

Type Definition

SEQUENCE {

logicalChannel_Mapping CHOICE {

ul_LogicalChannelMapping SS_UL_LogicalChannelMapping,

dl_LogicalChannelMapping SS_DL_LogicalChannelMapping

},

rB_Identity INTEGER (-31..32) OPTIONAL,

cn_DomainIdentity CN_DomainIdentity OPTIONAL

}

Type Name

SS_UL_LogicalChannelMapping

Comment

If the macHeaderManipulation field is ‘NormalMacHeader’, then data received on the transport channel supporting this logical channel shall have it’s MAC header inspected to determine the appropriate routing, and removed as normal. The MAC SDU shall be passed to the appropriate logical channel.

If the macHeaderManipulation field is ‘OmitMacHeader’, then data received on the transport channel supporting this logical channel shall have it’s MAC header inspected to determine the appropriate routing, but the MAC layer shall not remove the MAC header. Thus the entire MAC PDU shall be passed to the appropriate logical channel, and the MAC header can be checked by the TTCN.

Type Definition

SEQUENCE {

macHeaderManipulation MAC_HeaderManipulation,

ul_TransportChannelType SS_UL_TransportChannelType,

logicalChannelIdentity LogicalChannelIdentity,

logicalChannelType LogicalChannelType

}

Type Name

SS_DL_LogicalChannelMapping

Comment

If the macHeaderManipulation field is ‘NormalMacHeader’, then data transmitted on this logical channel shall have an appropriate MAC header added before it is sent to lower layers for transmission.

If the macHeaderManipulation field is ‘OmitMacHeader’, then data transmitted on this logical channel shall not have any MAC header information added, even if the logical channel type and mapping indicates that there should be a MAC header present. This allows the entire MAC PDU to be specified in the TTCN, so individual fields in the MAC header can be modified.

When used for DTCH mapping to MAC_d flow, rlc_SizeList shall choose "configured" according to the configured mAChsAddReconfQueue values.

When the logical channel is MTCH, the logicalChannelIdentity shall be consistent with MBMS_LogicalChIdentity in MBMS_PTM_RBInformation_N and MBMS_PTM_RBInformation_C.

Type Definition

SEQUENCE {

macHeaderManipulation MAC_HeaderManipulation,

dlTransportChannelType SS_DL_TransportChannelType,

logicalChannelIdentity LogicalChannelIdentity,

logicalChannelType LogicalChannelType,

rlc_SizeList CHOICE {

allSizes NULL,

configured NULL,

explicitList RLC_SizeExplicitList},

mac_LogicalChannelPriority MAC_LogicalChannelPriority OPTIONAL

}

Type Name

SS_UL_TransportChannelType

Comment

Type Definition

ENUMERATED {

dch (0),

rach (1),

cpch (2),

usch (3),

edch (4) — Rel-6 or later

}

Type Name

SS_DL_TransportChannelType

Comment

Type Definition

ENUMERATED {

dch (0),

fach (1),

bch (2),

pch (3),

dsch (4),

hsdsch (5) — Rel-5 or later

}

Type Name

LogicalChannelType

Comment

Type Definition

ENUMERATED {

bCCH (0),

pCCH (1),

cCCH (2),

cTCH (3),

dCCH (4),

dTCH (5),

sHCCH (6),

mTCH (7), — Rel-6 or later

mCCH (8), — Rel-6 or later

mSCH (9) — Rel-6 or later

}

Type Name

MAC_HeaderManipulation

Comment

Type Definition

ENUMERATED {

normalMacHeader (0),

omitMacHeader (1)

}

Type Name

ServingAndSecondaryCellActivation_Type

Comment

Type Definition

SEQUENCE {

servingCellId INTEGER(0..63),

secondaryCellId INTEGER(0..63),

secondaryServing_HS_DSCH_Cell ENUMERATED { deactivated (0), activated (1) }

DEFAULT deactivated

}

Type Name

CMAC_MAChs_MACehs_TFRCconfigure_CNF

PCO Type

CSAP

Comment

Applicable Rel-5 or later

Confirm a previous CMAC_MAChs_MACehs_TFRCconfigure_REQ being successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MAChs_MACehs_TFRCconfigure_REQ

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To configure the TFRC selection in the MAC-hs entity, channelisationCodeOffset + noOfChannelisationCodes shall not be great than 15.

If explicitlyConfigured is selected in tfrcConfigMode, the SS shall use all the parameter values specified to configure a correct transport format and radio resources. This configuration is used for HS-SCCH associated HS-DSCH transmission.

If sS_Configured is selected, the parameter value range is specified. SS shall dynamically select the suitable values for the parameters "modulationScheme", "channelisationCodeOffset", "noOfChannelisationCodes ",

.tbSizeIndexOnHS_SCCH", "redundancyVersion" and "hs_PDSCH_TxPower" according to UE’s capability category and CQI information reported by the UE.

As HS-SCCH less operation and MIMO cannot be simultaneously configured, only one among hs_scch_LessInfo and mimoStatus can be present. When both are absent non MIMO, non HS-SCCH less operation is configured.

explicitHS_SCCH_LessMode is used to force SS to use HS-SCCH less operation.

explicitMIMO is used for MIMO dual stream transmission.

Presence of ss_DTX_Info indicates DL_DRX is enabled.

If minimumInterTTIinterval is set to 1, Data is sent every TTI. If it is set to 2, every TTI with Data shall be followed by at least 1 TTI without Data. If it is set to 3, every TTI with Data shall be followed by at least 2 TTI without Data. This field needs to be set as per UE category as defined in Table 5.1a of 3GPP TS 25.306 [59].

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

tfrcConfigMode CHOICE {

explicitlyConfigured SEQUENCE {

modulationScheme ModulationScheme,

channelisationCodeOffset INTEGER (1..15),

noOfChannelisationCodes INTEGER (1..15),

tbSizeIndexOnHS_SCCH INTEGER (0..63),

minimumInterTTIinterval INTEGER (1..3),

redundancyVersions RedundancyVersionList,

hs_PDSCH_TxPower DL_TxPower — default offset related

— to p-CPICH or s-CPICH

},

sS_Configured SEQUENCE {

minChannelisationCodeOffset INTEGER (1..15),

maxNoOfChannelisationCodes INTEGER (1..15),

iniHS_PDSCH_TxPower DL_TxPower, — default offset related

— to p-CPICH or s-CPICH

hs_scch_LessInfo HS_SCCH_LessInfo_r7 OPTIONAL,

mimoStatus BOOLEAN DEFAULT FALSE

},

explicitHS_SCCH_LessMode SEQUENCE{

hs_pdsch_CodeIndex INTEGER (1..15),

hs_scch_LessTFI INTEGER (1..90),

hs_scch_LessSecondCodeApplicability BOOLEAN,

tbs INTEGER (0..3),

— the index of tbs for HS-SCCH less operation

— The value should be consistent with code index, TFI and second

— code applicability

minimumInterTTIinterval INTEGER (1..3),

hs_PDSCH_TxPower DL_TxPower

— default offset related to p-CPICH or s-CPICH

},

explicitMIMO SEQUENCE {

modulationSchemeAndNumTB INTEGER(0..7),

— set according to table 14 of 25.212

— Values 1,2 and 5 are used for 64QAM+MIMO. Rel-8 or later

channelisationCodeOffset INTEGER (1..15),

noOfChannelisationCodes INTEGER (1..15),

precodingWeight2 INTEGER (0..3),

— set according to table 14a of 25.212

primaryTB_SizeIndexOnHS_SCCH INTEGER (0..63),

secondaryTB_SizeIndexOnHS_SCCH INTEGER (0..63) OPTIONAL,

–present only if second TB is to be tx as per modulationSchemeAndNumTB

minimumInterTTIinterval INTEGER (1..3),

primaryRedundancyVersions RedundancyVersionList,

secondaryRedundancyVersions RedundancyVersionList OPTIONAL,

–present only if second TB is to be tx as per modulationSchemeAndNumTB

hs_PDSCH_TxPower DL_TxPower — default offset related

— to p-CPICH or s-CPICH

},

sS_Configured_DC SEQUENCE {

serving_minChannelisationCodeOffset INTEGER (1..15),

serving_maxNoOfChannelisationCodes INTEGER (1..15),

serving_mimoStatus BOOLEAN DEFAULT FALSE, –- Rel-9 or later

sec_minChannelisationCodeOffset INTEGER (1..15),

sec_maxNoOfChannelisationCodes INTEGER (1..15),

sec_mimoStatus BOOLEAN DEFAULT FALSE, –- Rel-9 or later

iniHS_PDSCH_TxPower DL_TxPower,

— default offset related

— to p-CPICH or s-CPICH

hs_scch_LessInfo HS_SCCH_LessInfo_r7 OPTIONAL

},

explicitlyDC SEQUENCE {

servingTFRC SEQUENCE{

modulationScheme ModulationScheme,

channelisationCodeOffset INTEGER (1..15),

noOfChannelisationCodes INTEGER (1..15),

tbSizeIndexOnHS_SCCH INTEGER (0..63),

minimumInterTTIinterval INTEGER (1..3),

redundancyVersions RedundancyVersionList,

hs_PDSCH_TxPower DL_TxPower — default offset related

— to p-CPICH or s-CPICH

} OPTIONAL,

— when omitted then no data is sent on the serving HS-DSCH cell

secondaryTFRC SEQUENCE{

modulationScheme ModulationScheme,

channelisationCodeOffset INTEGER (1..15),

noOfChannelisationCodes INTEGER (1..15),

tbSizeIndexOnHS_SCCH INTEGER (0..63),

minimumInterTTIinterval INTEGER (1..3),

redundancyVersions RedundancyVersionList,

hs_PDSCH_TxPower DL_TxPower — default offset related

— to p-CPICH or s-CPICH

} OPTIONAL

— when omitted then no data is sent on the secondary HS-DSCH cell

},

explicitlyDC_MIMO SEQUENCE { — Rel-9 or later

servingTFRC SEQUENCE{

modulationSchemeAndNumTB INTEGER(0..7),

— set according to table 14 of 25.212

— Values 1,2 and 5 are used for 64QAM+MIMO. Rel-8 or later

channelisationCodeOffset INTEGER (1..15),

noOfChannelisationCodes INTEGER (1..15),

precodingWeight2 INTEGER (0..3),

— set according to table 14a of 25.212

primaryTB_SizeIndexOnHS_SCCH INTEGER (0..63),

secondaryTB_SizeIndexOnHS_SCCH INTEGER (0..63) OPTIONAL,

— present only if second TB is to be tx

— as per modulationSchemeAndNumTB

minimumInterTTIinterval INTEGER (1..3),

primaryRedundancyVersions RedundancyVersionList,

secondaryRedundancyVersions RedundancyVersionList OPTIONAL,

— present only if second TB is to be tx

— as per modulationSchemeAndNumTB

hs_PDSCH_TxPower DL_TxPower

— default offset related

— to p-CPICH or s-CPICH

} OPTIONAL

— when omitted then no data is sent on the serving HS-DSCH cell

secondaryTFRC SEQUENCE{

modulationSchemeAndNumTB INTEGER(0..7),

— set according to table 14 of 25.212

— Values 1,2 and 5 are used for 64QAM+MIMO. Rel-8 or later

channelisationCodeOffset INTEGER (1..15),

noOfChannelisationCodes INTEGER (1..15),

precodingWeight2 INTEGER (0..3),

— set according to table 14a of 25.212

primaryTB_SizeIndexOnHS_SCCH INTEGER (0..63),

secondaryTB_SizeIndexOnHS_SCCH INTEGER (0..63) OPTIONAL,

— present only if second TB is to be tx

— as per modulationSchemeAndNumTB

minimumInterTTIinterval INTEGER (1..3),

primaryRedundancyVersions RedundancyVersionList,

secondaryRedundancyVersions RedundancyVersionList OPTIONAL,

— present only if second TB is to be tx

— as per modulationSchemeAndNumTB

hs_PDSCH_TxPower DL_TxPower

— default offset related

— to p-CPICH or s-CPICH

} OPTIONAL

— when omitted then no data is sent on the secondary HS-DSCH cell

},

relAspTypeExtension TFRCconfigure_r10OrLaterExtensionType

— Rel-10 or later

},

activationTime SS_ActivationTime,

ss_DTX_Info DRX_Info OPTIONAL

hs_DSCH_TBSizeTable HS_DSCH_TBSizeTable OPTIONAL

}

Type Name

RedundancyVersionList

Comment

Gives the Redundancy and constellation version coding sequence (Xrv) to be used for every transmission / retransmission. The SIZE (number of Xrv elements in there) of the SEQUENCE implies the number of HARQ transmission / retransmissions to be required.

Type Definition

SEQUENCE (SIZE (1..8)) OF INTEGER (0..7)

Type Name

ModulationScheme

Comment

Type Definition

ENUMERATED {qpsk (0), qam16 (1), qam64 (2), spare1 (3)}

Type Name

CMAC_MAChs_MACehs_HARQprocAssign_CNF

PCO Type

CSAP

Comment

Applicable Rel-5 or later

Confirm a previous CMAC_MAChs_MACehs_HARQprocAssign_REQ being successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MAChs_MACehs_HARQprocAssign_REQ

PCO Type

CSAP

Comment

Applicable Rel-5 or later

To assign a HARQ process handling the next MAC-hs PDU transmission.

This ASP provides TTCN the ability to select an HARQ process serving the next MAC-hs PDU which follows the ASP. After successful transmission the MAC-hs returns back to normal operation. In the normal operation a suitable HARQ process is selected by HARQ entity in the MAC-hs to serve the MAC-hs PDU without TTCN intervening.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

harqProcessId INTEGER(0..15|31)

}

Type Name

CMAC_MACehs_HARQAssign_MultiFlows_CNF

PCO Type

CSAP

Comment

Applicable Rel-7 or later

Confirm a previous CMAC_MACehs_HARQAssign_MultiFlows_REQ being successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MACehs_HARQAssign_MultiFlows_REQ

PCO Type

CSAP

Comment

Applicable Rel-7 or later

To assign the HARQ processes for the simultaneous transmission of the MAC-ehs PDUs on the different flows on the same TTI .

After successful transmission the MAC-ehs returns back to normal operation. In the normal operation suitable HARQ processes are selected by HARQ entities in the MAC-ehs to serve the MAC-ehs PDU without TTCN intervening.

For Dual Cell, the primaryFlow corresponds to the serving cell, the secPrimaryFlow corresponds to the secondary cell.

For MIMO, the primary and secondary HARQ process identities (of serving cell) are set as per 3GPP TS 25.212 [58], subclause 4.6B.2.5.

For combined DC-HSDPA and MIMO the primaryFlow and secondary flow correspond to the serving cell, the secPrimaryFlow and secSecondaryFlow to the secondary cell.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

primaryFlowHarqProcessId INTEGER(0..15|31), — of serving cell

secondaryFlowHarqProcessId INTEGER(0..15|31) OPTIONAL, — of serving cell

secPrimaryFlowHarqProcessId INTEGER(0..15|31) OPTIONAL,

— of secondary cell Rel-9 or later

secSecondaryFlowHarqProcessId INTEGER(0..15|31) OPTIONAL,

— of secondary cell Rel-9 or later

relAspTypeExtension HARQAssign_MultiFlows_r10OrLaterExtensionType

OPTIONAL

— Rel-10 or later

}

Type Name

CMAC_MACehs_HS_SCCH_Orders_CNF

PCO Type

CSAP

Comment

Applicable Rel-7 or later

Confirm a previous CMAC _MACehs_HS_SCCH_Orders_REQ being successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo — Physical Channel ID

}

Type Name

CMAC_MACehs_HS_SCCH_Orders_REQ

PCO Type

CSAP

Comment

Applicable Rel-7 or later

To instruct SS to transmit requested HS-SCCH orders at requested time:

OrderType, drx_order, dtx_Order are as per 3GPP TS 25.212 [58], subclause 4.6c.2.

activationTime and subframe together indicate the time on which the HS-SCCH order is to be transmitted. When activationTime is set to ‘activateNow’, subframe is omitted.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo, — Physical Channel ID

activationTime SS_ActivationTime,

subframe INTEGER (0..4) OPTIONAL,

ordertype INTEGER (0..7),

xord1 INTEGER (0..1),

xord2 INTEGER (0..1),

xord3 INTEGER (0..1),

h_RNTI H_RNTI

}

Type Name

CMAC_MACe_Config_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACe_Config_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACe_Config_REQ

PCO Type

CSAP

Comment

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

configMessage CHOICE {

setup MACeConfig,

reconfig MACeConfig,

reset NULL,

release SS_ActivationTime

}

}

Type Name

MACeConfig

Comment

If the macHeaderManipulation field is ‘NormalMacHeader’ in ddiMappingList, then data received on the E-DCH (MAC_e PDU) shall have it’s MAC header inspected to de-multiplex and to determine the appropriate routing, and the MACes PDU shall be passed to the MAC_es together with the relevant DDI, N, CFN and subframe number.

If the macHeaderManipulation field field is ‘OmitMacHeader’, then data received on the E-DCH (MAC_e PDU) shall have it’s MAC header inspected to de-multiplex and to determine the appropriate routing, then the MAC_e layer shall delivery the MAC‑es PDU, SI and the related CFN, subframe number to the MAC_es entity.

connectedToMAC_es field is used to provide the possibility that the E‑DCH‑MACdFlows from only one MAC_e entity are connected to the MAC_es entity in the inter node B soft handover test cases.

The IEs ddiMappinglist and e_DCHMacdFlows can be OMITted when changing the serving cell MAC-e without modification of MAC-e configurations. It will be applied in EDCH SHO.

ss_DRX_MAC_Info presence indicates UL DRX shall be applied.

Type Definition

SEQUENCE {

activationTime SS_ActivationTime,

ddiMappinglist DDI_MappingList OPTIONAL,

e_DCHMacdFlows E_DCHMACdFlows OPTIONAL,

connectedToMAC_es BOOLEAN DEFAULT TRUE, –- can be set to FALSE in inter nodeB SHO

ss_DRX_MAC_Info SS_DRX_MAC_Info OPTIONAL

}

Type Name

SS_DRX_MAC_Info

Comment

Consistent with E-DCH TTI, either of mac_dtx_Cycle_2ms or mac_dtx_Cycle_10ms shall be present.

Type Definition

SEQUENCE {

mac_InactivityThreshold MAC_InactivityThreshold,

mac_dtx_Cycle_2ms MAC_DTX_Cycle_2ms OPTIONAL,

mac_dtx_Cycle_10ms MAC_DTX_Cycle_10ms OPTIONAL,

timingInfo NewTiming

}

Type Name

CMAC_MACe_NodeB_CellMapping_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACe_NodeB_CellMapping_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACe_NodeB_CellMapping_REQ

PCO Type

CSAP

Comment

To put a set of cells under the control of a MAC_e entity indicated by nodeB_Id, which is configured by CMAC_MAC_e_Config_REQ.

This ASP establishes the routing relation between E-DCH related channels in these cells with a MAC_e entity.

A cell is mapped to only one NodeB, and the cellId allocation is unique in a test.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

celllist SEQUENCE OF INTEGER (0..63)

}

Type Name

CMAC_MACes_Config_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACes_Config_REQ being successful. cellId=-1.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MACes_Config_REQ

PCO Type

CSAP

Comment

This ASP is used for creating and configuring, reconfiguring, resetting or releasing an MAC_es, a cell / nodeB-independent entity in the SS. cellId=-1.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

configMessage CHOICE {

setup MACesConfig,

reconfig MACesConfig,

reset NULL,

release SS_ActivationTime}

}

Type Name

MACesConfig

Comment

MACesConfig establishes the mapping between logical channels and E‑DCH_MACd_Flows.

When the macTestMode is TRUE, the re-ordering entity shall not eliminate the duplicated packets, but passes them to RLC. macTestMode = "TRUE" is used for testing the retransmission function of HARQ process.

Type Definition

SEQUENCE {

activationTime SS_ActivationTime,

ddiMappinglist DDI_MappingList,

macTestMode BOOLEAN DEFAULT FALSE

}

Type Name

DDI_MappingList

Comment

Type Definition

SEQUENCE (SIZE (1..31)) OF DDI_Mapping

Type Name

DDI_Mapping

Comment

Both SRBs and RBs can be mapped onto E-DCH. The mechanism for control of MAC header manipulation (macHeaderManipulation) is applied to individual logical channels to be mapped on E-DCH. Typically, the SRBs are configured in ‘NormalMacHeader" mode while the RBs in user plane can be configured either in ‘NormalMacHeader" or in "OmitMacHeader" mode.

If more than one UL RLC PDU size is configured for the RB (represent by logicalChannelIdentity), the different sizes will use subsequent DDI values starting from the DDI value in this table.

If the value of macHeaderManipulation field is ‘NormalMacHeader’, then data received on the E-DCH MACd flows supporting this logical channel shall have its MAC header inspected to determine the appropriate routing, and removed as normal. The MACes SDU shall be passed to the appropriate logical channel.

If the value of macHeaderManipulation field is ‘OmitMacHeader’, then data received on the E-DCH MACd flows supporting this logical channel shall have it’s MAC header inspected to determine the appropriate routing, then the MAC_es layer shall deliver the MAC-es SDU, SI and the related CFN, subframe number, HARQ process identity to the appropriate logical channel. The TTCN receives these fields by RLC_TR_MACesDATA_IND, then these fields can be checked by the TTCN.

HARQ ID = CFN mod 4 for TTI=10ms;

HARQ ID = (5*CFN + subframe number) mod 8 for TTI=2ms

Type Definition

SEQUENCE {

macHeaderManipulation MAC_HeaderManipulation,

logicalChannelIdentity LogicalChannelIdentity,

e_DCH_MAC_d_FlowIdentity E_DCH_MAC_d_FlowIdentity,

ddi DDI,

rlc_PDU_SizeList RLC_PDU_SizeList,

includeInSchedulingInfo BOOLEAN,

mac_LogicalChannelPriority MAC_LogicalChannelPriority,

logicalChannelType LogicalChannelType,

rB_Identity INTEGER (-31..32) OPTIONAL

}

Type Name

CMAC_MACe_AG_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACe_AG_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACe_AG_REQ

PCO Type

CSAP

Comment

The hARQProcId shall be converted to the nearest CFN (and subframe number if TTI = 2 ms) by the SS, and the Absolute Grant is sent in that CFN (and subframe number if TTI = 2 ms)

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

grantType ENUMERATED {primary(0), secondary(1)},

absoluteGrantValue BIT STRING(SIZE(5)),

absoluteGrantScope BIT STRING(SIZE(1)),

hARQProcId INTEGER (0..7),

activationTime SS_ActivationTime

}

Type Name

CMAC_MACe_AckNack_CNF

PCO Type

CSAP

Comment

To Confirm CMAC_e_AckNack_REQ

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACe_AckNack_REQ

PCO Type

CSAP

Comment

To request the SS to set operation mode of the Ack/Nack function for the HARQ process hARQProcId.

The harqProcId, between 0 to 3 for 10 ms TTI or 0 to 7 for 2 msTTI, is individually applied to the configuration for the normal / nack mode. If the special hARQProcId -1 is used, all active HARQ processes ( 0..3 for 10 ms TTI and 0..7 for 2 ms TTI) will be configured according to ackNackFunction.

At the SS initialization Ack/Nack function is in normal operation mode

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

hARQProcId INTEGER (-1|0..7),

ackNackFunction AckNackFunction

}

Type Name

AckNackFunction

Comment

normal : put the HARQ process in normal operation mode, it generats the ACK or NACK according to whether the received TB block can be decoded correctly and delivery the correctly decoded data to higher layer. When the MAC_e is configured the HARQ process is in normal operation mode.

nack : put the HARQ process in the special operation mode in which the HARQ process always sends NACK for the received TB blcok till the number of the retransmissions reaches the number indicated in this field. The HARQ process is back to the normal operation mode after the number is reached or received a normal mode request. Except each received TB shall be passed to higher layer, other operations are the same as a real NACK occured.

Type Definition

CHOICE {

normal NULL,

nack E_DCH_MAC_d_FlowMaxRetrans

}

Type Name

CMAC_MACe_E_TFC_Restriction_CNF

PCO Type

CSAP

Comment

For MAC emulator to report that a previous attempt of restricting TFCs have been successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACe_E_TFC_Restriction_REQ

PCO Type

CSAP

Comment

To request to configure MACe entity. The field restrictAllowedTFCs is provided to allow the E-TFCI to be restricted. The IE fullE_TFCS will be used to remove any previous E_TFCS restriction configured.

Type Definition

SEQUENCE {

nodeB_Id INTEGER (0..63),

restrictAllowedTFCs CHOICE {

e_TFCS_Restriction E_TFCS_Restriction,

fullE_TFCS NULL }

}

Type Name

E_TFCS_Restriction

Comment

The E_TFCS restriction is a list of E-TFCIs, and can be used to verify that the UE has used a specific TFC. Any data received by the SS using a forbidden TFCI shall be discarded.

Type Definition

SEQUENCE OF INTEGER (0..127)

Type Name

CMAC_MACe_RG_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACe_RG_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACe_RG_REQ

PCO Type

CSAP

Comment

For non-serving RL the value for relativeGrant is limited to "down" and "hold".

The SS shall convert the hARQProcId to the nearest CFN (and subframe number if TTI = 2 ms) by the SS and send the Relative Grant in that CFN (and subframe number if TTI = 2 ms)

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

relativeGrant ENUMERATED{up(0), down(1), hold(2)},

hARQProcId INTEGER (0..7),

activationTime SS_ActivationTime

}

Type Name

CMAC_MACes_SI_IND

PCO Type

CSAP

Comment

This ASP is used for MACes delivering scheduling information in MAC_es testing. cellId=-1.

If the SI was sent alone in a MAC-e PDU or sent together with other MAC-es PDU in a MAC-e PDU but without a special DDI associated the value of specialDDIpresense is set to absent;

If the SI was sent together with other MAC-es PDU in a MAC-e PDU with a special DDI (DDI 63) associated the specialDDIpresence is set to present.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

cfn INTEGER (0..255),

subframe INTEGER (0..4|7),

— 0..4 when TTI=2ms, 7 when TTI=10ms

specialDDIpresence ENUMERATED {absent (0), present (1)},

uePowerHeadRoom BIT STRING (SIZE(5)),

totalE_DCHBufferStatus BIT STRING (SIZE(5)),

highestPriorityLogChBS BIT STRING (SIZE(4)),

highestPriorityLogChId BIT STRING (SIZE(4))

}

Type Name

CMAC_MACes_SI_Config_CNF

PCO Type

CSAP

Comment

Applicable Rel-6 or later

To Confirm CMAC_MACes_SI_Config_REQ, cellId=-1.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MACes_SI_Config_REQ

PCO Type

CSAP

Comment

Applicable Rel-6 or later

To configure the SS to enable / disable to report the reception of Scheduling Information in MAC-es PDU’s via primitive CMAC_MACes_SI_IND.

At the SS initialization, the default mode is SI reporting disabled. cellId=-1.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

sI_reportEnable ENUMERATED {disable(0), enable(1)} DEFAULT disable

}

Type Name

CMAC_MACi_Config_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACi_Config_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACi_Config_REQ

PCO Type

CSAP

Comment

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

configMessage CHOICE {

setup MACiConfig,

reconfig MACiConfig,

reset NULL,

release SS_ActivationTime

}

}

Type Name

MACiConfig

Comment

If the macHeaderManipulation field is ‘NormalMacHeader’ in lCH_Mappinglist, then data received on the E-DCH (MAC_i PDU) shall have it’s MAC header inspected to de-multiplex and to determine the appropriate routing, and the MACis PDU shall be passed to the MAC_is together with the relevant LCH_ID, length, F, CFN and subframe number.

If the macHeaderManipulation field field is ‘OmitMacHeader’, then data received on the E-DCH (MAC-i PDU) shall have it’s MAC header inspected to de-multiplex and to determine the appropriate routing, then the MAC-i layer shall deliver the MAC-is PDU, SI and the related CFN, subframe number to the MAC-is entity.

connectedToMAC_is field is used to provide the possibility that the E‑DCH‑MACdFlows from only one MAC-i entity are connected to the MAC_is entity in the inter node B soft handover test cases. When MAC-i is configured in enhanced FACH UL using commonMac_i_r8, the MAC-i entity is always connected to MAC-is. In DC-HSUPA configuration, one MAC-i entity is connected to the MAC-is entity. In DC-HSUPA, e_DCHMacdFlows is applied to the two E-DCH transport channels in the primary and secondary UL frequency.

The IEs lCH_Mappinglist and e_DCHMacdFlows can be OMITted when changing the serving cell MAC-i without modification of MAC-i configurations. It will be applied in EDCH SHO.

ss_DRX_MAC_Info presence indicates UL DRX shall be applied.

Presence of tSN_FieldExtension indicates that the TSN field extension is used as defined in TS 25.321[17] clause 9.2.4.3; the absence indicates that 6 bits TSN is used.

Type Definition

CHOICE {

mAC_i_r8 SEQUENCE { — Rel-8 or later

activationTime SS_ActivationTime,

lCH_Mappinglist LCH_MappingList OPTIONAL,

e_DCHMacdFlows E_DCHMACdFlows OPTIONAL,

connectedToMAC_is BOOLEAN DEFAULT TRUE,

–- can be set to FALSE in inter nodeB SHO

ss_DRX_MAC_Info SS_DRX_MAC_Info OPTIONAL

},

commonMac_i_r8 SEQUENCE {

activationTime SS_ActivationTime,

lCH_Mappinglist LCH_MappingList OPTIONAL,

e_DCHMacdFlows CommonE_DCHMACdFlows OPTIONAL,

additional_E_DCH_TransmitBackoff INTEGER (0..15),

max_CCCH_ResourceAllocation ENUMERATED {

tti8(0), tti12(1), tti16(2), tti20(3), tti24(4), tti32(5),

tti40(6), tti80(7)},

max_PeriodForCollisionResolution INTEGER (8..24)

},

mAC_i_r9 SEQUENCE { — Rel-9 or later

activationTime SS_ActivationTime,

lCH_Mappinglist LCH_MappingList OPTIONAL,

e_DCHMacdFlows E_DCHMACdFlows OPTIONAL,

connectedToMAC_is BOOLEAN DEFAULT TRUE,

–- can be set to FALSE in inter nodeB SHO

ss_DRX_MAC_Info SS_DRX_MAC_Info OPTIONAL,

tSN_FieldExtension BOOLEAN DEFAULT FALSE

},

relAspTypeExtension SEQUENCE{} — Rel-10 or later

}

Type Name

CMAC_MACi_NodeB_CellMapping_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACi_NodeB_CellMapping_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63)

}

Type Name

CMAC_MACi_NodeB_CellMapping_REQ

PCO Type

CSAP

Comment

To put a set of cells under the control of a MAC_i entity indicated by nodeB_Id, which is configured by CMAC_MAC_i_Config_REQ.

This ASP establishes the routing relation between E-DCH related channels in these cells with a MAC_i entity.

A cell is mapped to only one NodeB, and the cellId allocation is unique in a test.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

celllist SEQUENCE OF INTEGER (0..63)

}

Type Name

CMAC_MACis_Config_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACis_Config_REQ being successful.

cellId=-1 except when CCCH is configured to MAC-i is entity.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MACis_Config_REQ

PCO Type

CSAP

Comment

This ASP is used for creating and configuring, reconfiguring, resetting or releasing a MAC_is, a cell / nodeB-independent entity in the SS.

cellId=-1 except when CCCH is configured to MAC-i is entity.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

configMessage CHOICE {

setup MACisConfig,

reconfig MACisConfig,

reset NULL,

release SS_ActivationTime}

}

Type Name

MACisConfig

Comment

MACisConfig establishes the mapping between logical channels and E‑DCH_MACd_Flows.

When the macTestMode is TRUE, the re-ordering entity shall not eliminate the duplicated packets, but passes them to RLC. macTestMode = "TRUE" is used for testing the retransmission function of HARQ process.

Presence of tSN_FieldExtension indicates that the TSN field extension is used as defined in TS 25.321[17] clause 9.2.4.3; the absence indicates that 6 bits TSN is used.

Type Definition

CHOICE {

mACis_r8 SEQUENCE { — Rel-8 or later

activationTime SS_ActivationTime,

lCHMappinglist LCH_MappingList,

macTestMode BOOLEAN DEFAULT FALSE

},

mACis_r9 SEQUENCE { — Rel-9 or later

activationTime SS_ActivationTime,

lCHMappinglist LCH_MappingList,

macTestMode BOOLEAN DEFAULT FALSE,

tSN_FieldExtension BOOLEAN DEFAULT FALSE

},

relAspTypeExtension SEQUENCE{} — Rel-10 or later

}

Type Name

LCH_MappingList

Comment

Type Definition

SEQUENCE (SIZE (1..31)) OF LCH_Mapping

Type Name

LCH_Mapping

Comment

Both SRBs and RBs can be mapped onto E-DCH. The mechanism for control of MAC header manipulation (macHeaderManipulation) is applied to individual logical channels to be mapped on E-DCH. Typically, the SRBs are configured in ‘NormalMacHeader" mode while the RBs in user plane can be configured either in ‘NormalMacHeader" or in "OmitMacHeader" mode.

If the value of macHeaderManipulation field is ‘NormalMacHeader’, then data received on the E-DCH MACd flows supporting this logical channel shall have its MAC header inspected to determine the appropriate routing, and removed as normal. The MACis SDU shall be passed to the appropriate logical channel.

If the value of macHeaderManipulation field is ‘OmitMacHeader’, then data received on the E-DCH MACd flows supporting this logical channel shall have it’s MAC header inspected to determine the appropriate routing, then the MAC_is layer shall deliver the MAC-is SDU, LCH_ID, Length, F,SI and the related CFN, subframe number, HARQ process identity to the appropriate logical channel. The TTCN receives these fields by RLC_TR_MACis_DATA_IND, then these fields can be checked by the TTCN.

HARQ ID = CFN mod 4 for TTI=10ms;

HARQ ID = (5*CFN + subframe number) mod 8 for TTI=2ms

Type Definition

SEQUENCE {

macHeaderManipulation MAC_HeaderManipulation,

logicalChannelIdentity LogicalChannelIdentity,

e_DCH_MAC_d_FlowIdentity E_DCH_MAC_d_FlowIdentity,

rlc_PDU_Size CHOICE {

flexibleSize RLC_PDU_SizeConstraint,

fixedSize RLC_PDU_SizeList

},

includeInSchedulingInfo BOOLEAN,

mac_LogicalChannelPriority MAC_LogicalChannelPriority,

logicalChannelType LogicalChannelType,

rB_Identity INTEGER (-31..32) OPTIONAL

}

Type Name

CMAC_MACi_AG_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACi_AG_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63)

}

Type Name

CMAC_MACi_AG_REQ

PCO Type

CSAP

Comment

The hARQProcId shall be converted to the nearest CFN (and subframe number if TTI = 2 ms) by the SS, and the Absolute Grant is sent in that CFN (and subframe number if TTI = 2 ms).

The absolute grant is applied on the A-GCH configured in the referred cellId.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63),

grantType ENUMERATED {primary(0), secondary(1)},

absoluteGrantValue BIT STRING(SIZE(5)),

absoluteGrantScope BIT STRING(SIZE(1)),

hARQProcId INTEGER (0..7),

activationTime SS_ActivationTime

}

Type Name

CMAC_MACi_AckNack_CNF

PCO Type

CSAP

Comment

To Confirm CMAC_i_AckNack_REQ

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63)

}

Type Name

CMAC_MACi_AckNack_REQ

PCO Type

CSAP

Comment

To request the SS to set operation mode of the Ack/Nack function for the HARQ process hARQProcId, this is applied on the HARQ process in the referred cell Id.

The harqProcId, between 0 to 3 for 10 ms TTI or 0 to 7 for 2 msTTI, is individually applied to the configuration for the normal / nack mode. If the special hARQProcId -1 is used, all active HARQ processes ( 0..3 for 10 ms TTI and 0..7 for 2 ms TTI) will be configured according to ackNackFunction.

At the SS initialization Ack/Nack function is in normal operation mode.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63),

hARQProcId INTEGER (-1|0..7),

ackNackFunction AckNackFunction

}

Type Name

CMAC_MACi_E_TFC_Restriction_CNF

PCO Type

CSAP

Comment

For MAC emulator to report that a previous attempt of restricting TFCs have been successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63)

}

Type Name

CMAC_MACi_E_TFC_Restriction_REQ

PCO Type

CSAP

Comment

To request to configure MACi entity. The field restrictAllowedTFCs is provided to allow the E-TFCI to be restricted on the referred cell Id. The IE fullE_TFCS will be used to remove any previous E_TFCS restriction configured.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63),

restrictAllowedTFCs CHOICE {

e_TFCS_Restriction E_TFCS_Restriction,

fullE_TFCS NULL }

}

Type Name

CMAC_MACi_RG_CNF

PCO Type

CSAP

Comment

Confirm a previous CMAC_MACi_RG_REQ being successful.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

} cellId INTEGER(0..63)

Type Name

CMAC_MACi_RG_REQ

PCO Type

CSAP

Comment

For non-serving RL the value for relativeGrant is limited to "down" and "hold".

The SS shall convert the hARQProcId to the nearest CFN (and subframe number if TTI = 2 ms) by the SS and send the Relative Grant in that CFN (and subframe number if TTI = 2 ms).

The relative grant is applied on the R-GCH configured in the referred cellId.

Type Definition

SEQUENCE {

nodeB_Id INTEGER(0..63),

cellId INTEGER(0..63),

relativeGrant ENUMERATED{up(0), down(1), hold(2)},

hARQProcId INTEGER (0..7),

activationTime SS_ActivationTime

}

Type Name

CMAC_MACis_SI_IND

PCO Type

CSAP

Comment

This ASP is used for MACis delivering scheduling information in MAC_is testing, cellId=-1.

cellId is set to the received cell if the sI_ReportReceivedCellId is enabled in CMAC_MACis_SI_Config_REQ.

Type Definition

SEQUENCE {

cellId INTEGER (-1..63),

cfn INTEGER (0..255),

subframe INTEGER (0..4|7),

— 0..4 when TTI=2ms, 7 when TTI=10ms

uePowerHeadRoom BIT STRING (SIZE(5)),

totalE_DCHBufferStatus BIT STRING (SIZE(5)),

highestPriorityLogChBS BIT STRING (SIZE(4)),

highestPriorityLogChId BIT STRING (SIZE(4))

}

Type Name

CMAC_MACis_SI_Config_CNF

PCO Type

CSAP

Comment

Applicable Rel-8 or later

To Confirm CMAC_MACis_SI_Config_REQ, cellId=-1.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_MACis_SI_Config_REQ

PCO Type

CSAP

Comment

Applicable Rel-8 or later

To configure the SS to enable / disable to report the reception of Scheduling Information in MAC-is PDU’s via primitive CMAC_MACis_SI_IND.

At the SS initialization, the default mode is SI reporting disabled cellId=-1.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

sI_reportEnable ENUMERATED {disable(0), enable(1)} DEFAULT disable,

sI_ReportReceivedCellId ENUMERATED {disable(0), enable(1)} DEFAULT disable

— Used in DC-HSUPA

}

Type Name

CMAC_MBMS_ConfigInfo_CNF

PCO Type

CSAP

Comment

To confirm CMAC_MBMS_ConfigInfo_REQ. The routingInfo indicates the physical channel which carries logical channel of type: MCCH, MSCH.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CMAC_MBMS_ConfigInfo_REQ

PCO Type

CSAP

Comment

To provide the SS MCCH or MSCH configuration information. The routingInfo indicates the physical channel which carries logical channel of type : MCCH or MSCH.

This ASP shall be called after the ASP CMAC_Config_REQ used for MCCH or MSCH configuration.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

mCCH_ConfigInfo MBMS_MCCH_ConfigurationInfo_r6 OPTIONAL,

mSCH_ConfigInfo MBMS_MSCH_ConfigurationInfo_r6 OPTIONAL

}

Type Name

CMAC_PAGING_Config_CNF

PCO Type

CSAP

Comment

To confirm to setup the paging message

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CMAC_PAGING_Config_REQ

PCO Type

CSAP

Comment

To request MAC layer to send the Paging message on the specified configuration.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

configMessage CmacPagingConfigReq

}

Type Name

CmacPagingConfigReq

Comment

The IE t_pich_T_sccpch is obsolete for the purpose of the UE conformance test in all Releases. The timing relation of PICH / S-CCPCH and PICH/HS-SCCH are specified in 3GPP TS 25.211 [40], subclauses 7.1, 7.2 and 7.2A. A desired clean correction is to remove this IE. However, for the backwards /forwards compatibility, the proposed solution is to set this IE always to FALSE. The SS can ignore this IE, but shall behave according to the corresponding core spec.

Type Definition

SEQUENCE {

pI_BitMapInfo CHOICE {

e18 BIT STRING (SIZE (18)),

e36 BIT STRING (SIZE (36)),

e72 BIT STRING (SIZE (72)),

e144 BIT STRING (SIZE (144))

},

dRX_CycleLength INTEGER {3..9},

iMSI SEQUENCE (SIZE (6..15)) OF Digit,

t_pich_T_sccpch BOOLEAN — T_pich>T_sccpch then FALSE

}

Type Name

CMAC_Restriction_CNF

PCO Type

CSAP

Comment

For MAC emulator to report that a previous attempt of restricting TFCs have been successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo

}

Type Name

CMAC_Restriction_REQ

PCO Type

CSAP

Comment

To request to configure MAC entity. The field restrictAllowedTFCs is provided to allow the UL and/or DL SS TFCS to be restricted for a specific transport channel. This information only needs to be sent to the MAC layer, since it is the MAC layer’s responsibility to determine the set of valid TFCs each TTI.

Type Definition

SEQUENCE {

cellId INTEGER (-1..63),

routingInfo RoutingInfo,

ratType RatType,

restrictAllowedTFCs TFC_Restriction

}

Type Name

TFC_Restriction

Comment

This type is used to specify the allowed TFCs within the current TFCS. A TFC restriction is applicable until a subsequent TFC restriction is applied. TFC restrictions are not cumulative, so each TFC restriction completely replaces the previous TFC restriction.

The downlink restriction can be used to ensure that the SS uses a specific TFC for transmission of data, by only allowing the ‘No data’ TFC, and the ‘desired’ TFC. It may also be necessary to include one or more ‘signalling only’ TFCs to allow signalling to occur.

The uplink restriction can be used to verify that the UE has used a specific TFC. Any data received by the SS using a forbidden TFCI shall be discarded.

Type Definition

SEQUENCE {

ulTFCI_Restriction TFC_Subset OPTIONAL,

dlTFCI_Restriction TFC_Subset OPTIONAL

}

Detailed Comments

SS requirements for downlink.

1. The SS MAC layer shall not use a restrictednon-allowed TFC for DL.
2. The SS MAC layer shall not use a TFC that requires the SS RLC layer to provide padding PDUs (3GPP TS 25.322 [18])
3. In the case that there is data pending on one or more RLC entities, but not enough to use one of the allowed TFCs:
   1. The SS MAC layer shall use the ‘No data’ TFC until there is enough data in the RLC to use another allowed TFC.
   2. The SS RLC layer shall buffer the data until there is enough data in the RLC entities for the MAC layer to use an allowed TFC other than the ‘No data’ TFC for transmission of the data.

NOTE: The TTCN author is responsible for ensuring:

1. The SDU discard function is not configured for TM and UM entities in the UE, and is configured to no_discard for AM entities in the UE.
2. That RLC SDUs that are expected to be sent in the same TTI (due to a TFC restriction) are sent as quickly as possible to minimize the number of ‘no data’ TFCs used by the MAC layer, and the amount of buffering that must be performed by the RLC layer.

SS requirements for uplink:

The SS shall discard all data received using a restricted non-allowed TFC.

Type Name

CMAC_SecurityMode_Config_CNF

PCO Type

CSAP

Comment

To confirm to configure the MAC security mode

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CMAC_SecurityMode_Config_REQ

PCO Type

CSAP

Comment

To request to configure the MAC security mode.

If there are several CMAC_Ciphering_Activate_REQ follow this ASP, the SS shall take a serial of specified actions on the same contents in this ASP at the activation time indicated in each CMAC_Ciphering_Activate_REQ.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

macCipheringInfo SecurityInfo

}

Type Name

CMAC_Sequence_Number_CNF

PCO Type

CSAP

Comment

To return the requested counter sequence number on MAC-d DCH. The physicalChannelIdentity of DPCH applies to routingInfo.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo,

count_C_MSB_UL COUNT_C_MSB ,

count_C_MSB_DL COUNT_C_MSB

}

Type Name

CMAC_SequenceNumber_REQ

PCO Type

CSAP

Comment

To request the MAC layer to return current counter sequence numbers. The physicalChannelIdentity of DPCH applies to routingInfo.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo

}

Type Name

CMAC_SYSINFO_Config_CNF

PCO Type

CSAP

Comment

To confirm to setup the system information block

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo

}

Type Name

CMAC_SYSINFO_Config_REQ

PCO Type

CSAP

Comment

To request MAC layer to send the BCCH message on the specified configuration.

Type Definition

SEQUENCE {

cellId INTEGER(0..63),

routingInfo RoutingInfo,

ratType RatType,

configMessage CmacSysinfoConfigReq

}

Type Name

CmacSysinfoConfigReq

Comment

Type Definition

SEQUENCE {

sg_REP INTEGER (2..12),

— Repetition period is the sg_REP-th power of 2.

sg_POS INTEGER (0..2047),

— The position of each segment is 2 * sg_POS.

bcch_ModificationTime BCCH_ModificationTime OPTIONAL

}

Type Name

CRLC_Bind_TestData_TTI_CNF

PCO Type

CSAP

Comment

To confirm the request of binding subsequent data sending RLC_TR_TestDataReq on the different DL RBs in the same TTI.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

result ENUMERATED{failure(0), success(1)}

}

Type Name

CRLC_Bind_TestData_TTI_REQ

PCO Type

CSAP

Comment

To request binding subsequent data sending RLC_TR_TestDataReq on the different DL RBs in the same TTI.

On the request, the transmission of the test data is temporarily suppressed on those radio bearers which follow subsequently this CRLC_Bind_TestData_TTI_REQ and have ‘numOfDiffRb’ different RB IDs. Having received the number ‘numOfDiffRb’ of RLC_TR_TestDataReq, the SS RLC sends the test data on those RBs in the same TTI according to the allowed DL TFCS.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

numOfDiffRb INTEGER(2..6) — Number of different RB IDs

}

Type Name

CRLC_BindTestDataInOneMAChs_MACehs_PDU_CNF

PCO Type

CSAP

Comment

To confirm the request of binding subsequent data sending RLC_TR/UM/AM_TestDataReq on the specified RB mapped on HS-DSCH in the same MAC-hs/MAC-ehs PDU.

Type Definition

SEQUENCE{

cellId INTEGER(-1..63),

routingInfo RoutingInfo, — RB ID desired to be given

result ENUMERATED{failure(0), success(1)}

}

Type Name

CRLC_BindTestDataInOneMAChs_MACehs_PDU_REQ

PCO Type

CSAP

Comment

To request of binding subsequent data sending RLC_TR/UM/AM_TestDataReq on the specified RB mapped on HS-DSCH in the same MAC-hs/MAC-ehs PDU.

On the request, the transmission of the test data is temporarily suppressed on the radio bearers till ‘numOfSDU’s’ are received by RLC layer on the Radio Bearer. After receiving all SDU’s the RLC layer submits to MAC such that all of them are sent in one MAC-hs/ MAC-ehs PDU.

Type Definition

SEQUENCE{

cellId INTEGER(-1..63),

routingInfo RoutingInfo, — RB ID desired to be given

numOfSDUs INTEGER — Number of RLC SDU’s

}

Type Name

CRLC_BindTestDataInMultipleMACehs_PDU_MultiFlows_CNF

PCO Type

CSAP

Comment

To confirm the request of binding subsequent data sending RLC_TR/UM/AM_TestDataReq on the specified RB mapped on HS-DSCH.

Type Definition

SEQUENCE{

cellId INTEGER(-1..63),

routingInfo RoutingInfo, — RB ID desired to be given

result ENUMERATED{failure(0), success(1)}

}

Type Name

CRLC_BindTestDataInMultipleMACehs_PDU_MultiFlows_REQ

PCO Type

CSAP

Comment

To request of binding subsequent data sending RLC_TR/UM/AM_TestDataReq on the specified RB mapped on HS-DSCH in two MAC-ehs PDUs, one for each primary and secondary flow.

On the request, the transmission of the test data is temporarily suppressed on the radio bearer till all SDUs for all flows are received by RLC layer on the Radio Bearer. After receiving all SDU’s the RLC layer submits to MAC such that all of them are sent in two MAC-ehs PDUs.

Type Definition

SEQUENCE{

cellId INTEGER(-1..63),

routingInfo RoutingInfo, — RB ID desired to be given

primaryFlowNumOfSDUs INTEGER,

— Number of RLC SDU’s for primary flow of serving cell

secondaryFlowNumOfSDUs INTEGER OPTIONAL,

— Number of RLC SDU’s for secondary flow of serving cell

secPrimaryFlowNumOfSDUs INTEGER OPTIONAL,

— Number of RLC SDU’s for secondary cell primary flow Rel-9 or later

secSecondaryFlowNumOfSDUs INTEGER OPTIONAL,

— Number of RLC SDU’s for secondary cell secondary flow Rel-9 or later

relAspTypeExtension BindTestDataInMultipleMACehs_r10OrLaterExtensionType

OPTIONAL — Rel-10 or later

}

Type Name

CRLC_Ciphering_Activate_CNF

PCO Type

CSAP

Comment

To confirm to activate or inactivate the ciphering

Type Definition

SEQUENCE {

cellId INTEGER(-1..63)

}

Type Name

CRLC_Ciphering_Activate_REQ

PCO Type

CSAP

Comment

To request to start orrestart downlink ciphering or uplink deciphering. Each call of the ASP includes one RLC SN in rb-DL-CiphActivationTimeInfo for the corresponding rb-identity.

Initialize the 20 MSB of HFN component of COUNT-C to the START value stored.

For RLC_UM COUNT-C:

– If the value of incHFN is set to "NotInc" the SS initialiszes the remaining LSBs of HFN component in UM COUNT-C to zero.

– If the value of incHFN is set to "Inc" the SS initializes the remaining LSBs of HFN component in UM COUNT-C to zero, then increments the HFN by one.

For RLC_AM COUNT-C:

– If the value of incHFN is set to "NotInc" no further action is needed.

– If the value of incHFN is set to "Inc" the SS increments the HFN by one.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

ratType RatType,

cn_DomainIdentity CN_DomainIdentity,

ciphActivationInfo CiphActivationInfo,

incHFN RLC_IncMode

}

Type Name

CiphActivationInfo

Comment

DL or UL ciphering activation info

If RB is omitted in rB_UL_CiphActivationTimeInfo the SS takes no action on this RB and the ciphering configuration keeps unchanged on this RB. CipheringModeCommand = dummy NULL means no ciphering.

Type Definition

CHOICE {

cipheringModeInfo CipheringModeInfo,

rb_UL_CipheringActivationTimeInfo RB_ActivationTimeInfoList,

cipheringModeInfo_r7 CipheringModeInfo_r7 — Rel-7 or later

}

Type Name

RLC_IncMode

Comment

Type Definition

ENUMERATED{notInc(0), inc(1)}

Type Name

CRLC_Config_CNF

PCO Type

CSAP

Comment

For RLC emulator to confirm that a previous attempt to establish, re_configure or release a radio bearer has been successful.

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo

}

Type Name

CRLC_Config_REQ

PCO Type

CSAP

Comment

To request to setup, reconfigure or release RLC entity

Type Definition

SEQUENCE {

cellId INTEGER(-1..63),

routingInfo RoutingInfo,

ratType RatType,

configMessage CrlcConfigReq,

activationTime SS_ActivationTime OPTIONAL — Rel-7 or later

}

Type Name

CrlcConfigReq

Comment

To request to setup, re_configure release RLC entity

The Stop parameter indicates that the RLC entity shall not transmit or receive RLC PDUs. The Continue parameter indicates that the RLC entity shall continue transmission and reception of RLC PDUs. When the RLC entity is stopped, the all protocol parameters, such as the protocol variables, RLC timers and status are not affected. Triggered polls and status transmissions are delayed until the RLC entity is continued.

Type Definition

CHOICE {

setup RBInfo,

reconfigure RBInfo,

release NULL,

sS_stop NULL,

sS_continue NULL

}

Type Name

RBInfo

Comment

Type Definition

SEQUENCE {

sS_rlc_Info SS_RLC_Info OPTIONAL,

sS_rlc_Info_r8 SS_RLC_Info_r8OrLater OPTIONAL,

— Rel-8 or Later

rB_LogCH_Mapping RB_LogCH_Mapping

relAspTypeExtension SEQUENCE{} OPTIONAL

}

Type Name

RB_LogCH_Mapping

Comment

Provide mapping information between RB, logical channel and CN domain.

When the logical channel is MTCH, the logicalChannelIdentity shall be consistent with MBMS_LogicalChIdentity in MBMS_PTM_RBInformation_N and MBMS_PTM_RBInformation_C being sent to the UE.

In rel-11 Multiflow inter-NodeB configuration RB is mapped to logical channel on two MAC-ehs entities.

Type Definition

SEQUENCE {

uLlogicalChannelIdentity LogicalChannelIdentity OPTIONAL,

dLlogicalChannelIdentity LogicalChannelIdentity OPTIONAL,

logicalChannelType LogicalChannelType OPTIONAL,

cn_DomainIdentity CN_DomainIdentity OPTIONAL

}

Type Name

SS_RLC_Info

Comment

UL and DL have been swapped intentionally in this type definition. This is to maximize re-use of the type definitions in 3GPP TS 25.331 [21] which are intended to configure a UE, where UL is transmission, and DL is reception. For the SS, UL is reception, and DL is transmission.

For example, consider configuring a DL AM RLC entity (transmitter) in the SS. The transmission parameters to be configured include PollingInformation, Transmission-RLC-Discard etc. If the DL-AM-RLC-Mode type definition is used to configure this entity, it is only possible to configure reception parameters such as StatusInformation, and receiving window size.

By swapping UL and DL, it is possible to configure the DL AM RLC entity using the existing type definition UL-AM-RLC-Info, which contains all of the required transmission parameters.

When uM_SN_DeliveryMode is set to configured, the RLC entity does not concatenate nor segment RLC SDUs (see 3GPP TS 25.322 [18], subclause 8.2).

If the IE useSpecialValueOfHEField is set to true, the last octet of the PDU is the last octet of an SDU and there is no SDU concatenation inside the PDU.

Applicable for Rel-99 to Rel-7

Type Definition

SEQUENCE {

sS_ul_RLC_Mode DL_RLC_Mode OPTIONAL,

sS_dl_RLC_Mode SS_DL_RLC_Mode OPTIONAL,

rlc_OneSidedReEst BOOLEAN DEFAULT FALSE,

altE_bitInterpretation ENUMERATED {false (0), true (1)} DEFAULT false,

— applicable only for UM RLC mode of Rel-7 or later

useSpecialValueOfHEField ENUMERATED {false (0), true (1)} DEFAULT false,

— applicable only for AM RLC mode of Rel-7 or later

uM_SN_DeliveryMode ENUMERATED { nonConfigured(0), configured(1)}

DEFAULT nonConfigured

— applicable for UM RLC mode of Rel-7 or later

}

Comment

Applicable for Rel-8 or Later.

UL and DL have been swapped intentionally in this type definition. This is to maximize re-use of the type definitions in 3GPP TS 25.331 [21], which are intended to configure a UE, where UL is transmission, and DL is reception. For the SS, UL is reception, and DL is transmission.

For example, consider configuring a DL AM RLC entity (transmitter) in the SS. The transmission parameters to be configured include PollingInformation, Transmission-RLC-Discard etc. If the DL-AM-RLC-Mode type definition is used to configure this entity, it is only possible to configure reception parameters such as StatusInformation, and receiving window size.

By swapping UL and DL, it is possible to configure the DL AM RLC entity using the existing type definition UL-AM-RLC-Info, which contains all of the required transmission parameters.

When uM_SN_DeliveryMode is set to configured, the RLC entity does not concatenate nor segment RLC SDUs (see 3GPP TS 25.322 [18], subclause 8.2).

If the IE useSpecialValueOfHEField is set to true, the last octet of the PDU is the last octet of an SDU and there is no SDU concatenation inside the PDU.

Type Definition

CHOICE {

r8 SEQUENCE {

sS_ul_RLC_Mode DL_RLC_Mode_r7 OPTIONAL,

sS_dl_RLC_Mode SS_DL_RLC_Mode OPTIONAL,

rlc_OneSidedReEst BOOLEAN DEFAULT FALSE,

altE_bitInterpretation ENUMERATED {false (0), true (1)} DEFAULT false,

— applicable only for UM RLC mode

useSpecialValueOfHEField ENUMERATED {false (0), true (1)} DEFAULT false,

— applicable only for AM RLC mode

uM_SN_DeliveryMode ENUMERATED { nonConfigured(0), configured(1)}

DEFAULT nonConfigured

— applicable for UM RLC mode of Rel-7 or later

},

relAspTypeExtension SS_RLC_Info_r10OrLaterExtensionType

— Rel-10 or later

}

Type Name

SS_DL_RLC_Mode

Comment

"dl_UM_outOfSeqDelivery" is present only for the DL_RLC entity connected to MCCH, and in the configuration with dl_UM_outOfSeqDelivery present the UM RLC can transmit RLC PDU containing SDU of ACCESS INFORMATION message out of sequence when it is necessary

Maximum one among dl_RLC_PDU_size & dl_PayloadSize shall be included.

For RLC UM configuration, with altE_bitInterpretation set to TRUE, neither dl_PayloadSize nor dl_RLC_PDU_size can be present.

Type Definition

SEQUENCE {

dl_PayloadSize PayloadSize OPTIONAL,

dl_RLCModeInfo UL_RLC_Mode,

dl_UM_RLC_LI_size DL_UM_RLC_LI_size OPTIONAL,

— only for UM RLC configuration of Rel-5 or later

dl_UM_outOfSeqDelivery UM_RLC_OutOSeqDelivery_Info_r6 OPTIONAL,

–- Rel-6 or later

dl_RLC_PDU_size CHOICE {

fixedSize OctetModeRLC_SizeInfoType1,

flexibleSize SS_FlexibleSize

} OPTIONAL — Only for AM RLC Configuration of Rel-7 or later

}