below parameter detail

WRAB ParametersWRAB ParametersWRAB ParametersWRAB Parameters

DeltaSIR (Delta SIR in the compressed mode)DeltaSIR (Delta SIR in the compressed mode)DeltaSIR (Delta SIR in the compressed mode)DeltaSIR (Delta SIR in the compressed mode) Parameter name Delta SIR in the compressed mode

Abbreviated name DeltaSIR

3GPP name -

Managed Object WRAB

Parameter group ACConfiguration

Classification Radio Resource Utilisation

Multiplicity 1

Description The parameters of this structure define the offsets for the SIR target values to be set in the radio frames including the transmission gap pattern.

Formula for getting internal value -

Default value -

Default value notes -

Related functions Admission Control

Child parameters � DeltaSIRAfterDownlink � DeltaSIRAfterUplink � DeltaSIRDownlink � DeltaSIRUplink

Modification On-Line

Related parameters -

Parameter relationships -

Related options -

Feature dependencies � C-Iub: Changes to Eb/N0 Parameterization

Interfaces � RAC <-> RNC � EM <-> RNC � RACApp <-> RAC

References -

Table 2038: DeltaSIR (Delta SIR in the compressed mode)

DeltaSIRAfterDownlink (Downlink delta SIR after in the compressed mode)DeltaSIRAfterDownlink (Downlink delta SIR after in the compressed mode)DeltaSIRAfterDownlink (Downlink delta SIR after in the compressed mode)DeltaSIRAfterDownlink (Downlink delta SIR after in the compressed mode) Parameter name Downlink delta SIR after in the compressed mode

Abbreviated name DeltaSIRAfterDownlink

3GPP name DeltaSIRafter1

Managed Object -



Multiplicity 1

Description This parameter defines the offset in the downlink SIR target value to be set in the UE one frame after the frame containing the start of the first transmission gap in the transmission gap pattern. The value of the parameter does not include the effect of the bit rate increase during the compressed frame.

Range 0...3

Step 0.1

Units dB

Formula for getting internal value internal_value = gui_value * 10

Default value 0.7






Related options -



References -

Table 2039: DeltaSIRAfterDownlink (Downlink delta SIR after in the compressed mode)

DeltaSIRAfterUplink (Uplink delta SIR after in the compressed mode)DeltaSIRAfterUplink (Uplink delta SIR after in the compressed mode)DeltaSIRAfterUplink (Uplink delta SIR after in the compressed mode)DeltaSIRAfterUplink (Uplink delta SIR after in the compressed mode) Parameter name Uplink delta SIR after in the compressed mode

Abbreviated name DeltaSIRAfterUplink

3GPP name DeltaSIRafter1

Managed Object -



Multiplicity 1

Description This parameter defines the offset in the uplink SIR target value to be set in the BTS one frame after the frame containing the start of the first transmission gap in the transmission gap pattern. The value of the parameter does not include the effect of the bit rate increase during the compressed frame.

Range 0...3

Step 0.1

Units dB


Default value 0.7






Related options -



References -

Table 2040: DeltaSIRAfterUplink (Uplink delta SIR after in the compressed mode)

DeltaSIRDownlink (Downlink delta SIR in the compressed mode)DeltaSIRDownlink (Downlink delta SIR in the compressed mode)DeltaSIRDownlink (Downlink delta SIR in the compressed mode)DeltaSIRDownlink (Downlink delta SIR in the compressed mode) Parameter name Downlink delta SIR in the compressed mode

Abbreviated name DeltaSIRDownlink

3GPP name DeltaSIR1

Managed Object -



Multiplicity 1

Description This parameter defines the offset in the downlink SIR target value to be set in the UE during the frame containing the start of

the first transmission gap in the transmission gap pattern. The value of the parameter does not include the effect of the bit rate increase during the compressed frame.

Range 0...3

Step 0.1

Units dB


Default value 1.5






Related options -



References -

Table 2041: DeltaSIRDownlink (Downlink delta SIR in the compressed mode)

DeltaSIRUplink (Uplink delta SIR in the compressed mode)DeltaSIRUplink (Uplink delta SIR in the compressed mode)DeltaSIRUplink (Uplink delta SIR in the compressed mode)DeltaSIRUplink (Uplink delta SIR in the compressed mode) Parameter name Uplink delta SIR in the compressed mode

Abbreviated name DeltaSIRUplink

3GPP name DeltaSIR1

Managed Object -



Multiplicity 1

Description This parameter defines the offset in the uplink SIR target value to be set in the BTS during the frame containing the start of the first transmission gap in the transmission gap pattern. The value of the parameter does not include the effect of the bit rate increase during compressed frame.

Range 0...3

Step 0.1

Units dB


Default value 1.5






Related options -



References -

Table 2042: DeltaSIRUplink (Uplink delta SIR in the compressed mode)

DownlinkOrthog (Downlink orthogonality factor)DownlinkOrthog (Downlink orthogonality factor)DownlinkOrthog (Downlink orthogonality factor)DownlinkOrthog (Downlink orthogonality factor)

Parameter name Downlink orthogonality factor

Abbreviated name DownlinkOrthog

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines the orthogonality factor of the downlink channel. The orthogonality factor quantifies the delay spread of the downlink channel. Value 1 of the parameter represents the channel without any multipath propagation. The orthogonality factor is used in defining the code power of the radio link.

Range 0...1

Step 0.01

Units -


Default value 0.5






Related options -


Interfaces � RAC <-> RNC � EM <-> RNC � RACApp <-> RAC � RNC -> OMS topology � RNC -> OMS topology UI

References -

Table 2043: DownlinkOrthog (Downlink orthogonality factor)

EDCHBLERAdjCSVoice10 (HARQ threshold for OLPC of HS CS voice EEDCHBLERAdjCSVoice10 (HARQ threshold for OLPC of HS CS voice EEDCHBLERAdjCSVoice10 (HARQ threshold for OLPC of HS CS voice EEDCHBLERAdjCSVoice10 (HARQ threshold for OLPC of HS CS voice E----TTI 10 ms)TTI 10 ms)TTI 10 ms)TTI 10 ms) Parameter name HARQ threshold for OLPC of HS CS voice E-TTI 10 ms

Abbreviated name EDCHBLERAdjCSVoice10

3GPP name -

Managed Object WRAB



Multiplicity 1

Description Management parameter defines the L1 HARQ retransmissions threshold for the outerloop power control dedicated to the E-DCH MAC-d flow of the CS voice when the E-TTI equals to 10 ms. Its value is used by the outer loop power control of the RNC for the detection of the block error. Block error is occurred if the number of the retransmissions equals to the value of the parameter or a HARQ failure has observed. Outerloop power control adjusts the uplink DPCCH SIR target after the occurred block errors. This threshold value is used when the BLER target has been defined with the management parameter “BLER target for the HS CS voice E-TTI 10 ms”.

Range 1...15

Step 1

Units -

Formula for getting internal value internal_value = gui_value

Default value 1

Default value notes Block error is detected from the first HARQ retransmission.



Related parameters EbNoSetIdentifier of WCEL - Parameter "Eb/No parameter set identifier" identifies the WRAB object associated with the cell of

the radio link.


Related options � CS Voice Over HSPA

Feature dependencies -


References -

Table 2044: EDCHBLERAdjCSVoice10 (HARQ threshold for OLPC of HS CS voice E-TTI 10 ms)

EDCHBLERAdjCSVoice2 (HARQ threshold for OLPC of HS CS voice EEDCHBLERAdjCSVoice2 (HARQ threshold for OLPC of HS CS voice EEDCHBLERAdjCSVoice2 (HARQ threshold for OLPC of HS CS voice EEDCHBLERAdjCSVoice2 (HARQ threshold for OLPC of HS CS voice E----TTI 2 ms)TTI 2 ms)TTI 2 ms)TTI 2 ms) Parameter name HARQ threshold for OLPC of HS CS voice E-TTI 2 ms

Abbreviated name EDCHBLERAdjCSVoice2

3GPP name -

Managed Object WRAB



Multiplicity 1

Description Management parameter defines the L1 HARQ retransmissions threshold for the outerloop power control dedicated to the E-DCH MAC-d flow of the CS voice when the E-TTI equals to 2 ms. Its value is used by the outer loop power control of the RNC for the detection of the block error. Block error is occurred if the number of the retransmissions equals to the value of the parameter or a HARQ failure has observed. Outerloop power control adjusts the uplink DPCCH SIR target after the occurred block errors. This threshold value is used when the BLER target has been defined with the management parameter “BLER target for the HS CS voice E-TTI 2 ms”.

Range 1...15

Step 1

Units -


Default value 2

Default value notes Block error is detected from the second HARQ retransmission.



Related parameters EbNoSetIdentifier of WCEL - Parameter "Eb/No parameter set identifier" identifies the WRAB object associated with the cell of the radio link.





References -

Table 2045: EDCHBLERAdjCSVoice2 (HARQ threshold for OLPC of HS CS voice E-TTI 2 ms)

EbNoDCHOfPSNRT (Rate matching with the PS NRT DCH)EbNoDCHOfPSNRT (Rate matching with the PS NRT DCH)EbNoDCHOfPSNRT (Rate matching with the PS NRT DCH)EbNoDCHOfPSNRT (Rate matching with the PS NRT DCH) Parameter name Rate matching with the PS NRT DCH

Abbreviated name EbNoDCHOfPSNRT

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the planned Eb/N0s for the DCHs which are transferring radio bearers of the PS interactive and background RABs. With these parameters it is possible to define two quality target values and their planned Eb/N0s. Either of the two quality target values can be assigned to each of the DCH user data rates 8, 16, 32, 64, 128, 256 and 384 kbps, separately for the uplink and downlink DCHs. Additional management parameters are introduced to assign a data rate gain value to the higher data rate DCHs; final Eb/N0 values are achieved by adding the data rate gain to the quality target specific Eb/N0 values. The parameters are applied in producing the service specific rate matching attributes.


Default value -



Child parameters � EbNoDCHOfPSNRTPriQua � EbNoDCHOfPSNRTPrim � EbNoDCHOfPSNRTSec � EbNoDCHOfPSNRTSecQua � EbNoDCHOfPSNRTSelQuaDL � EbNoDCHOfPSNRTSelQuaUL

Modification Requires object locking

Related parameters EbNoSetIdentifier of WCEL - EbNoSetIdentifier identifies the WRAB object associated with the cell.


Related options -



References -

Table 2046: EbNoDCHOfPSNRT (Rate matching with the PS NRT DCH)

EbNoDCHOfPSNRTPriQua (Primary quality target of the PS NRT DCH)EbNoDCHOfPSNRTPriQua (Primary quality target of the PS NRT DCH)EbNoDCHOfPSNRTPriQua (Primary quality target of the PS NRT DCH)EbNoDCHOfPSNRTPriQua (Primary quality target of the PS NRT DCH) Parameter name Primary quality target of the PS NRT DCH

Abbreviated name EbNoDCHOfPSNRTPriQua

3GPP name DCH quality target

Managed Object -



Multiplicity 1

Description This parameter defines the primary quality target for the DCHs which are transferring radio bearers of the PS interactive and background RABs. The management parameters "Quality target selector for uplink PS NRT DCH" and "Quality target selector for downlink PS NRT DCH" enable you to select the DCH user data rates 8, 16, 32, 64, 128, 256, and 384 kbps for which this quality target is used, separately for the uplink and downlink DCHs.

Range -6.3...0

Step 0.1

Units -


Default value -2

Default value notes Default value represents the block error ratio of 1%





Related options -



References -

Table 2047: EbNoDCHOfPSNRTPriQua (Primary quality target of the PS NRT DCH)

EbNoDCHOfPSNRTPrim (Primary Eb/N0 of the PS NRT DCH)EbNoDCHOfPSNRTPrim (Primary Eb/N0 of the PS NRT DCH)EbNoDCHOfPSNRTPrim (Primary Eb/N0 of the PS NRT DCH)EbNoDCHOfPSNRTPrim (Primary Eb/N0 of the PS NRT DCH) Parameter name Primary Eb/N0 of the PS NRT DCH

Abbreviated name EbNoDCHOfPSNRTPrim

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the primary quality target of the DCHs which are transferring radio bearers of the PS interactive and background RABs. The management parameter "Primary quality target of the PS NRT DCH" defines the appropriate value of the primary quality target. This parameter is applicable for the DCH user data rates 8, 16, 32, 64, 128, 256, and 384 kbps when the 1-way receiver diversity is assumed. The value of the parameter represents the low data rate value without the possible data rate gain. The data rate gain value is defined separately with the management parameter "Data rate gain for the Eb/N0 of the PS NRT DCH". The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned primary Eb/N0 value is obtained by adding the data rate gain to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2048: EbNoDCHOfPSNRTPrim (Primary Eb/N0 of the PS NRT DCH)

EbNoDCHOfPSNRTSec (Secondary Eb/N0 of the PS NRT DCH)EbNoDCHOfPSNRTSec (Secondary Eb/N0 of the PS NRT DCH)EbNoDCHOfPSNRTSec (Secondary Eb/N0 of the PS NRT DCH)EbNoDCHOfPSNRTSec (Secondary Eb/N0 of the PS NRT DCH) Parameter name Secondary Eb/N0 of the PS NRT DCH

Abbreviated name EbNoDCHOfPSNRTSec

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the secondary quality target of the DCHs which are transferring radio bearers of the PS interactive and background RABs. The management parameter "Secondary quality target of the PS NRT DCH" defines the appropriate value of the primary quality target. This parameter is applicable for the DCH user data rates 8, 16, 32, 64, 128, 256, and 384 kbps when the 1-way receiver diversity is assumed. The value of the parameter represents the low data rate value without the possible data rate gain. The data rate gain value is defined separately with the management parameter "Data rate gain for the Eb/N0 of the PS NRT DCH". The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned secondary Eb/N0 value is obtained by adding the data rate gain to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 6.5






Related options -



References -

Table 2049: EbNoDCHOfPSNRTSec (Secondary Eb/N0 of the PS NRT DCH)

EbNoDCHOfPSNRTSecQua (Secondary quality target of the PS NRT DCH)EbNoDCHOfPSNRTSecQua (Secondary quality target of the PS NRT DCH)EbNoDCHOfPSNRTSecQua (Secondary quality target of the PS NRT DCH)EbNoDCHOfPSNRTSecQua (Secondary quality target of the PS NRT DCH) Parameter name Secondary quality target of the PS NRT DCH

Abbreviated name EbNoDCHOfPSNRTSecQua


Managed Object -



Multiplicity 1

Description This parameter defines the secondary quality target for the DCHs which are transferring radio bearers of the PS interactive and background RABs. The management parameters "Quality target selector for uplink PS NRT DCH" and "Quality target selector for downlink PS NRT DCH" enable you to select the DCH user data rates 8, 16, 32, 64, 128, 256, and 384 kbps for which this quality target is used, separately for the uplink and downlink DCHs.

Range -6.3...0

Step 0.1

Units -


Default value -1.3

Default value notes Default value represents the block error ratio of 5%





Related options -



References -

Table 2050: EbNoDCHOfPSNRTSecQua (Secondary quality target of the PS NRT DCH)

EbNoDCHOfPSNRTSelQuaDL (Quality target selector for DL PS NRT DCH)EbNoDCHOfPSNRTSelQuaDL (Quality target selector for DL PS NRT DCH)EbNoDCHOfPSNRTSelQuaDL (Quality target selector for DL PS NRT DCH)EbNoDCHOfPSNRTSelQuaDL (Quality target selector for DL PS NRT DCH) Parameter name Quality target selector for DL PS NRT DCH

Abbreviated name EbNoDCHOfPSNRTSelQuaDL

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines whether the primary or the secondary quality target is used for a particular data rate of the downlink DCH which is transferring radio bearer of the PS interactive or background RAB. Either of the two quality target values, which are defined with the management parameters "Primary quality target of the PS NRT DCH" and "Secondary quality target of the PS NRT DCH", can be assigned to each of the DCH user data rates 8, 16, 32, 64, 128, 256, and 384 kbps. If a DCH user data rate is selected with the parameter, then the primary quality target is used for it; otherwise the secondary quality target is used.

Range Bit 0: 8 kbps, Bit 1: 16 kbps, Bit 2: 32 kbps, Bit 3: 64 kbps, Bit 4: 128 kbps, Bit 5: 256 kbps, Bit 6: 384 kbps

Step -

Units -


Default value 127

Default value notes Primary quality target is used for all the downlink DCH data rates.





Related options -



References -

Table 2051: EbNoDCHOfPSNRTSelQuaDL (Quality target selector for DL PS NRT DCH)

EbNoDCHOfPSNRTSelQuaUL (Quality target selector for UL PS NRT DCH)EbNoDCHOfPSNRTSelQuaUL (Quality target selector for UL PS NRT DCH)EbNoDCHOfPSNRTSelQuaUL (Quality target selector for UL PS NRT DCH)EbNoDCHOfPSNRTSelQuaUL (Quality target selector for UL PS NRT DCH) Parameter name Quality target selector for UL PS NRT DCH

Abbreviated name EbNoDCHOfPSNRTSelQuaUL

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines whether the primary or the secondary quality target is used for a particular data rate of the uplink DCH which is transferring radio bearer of the PS interactive or background RAB. Either of the two quality target values, which are defined with the management parameters "Primary quality target of the PS NRT DCH" and "Secondary quality target of the PS NRT DCH", can be assigned to each of the DCH user data rates 8, 16, 32, 64, 128, 256, and 384 kbps. If a DCH user data rate is selected with the parameter, then the primary quality target is used for it; otherwise the secondary quality target is used.

Range Bit 0: 8 kbps, Bit 1: 16 kbps, Bit 2: 32 kbps, Bit 3: 64 kbps, Bit 4: 128 kbps, Bit 5: 256 kbps, Bit 6: 384 kbps

Step -

Units -


Default value 127

Default value notes Primary quality target is used for all the uplink DCH data rates.





Related options -



References -

Table 2052: EbNoDCHOfPSNRTSelQuaUL (Quality target selector for UL PS NRT DCH)

EbNoDCHOfPSStr (Rate matching with the PS streaming DCH)EbNoDCHOfPSStr (Rate matching with the PS streaming DCH)EbNoDCHOfPSStr (Rate matching with the PS streaming DCH)EbNoDCHOfPSStr (Rate matching with the PS streaming DCH) Parameter name Rate matching with the PS streaming DCH

Abbreviated name EbNoDCHOfPSStr

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the planned Eb/N0s for the DCHs which are transferring radio bearers of the PS streaming RABs. The parameters enable you to define two quality target values and their planned Eb/N0's. Either of the two quality target values can be assigned to each of the DCH user data rates 8, 16, 32, 64, 128, and 256 kbps, separately for the uplink and downlink DCHs. An additional management parameter is introduced to assign a data rate gain value to the higher data rate DCHs; the final Eb/N0 values are achieved by adding the data rate gain to the quality target specific Eb/N0 values. The parameters are applied in producing the service specific rate matching attributes.


Default value -



Child parameters � EbNoDCHOfPSStrPriQua � EbNoDCHOfPSStrPrim � EbNoDCHOfPSStrSec � EbNoDCHOfPSStrSecQua � EbNoDCHOfPSStrSelQuaDL � EbNoDCHOfPSStrSelQuaUL




Related options -



References -

Table 2053: EbNoDCHOfPSStr (Rate matching with the PS streaming DCH)

EbNoDCHOfPSStrPriQua (Primary quality target of the PS streaming DCH)EbNoDCHOfPSStrPriQua (Primary quality target of the PS streaming DCH)EbNoDCHOfPSStrPriQua (Primary quality target of the PS streaming DCH)EbNoDCHOfPSStrPriQua (Primary quality target of the PS streaming DCH) Parameter name Primary quality target of the PS streaming DCH

Abbreviated name EbNoDCHOfPSStrPriQua


Managed Object -



Multiplicity 1

Description This parameter defines the primary quality target for the DCHs which are transferring radio bearers of the PS streaming RABs. The management parameters "Quality target selector for uplink PS streaming DCH" and "Quality target selector for downlink PS streaming DCH" enable you to select the DCH user data rates 8, 16, 32, 64, 128, and 256 kbps for which this quality target

is used, separately for the uplink and downlink DCHs.

Range -6.3...0

Step 0.1

Units -


Default value -2

Default value notes Default value represents the block error ratio of 1%.





Related options -



References -

Table 2054: EbNoDCHOfPSStrPriQua (Primary quality target of the PS streaming DCH)

EbNoDCHOfPSStrPrim (Primary Eb/N0 of the PS streaming DCH)EbNoDCHOfPSStrPrim (Primary Eb/N0 of the PS streaming DCH)EbNoDCHOfPSStrPrim (Primary Eb/N0 of the PS streaming DCH)EbNoDCHOfPSStrPrim (Primary Eb/N0 of the PS streaming DCH) Parameter name Primary Eb/N0 of the PS streaming DCH

Abbreviated name EbNoDCHOfPSStrPrim

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the primary quality target of the DCHs which are transferring radio bearers of the PS streaming RABs. The management parameter "Primary quality target of the PS streaming DCH" defines the appropriate value of the primary quality target. This parameter is applicable for the DCH user data rates 8, 16, 32, 64, 128, and 256 kbps when the 1-way receiver diversity is assumed. The value of the parameter represents the low data rate value without the possible data rate gain. The data rate gain value is defined separately with the management parameter "Data rate gain for the Eb/N0 of the PS streaming DCH". The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned primary Eb/N0 value is obtained by adding the data rate gain to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2055: EbNoDCHOfPSStrPrim (Primary Eb/N0 of the PS streaming DCH)

EbNoDCHOfPSStrSec (Secondary Eb/N0 of the PS streaming DCH)EbNoDCHOfPSStrSec (Secondary Eb/N0 of the PS streaming DCH)EbNoDCHOfPSStrSec (Secondary Eb/N0 of the PS streaming DCH)EbNoDCHOfPSStrSec (Secondary Eb/N0 of the PS streaming DCH) Parameter name Secondary Eb/N0 of the PS streaming DCH

Abbreviated name EbNoDCHOfPSStrSec

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the secondary quality target of the DCHs which are transferring radio bearers of the PS streaming RABs. The management parameter "Secodary quality target of the PS streaming DCH" defines the appropriate value of the secondary quality target. This parameter is applicable for the DCH user data rates 8, 16, 32, 64, 128, and 256 kbps when the 1-way receiver diversity is assumed. The value of the parameter represents the low data rate value without the possible data rate gain. The data rate gain value is defined separately with the management parameter "Data rate gain for the Eb/N0 of the PS streaming DCH". The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned secondary Eb/N0 value is obtained by adding the data rate gain to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 6.5






Related options -



References -

Table 2056: EbNoDCHOfPSStrSec (Secondary Eb/N0 of the PS streaming DCH)

EbNoDCHOfPSStrSecQua (Secondary quality target of the PS streaming DCH)EbNoDCHOfPSStrSecQua (Secondary quality target of the PS streaming DCH)EbNoDCHOfPSStrSecQua (Secondary quality target of the PS streaming DCH)EbNoDCHOfPSStrSecQua (Secondary quality target of the PS streaming DCH) Parameter name Secondary quality target of the PS streaming DCH

Abbreviated name EbNoDCHOfPSStrSecQua


Managed Object -



Multiplicity 1

Description This parameter defines the secondary quality target for the DCHs which are transferring radio bearers of the PS streaming RABs. The management parameters "Quality target selector for uplink PS streaming DCH" and "Quality target selector for downlink PS streaming DCH" enable you to select the DCH user data rates 8, 16, 32, 64, 128, and 256 kbps for which this quality target is used, separately for the uplink and downlink DCHs.

Range -6.3...0

Step 0.1

Units -


Default value -1.3

Default value notes Default value represents the block error ratio of 5%.





Related options -



References -

Table 2057: EbNoDCHOfPSStrSecQua (Secondary quality target of the PS streaming DCH)

EbNoDCHOfPSStrSelQuaDL (Quality target selector for DL PS streaming DCH)EbNoDCHOfPSStrSelQuaDL (Quality target selector for DL PS streaming DCH)EbNoDCHOfPSStrSelQuaDL (Quality target selector for DL PS streaming DCH)EbNoDCHOfPSStrSelQuaDL (Quality target selector for DL PS streaming DCH) Parameter name Quality target selector for DL PS streaming DCH

Abbreviated name EbNoDCHOfPSStrSelQuaDL

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines whether the primary or the secondary quality target is used for a particular data rate of the downlink DCH which is transferring radio bearer of the PS streaming RAB. Either of the two quality target values, which are defined with the management parameters "Primary quality target of the PS streaming DCH" and "Secondary quality target of the PS streaming DCH", can be assigned to each of the DCH user data rates 8, 16, 32, 64, 128, and 256 kbps. If a DCH user data rate is selected with the parameter, then the primary quality target is used for it; otherwise the secondary quality target is used.

Range Bit 0: 8 kbps, Bit 1: 16 kbps, Bit 2: 32 kbps, Bit 3: 64 kbps, Bit 4: 128 kbps, Bit 5: 256 kbps

Step -

Units -


Default value 63

Default value notes Primary quality target is used for all the downlink DCH data rates.





Related options -



References -

Table 2058: EbNoDCHOfPSStrSelQuaDL (Quality target selector for DL PS streaming DCH)

EbNoDCHOfPSStrSelQuaUL (Quality target selector for UL PS streaming DCH)EbNoDCHOfPSStrSelQuaUL (Quality target selector for UL PS streaming DCH)EbNoDCHOfPSStrSelQuaUL (Quality target selector for UL PS streaming DCH)EbNoDCHOfPSStrSelQuaUL (Quality target selector for UL PS streaming DCH) Parameter name Quality target selector for UL PS streaming DCH

Abbreviated name EbNoDCHOfPSStrSelQuaUL

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines whether the primary or the secondary quality target is used for a particular data rate of the uplink DCH which is transferring radio bearer of the PS streaming RAB. Either of the two quality target values, which are defined with the management parameters "Primary quality target of the PS streaming DCH" and "Secondary quality target of the PS streaming DCH", can be assigned to each of the DCH user data rates 8, 16, 32, 64, and 128 kbps. If a DCH user data rate is selected with the parameter, then the primary quality target is used for it; otherwise the secondary quality target is used.

Range Bit 0: 8 kbps, Bit 1: 16 kbps, Bit 2: 32 kbps, Bit 3: 64 kbps, Bit 4: 128 kbps

Step -

Units -


Default value 31

Default value notes Primary quality target is used for all the uplink DCH data rates.





Related options -



References -

Table 2059: EbNoDCHOfPSStrSelQuaUL (Quality target selector for UL PS streaming DCH)

EbNoDCHOfSRB (Rate matching with the SRB DCH)EbNoDCHOfSRB (Rate matching with the SRB DCH)EbNoDCHOfSRB (Rate matching with the SRB DCH)EbNoDCHOfSRB (Rate matching with the SRB DCH) Parameter name Rate matching with the SRB DCH

Abbreviated name EbNoDCHOfSRB

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the quality targets and the planned Eb/N0s for the DCHs which are transferring the signalling radio bearers of data rates 13.6 and 3.4 kbps. The parameters enable you to define separate quality target values and planned Eb/N0 values for both SRB types. An additional management parameter is introduced to assign a data rate gain value when the SRB is transferred with the higher data rate services; the final Eb/N0 values are achieved by adding the data rate gain to the quality target specific Eb/N0 values. The parameters are applied in producing the service specific rate matching attributes.


Default value -



Child parameters � EbNoDCHOfSRB136 � EbNoDCHOfSRB136Qua � EbNoDCHOfSRB34 � EbNoDCHOfSRB34Qua




Related options -


Interfaces � RAC <-> RNC

� EM <-> RNC � RACApp <-> RAC

References -

Table 2060: EbNoDCHOfSRB (Rate matching with the SRB DCH)

EbNoDCHOfSRB136 (Planned Eb/N0 of the SRB13.6 DCH)EbNoDCHOfSRB136 (Planned Eb/N0 of the SRB13.6 DCH)EbNoDCHOfSRB136 (Planned Eb/N0 of the SRB13.6 DCH)EbNoDCHOfSRB136 (Planned Eb/N0 of the SRB13.6 DCH) Parameter name Planned Eb/N0 of the SRB13.6 DCH

Abbreviated name EbNoDCHOfSRB136

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH which transfers the signalling radio bearer of the data rate 13.6 kbps. One-way receiver diversity is assumed to be used. The management parameter "Quality target of the SRB13.6 DCH" defines the appropriate value of the DCH quality target. The management parameter "Data rate gain for the Eb/N0 of the SRB" defines the data rate gain value when the SRB is transferred with the higher data rate services. The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is achieved by adding the data rate gain value to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in the producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2061: EbNoDCHOfSRB136 (Planned Eb/N0 of the SRB13.6 DCH)

EbNoDCHOfSRB136Qua (Quality target of the SRB13.6 DCH)EbNoDCHOfSRB136Qua (Quality target of the SRB13.6 DCH)EbNoDCHOfSRB136Qua (Quality target of the SRB13.6 DCH)EbNoDCHOfSRB136Qua (Quality target of the SRB13.6 DCH) Parameter name Quality target of the SRB13.6 DCH

Abbreviated name EbNoDCHOfSRB136Qua


Managed Object -



Multiplicity 1

Description This parameter defines the quality target for the DCH which transfers the signalling radio bearer of the data rate 13.6 kbps. The same quality target is used for the uplink and downlink DCHs of the SRB.

Range -6.3...0

Step 0.1

Units -


Default value -2

Default value notes Default value represents the block error ratio of 1 %.





Related options -



References -

Table 2062: EbNoDCHOfSRB136Qua (Quality target of the SRB13.6 DCH)

EbNoDCHOfSRB34EbNoDCHOfSRB34EbNoDCHOfSRB34EbNoDCHOfSRB34 (Planned Eb/N0 of the SRB3.4 DCH) (Planned Eb/N0 of the SRB3.4 DCH) (Planned Eb/N0 of the SRB3.4 DCH) (Planned Eb/N0 of the SRB3.4 DCH) Parameter name Planned Eb/N0 of the SRB3.4 DCH

Abbreviated name EbNoDCHOfSRB34

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH which transfers the signalling radio bearer of the data rate 3.4 kbps. One-way receiver diversity is assumed to be used. The management parameter "Quality target of the SRB3.4 DCH" defines the appropriate value of the DCH quality target. The management parameter "Data rate gain for the Eb/N0 of the SRB" defines the data rate gain value when the SRB is transferred with the higher data rate services. The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is achieved by adding the data rate gain value to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2063: EbNoDCHOfSRB34 (Planned Eb/N0 of the SRB3.4 DCH)

EbNoDCHOfSRB34EbNoDCHOfSRB34EbNoDCHOfSRB34EbNoDCHOfSRB34Qua (Quality target of the SRB3.4 DCH)Qua (Quality target of the SRB3.4 DCH)Qua (Quality target of the SRB3.4 DCH)Qua (Quality target of the SRB3.4 DCH) Parameter name Quality target of the SRB3.4 DCH

Abbreviated name EbNoDCHOfSRB34Qua


Managed Object -



Multiplicity 1

Description This parameter defines the quality target for the DCH which transfers the signalling radio bearer of the data rate 3.4 kbps. The same quality target is used for the uplink and downlink DCHs of the SRB.

Range -6.3...0

Step 0.1

Units -


Default value -2






Related options -



References -

Table 2064: EbNoDCHOfSRB34Qua (Quality target of the SRB3.4 DCH)

EbNoDCHRateGain (Data rate gain in the Eb/N0 definition)EbNoDCHRateGain (Data rate gain in the Eb/N0 definition)EbNoDCHRateGain (Data rate gain in the Eb/N0 definition)EbNoDCHRateGain (Data rate gain in the Eb/N0 definition) Parameter name Data rate gain in the Eb/N0 definition

Abbreviated name EbNoDCHRateGain

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the values of data rate gains in the service specific Eb/N0 performances. Data services are generally encoded with Turbo, which becomes more efficient with higher data rates, in the same way that interleaving does. Higher transmission power is used for the DPCCH with higher data rates, which improves the channel estimation and, consequently, the Eb/N0 performance. Therefore the rate matching Eb/N0s can be reduced also for the low data rate bearers, such as CS AMR, when they are transferred in the multiservice configuration of a high enough aggregate data rate. The parameters of the data rate gain are introduced for the CS AMR, PS data services, CS data services, and signalling link. The selector parameters define the physical channel symbol rates (spreading factors) for which the data rate gain is valid; separate parameters are introduced for the uplink and downlink transfer directions. If the value of the selector parameter shows that with the used symbol rate the gain shall be applied, then the value of the actual gain parameter is added to the value of the rate matching Eb/N0 value of the service.


Default value -



Child parameters � EbNoDCHRateGainCSAMR � EbNoDCHRateGainCSData � EbNoDCHRateGainPSData � EbNoDCHRateGainSFDown � EbNoDCHRateGainSFUp � EbNoDCHRateGainSRB




Related options -



References -

Table 2065: EbNoDCHRateGain (Data rate gain in the Eb/N0 definition)

EbNoDCHRateGainCSAMR (Data rate gain for the Eb/N0 of the CS AMR)EbNoDCHRateGainCSAMR (Data rate gain for the Eb/N0 of the CS AMR)EbNoDCHRateGainCSAMR (Data rate gain for the Eb/N0 of the CS AMR)EbNoDCHRateGainCSAMR (Data rate gain for the Eb/N0 of the CS AMR) Parameter name Data rate gain for the Eb/N0 of the CS AMR

Abbreviated name EbNoDCHRateGainCSAMR

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the data rate gain for the planned Eb/N0s of the DCHs which transfer the radio bearers of the CS AMR RAB. Higher transmission power is used for the DPCCH with the higher physical channel data rates, which improves the channel estimation and, consequently, the Eb/N0 performance. Therefore the rate matching Eb/N0s can be reduced also for the low data rate bearers, such as CS AMR, when they are transferred in the multiservice configuration of an aggregate data rate which is high enough. The selector parameters "Data rate gain selector for the Eb/N0 of the UL DCH" and "Data rate gain selector for the Eb/N0 of the DL DCH" define the physical channel data rates (spreading factors) for which the data rate gain is valid. If the value of the selector parameter shows that with the maximum DPDCH data rate the gain is applicable, then the value of the actual gain parameter is added to the value of the rate matching Eb/N0 values of the AMR service. The parameter is significant with all mode sets of the NB-AMR and the WB-AMR.

Range -6...0

Step 0.1

Units dB


Default value -0.5






Related options -



References -

Table 2066: EbNoDCHRateGainCSAMR (Data rate gain for the Eb/N0 of the CS AMR)

EbNoDCHRateGainCSData (Data rate gain for the Eb/N0 of the CS data)EbNoDCHRateGainCSData (Data rate gain for the Eb/N0 of the CS data)EbNoDCHRateGainCSData (Data rate gain for the Eb/N0 of the CS data)EbNoDCHRateGainCSData (Data rate gain for the Eb/N0 of the CS data) Parameter name Data rate gain for the Eb/N0 of the CS data

Abbreviated name EbNoDCHRateGainCSData

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the data rate gain for the planned Eb/N0s of the DCHs which transfer the radio bearers of the CS data RABs. Data services are generally encoded with Turbo, which becomes more efficient with the higher data rates, in the same way as interleaving does. Higher transmission power is used for the DPCCH with the higher data rates; it improves the channel estimation and consequently the Eb/N0 performance. Therefore the rate matching Eb/N0s can be reduced also for the low data rate bearers when they are transferred in the multiservice configuration of an aggregate data rate which is high enough. The selector parameters "Data rate gain selector for the Eb/N0 of the UL DCH" and "Data rate gain selector for the Eb/N0 of the DL DCH" define the physical channel data rates (spreading factors) for which the data rate gain is valid. If the value of the selector parameter shows that with the maximum DPDCH data rate the gain is applicable, then the value of the actual gain parameter is added to the value of the rate matching Eb/N0 value of the data service. The parameter is significant with the CS transparent and non-transparent services.

Range -6...0

Step 0.1

Units dB


Default value -2






Related options -



References -

Table 2067: EbNoDCHRateGainCSData (Data rate gain for the Eb/N0 of the CS data)

EbNoDCHRateGainPSData (Data rate gain for the Eb/N0 of EbNoDCHRateGainPSData (Data rate gain for the Eb/N0 of EbNoDCHRateGainPSData (Data rate gain for the Eb/N0 of EbNoDCHRateGainPSData (Data rate gain for the Eb/N0 of the PS data DCH)the PS data DCH)the PS data DCH)the PS data DCH) Parameter name Data rate gain for the Eb/N0 of the PS data DCH

Abbreviated name EbNoDCHRateGainPSData

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the data rate gain for the planned Eb/N0s of the DCHs which transfer the radio bearers of the PS streaming, interactive and background RABs. Data services are generally encoded with Turbo, which becomes more efficient with the higher data rates, in the same way as interleaving does. Higher transmission power is used for the DPCCH with higher data rates; it improves the channel estimation and consequently the Eb/N0 performance. Therefore the rate matching Eb/N0s can be reduced also for the low data rate bearers when they are transferred in the multiservice configuration of an aggregate data rate which is high enough. The selector parameters "Data rate gain selector for the Eb/N0 of the UL DCH" and "Data rate gain selector for the Eb/N0 of the DL DCH" define the physical channel data rates (spreading factors) for which the data rate gain is valid. If the value of the selector parameter shows that with the maximum DPDCH data rate the gain is applicable, then the value of the actual gain parameter is added to the value of the rate matching Eb/N0 value of the data service.

Range -6...0

Step 0.1

Units dB


Default value -2






Related options -



References -

Table 2068: EbNoDCHRateGainPSData (Data rate gain for the Eb/N0 of the PS data DCH)

EbNoDCHRateGainSFDown (Data rate gain selector for the Eb/N0 of the DL DCH)EbNoDCHRateGainSFDown (Data rate gain selector for the Eb/N0 of the DL DCH)EbNoDCHRateGainSFDown (Data rate gain selector for the Eb/N0 of the DL DCH)EbNoDCHRateGainSFDown (Data rate gain selector for the Eb/N0 of the DL DCH) Parameter name Data rate gain selector for the Eb/N0 of the DL DCH

Abbreviated name EbNoDCHRateGainSFDown

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines whether the data rate gain is applied with a particular downlink DPDCH data rate in the definition of the planned Eb/N0s for the downlink DCHs. The selector parameter defines for each DPDCH spreading factor whether the data rate gain shall be applied or not. If the value of the selector parameter shows that the data rate gain shall be applied with the minimum downlink DPDCH spreading factor, then the value of the actual service specific gain parameter is added to the value of the rate matching Eb/N0 value of the service.

Range Bit 0: SF 4, Bit 1: SF 8, Bit 2: SF 16, Bit 3: SF 32, Bit 4: SF 64, Bit 5: SF 128, Bit 6: SF 256

Step -

Units -


Default value 15

Default value notes Data rate gain is applied with the uplink DPDCH data rates higher than 120 kbps.





Related options -



References -

Table 2069: EbNoDCHRateGainSFDown (Data rate gain selector for the Eb/N0 of the DL DCH)

EbNoDCHRateGainSFUp (Data rate gain selector for the Eb/N0 of the UL DCH)EbNoDCHRateGainSFUp (Data rate gain selector for the Eb/N0 of the UL DCH)EbNoDCHRateGainSFUp (Data rate gain selector for the Eb/N0 of the UL DCH)EbNoDCHRateGainSFUp (Data rate gain selector for the Eb/N0 of the UL DCH) Parameter name Data rate gain selector for the Eb/N0 of the UL DCH

Abbreviated name EbNoDCHRateGainSFUp

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines whether the data rate gain is applied with a particular uplink DPDCH data rate in the definition of the planned Eb/N0s for the uplink DCHs. The selector parameter defines for each DPDCH spreading factor whether the data rate gain shall be applied or not. If the value of the selector parameter shows that the data rate gain shall be applied with the

minimum uplink DPDCH spreading factor, then the value of the actual service specific gain parameter is added to the value of the rate matching Eb/N0 value of the service.

Range Bit 0: SF 4, Bit 1: SF 8, Bit 2: SF 16, Bit 3: SF 32, Bit 4: SF 64, Bit 5: SF 128, Bit 6: SF 256

Step -

Units -


Default value 7

Default value notes Data rate gain is applied with the uplink DPDCH data rates higher than 120 kbps.





Related options -



References -

Table 2070: EbNoDCHRateGainSFUp (Data rate gain selector for the Eb/N0 of the UL DCH)

EbNoDCHRateGainSRB (Data rate gain for the Eb/N0 of the SRB)EbNoDCHRateGainSRB (Data rate gain for the Eb/N0 of the SRB)EbNoDCHRateGainSRB (Data rate gain for the Eb/N0 of the SRB)EbNoDCHRateGainSRB (Data rate gain for the Eb/N0 of the SRB) Parameter name Data rate gain for the Eb/N0 of the SRB

Abbreviated name EbNoDCHRateGainSRB

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the data rate gain for the planned Eb/N0 of the DCH which transfers the signalling radio bearers. Higher transmission power is used for the DPCCH with higher physical channel data rates, which improves the channel estimation and consequently the Eb/N0 performance. Therefore the rate matching Eb/N0s can be reduced also for the low data rate bearers, such as signaling radio bearers, when they are transferred in the multiservice configuration of an aggregate data rate which is high enough. The selector parameters "Data rate gain selector for the Eb/N0 of the UL DCH" and "Data rate gain selector for the Eb/N0 of the DL DCH" define the physical channel data rates (spreading factors) for which the data rate gain is valid. If the value of the selector parameter shows that with the maximum DPDCH data rate the gain is applicable, then the value of the actual gain parameter is added to the value of the rate matching Eb/N0 value of the signaling link. Parameter is significant with all signaling link data rates.

Range -6...0

Step 0.1

Units dB


Default value -0.5






Related options -



References -

Table 2071: EbNoDCHRateGainSRB (Data rate gain for the Eb/N0 of the SRB)

EbNoDCHRxDiv2 (Cell offset in the UL Eb/N0, 2EbNoDCHRxDiv2 (Cell offset in the UL Eb/N0, 2EbNoDCHRxDiv2 (Cell offset in the UL Eb/N0, 2EbNoDCHRxDiv2 (Cell offset in the UL Eb/N0, 2----way Rx diversity)way Rx diversity)way Rx diversity)way Rx diversity) Parameter name Cell offset in the UL Eb/N0, 2-way Rx diversity

Abbreviated name EbNoDCHRxDiv2

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines a cell specific offset for the planned uplink rate matching Eb/N0 values when the 2-way receiver diversity is used in the cell. The final Eb/N0 value is achieved by adding the value of the parameter to the appropriate planned uplink rate matching Eb/N0 value, which is produced for the case when the 1-way receiver diversity is assumed. The planned Eb/N0 depends also on the channel conditions, such as propagation environment, multipath profile and mobile speed. The parameter quantifies the channel conditions for the cell of 2-way receive diversity. The radio resource management functionality uses the resulting Eb/N0s in the uplink load estimations and power definitions.

Range -6...0

Step 0.1

Units dB


Default value -3






Related options -



References -

Table 2072: EbNoDCHRxDiv2 (Cell offset in the UL Eb/N0, 2-way Rx diversity)

EbNoDCHRxDiv4 (Cell offset in the UL Eb/N0, 4EbNoDCHRxDiv4 (Cell offset in the UL Eb/N0, 4EbNoDCHRxDiv4 (Cell offset in the UL Eb/N0, 4EbNoDCHRxDiv4 (Cell offset in the UL Eb/N0, 4----way Rx diversity)way Rx diversity)way Rx diversity)way Rx diversity) Parameter name Cell offset in the UL Eb/N0, 4-way Rx diversity

Abbreviated name EbNoDCHRxDiv4

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines a cell specific offset for the planned uplink rate matching Eb/N0 values when the 4-way receiver diversity is used in the cell. The final Eb/N0 value is achieved by adding the value of the parameter to the appropriate planned uplink rate matching Eb/N0 value, which is produced for the case when the 1-way receiver diversity is assumed. The planned Eb/N0 depends also on the channel conditions, such as propagation environment, multipath profile and mobile speed. The parameter quantifies the channel conditions for the cell of 4-way receive diversity. The radio resource management functionality uses the resulting Eb/N0s in the uplink load estimations and power definitions.

Range -6...0

Step 0.1

Units dB


Default value -4






Related options -



References -

Table 2073: EbNoDCHRxDiv4 (Cell offset in the UL Eb/N0, 4-way Rx diversity)

EbNoDCHTxDiv (Cell offset in the DL Eb/N0 definition)EbNoDCHTxDiv (Cell offset in the DL Eb/N0 definition)EbNoDCHTxDiv (Cell offset in the DL Eb/N0 definition)EbNoDCHTxDiv (Cell offset in the DL Eb/N0 definition) Parameter name Cell offset in the DL Eb/N0 definition

Abbreviated name EbNoDCHTxDiv

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameter defines a cell specific offset for the planned downlink rate matching Eb/N0 values. The planned Eb/N0 depends on the channel conditions, such as propagation environment, multipath conditions and mobile speed. The parameter quantifies the channel conditions defining an offset value to be added to the service specific rate matching Eb/N0 values. The radio resource management functionality uses the resulting Eb/N0s in the downlink load estimations and power definitions.

Range -6...6

Step 0.1

Units dB


Default value 0






Related options -



References -

Table 2074: EbNoDCHTxDiv (Cell offset in the DL Eb/N0 definition)

EbNoEDCHCSAMR (Eb/N0 planned for the EEbNoEDCHCSAMR (Eb/N0 planned for the EEbNoEDCHCSAMR (Eb/N0 planned for the EEbNoEDCHCSAMR (Eb/N0 planned for the E----DCH MACDCH MACDCH MACDCH MAC----d flow of CS voice)d flow of CS voice)d flow of CS voice)d flow of CS voice) Parameter name Eb/N0 planned for the E-DCH MAC-d flow of CS voice

Abbreviated name EbNoEDCHCSAMR

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the E-DCH MAC-d flow of the CS voice service. Parameter is applicable for both the AMR codec sets (12.2), (12.2, 7.95, 5.9, 4.75)and(5.9, 4.75), and the AMR-WB codec set (12.65, 8.85, 6.6). Planned Eb/No value is used with both L1 BLER targets values defined with the management parameters “BLER target for the HS CS voice E-TTI 10 ms” and “BLER target for the HS CS voice E-TTI 2 ms”. The radio resource management functionality uses the Eb/N0 in the uplink load estimations.

Range -11...20

Step 0.1

Units dB


Default value 4




Related parameters EbNoSetIdentifier of WCEL - The parameter "Eb/No parameter set identifier" identifies the WRAB object associated with the cell of the radio link.





References -

Table 2075: EbNoEDCHCSAMR (Eb/N0 planned for the E-DCH MAC-d flow of CS voice)

EbNoEDCHOfPSStr (EbNo for EEbNoEDCHOfPSStr (EbNo for EEbNoEDCHOfPSStr (EbNo for EEbNoEDCHOfPSStr (EbNo for E----DCH Streaming)DCH Streaming)DCH Streaming)DCH Streaming) Parameter name EbNo for E-DCH Streaming

Abbreviated name EbNoEDCHOfPSStr

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the planned Eb/N0s for the E-DCHs which are transferring radio bearers of the PS streaming RABs. The parameters enable you to define the planned Eb/N0s for different guaranteed bit rates. The parameters are applied in the definition of the load factor for E-DCH streaming RABs which are used in admission control and packet scheduling algorithms of the radio resource management.


Default value -



Child parameters � EDCHPSStr128Kbps � EDCHPSStr16Kbps � EDCHPSStr248Kbps � EDCHPSStr32Kbps � EDCHPSStr64Kbps � EDCHPSStr8Kbps � EDCHPSStrOver248Kbps




Related options � HSUPA (optional) AND HSUPA Basic RRM (optional) AND QoS Aware HSPA Scheduling (optional) AND Streaming QoS

for HSPA (optional)



References -

Table 2076: EbNoEDCHOfPSStr (EbNo for E-DCH Streaming)

EDCHPSStr128Kbps (EbNo for EEDCHPSStr128Kbps (EbNo for EEDCHPSStr128Kbps (EbNo for EEDCHPSStr128Kbps (EbNo for E----DCH Streaming 128Kbps)DCH Streaming 128Kbps)DCH Streaming 128Kbps)DCH Streaming 128Kbps) Parameter name EbNo for E-DCH Streaming 128Kbps

Abbreviated name EDCHPSStr128Kbps

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for E-DCHs with 128 Kbps guaranteed bit rate which are transferring radio bearers of the PS streaming RABs. The parameter is applied in the definition of the load factor for the E-DCH streaming RAB which is used in admission control and packet scheduling algorithms of the radio resource management.

Range -11...20

Step 0.1

Units dB


Default value 6







for HSPA (optional)



References -

Table 2077: EDCHPSStr128Kbps (EbNo for E-DCH Streaming 128Kbps)



3GPP name -

Managed Object -



Multiplicity 1


Range -11...20

Step 0.1

Units dB


Default value 7.5







for HSPA (optional)



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -11...20

Step 0.1

Units dB


Default value 5.5







for HSPA (optional)



References -




3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for E-DCHs with 32 Kbps guaranteed bit rate which are transferring radio bearers of the PS streaming RABs. The parameter is applied in the definition of the load factor for E-DCH streaming RAB which is used in admission control and packet scheduling algorithms of the radio resource management.

Range -11...20

Step 0.1

Units dB


Default value 7







for HSPA (optional)



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -11...20

Step 0.1

Units dB


Default value 6.5







for HSPA (optional)



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -11...20

Step 0.1

Units dB


Default value 8







for HSPA (optional)



References -


EDCHPSStrOver248Kbps (EbNo for EEDCHPSStrOver248Kbps (EbNo for EEDCHPSStrOver248Kbps (EbNo for EEDCHPSStrOver248Kbps (EbNo for E----DCH Streaming over 248Kbps)DCH Streaming over 248Kbps)DCH Streaming over 248Kbps)DCH Streaming over 248Kbps) Parameter name EbNo for E-DCH Streaming over 248Kbps

Abbreviated name EDCHPSStrOver248Kbps

3GPP name -

Managed Object -



Multiplicity 1

Description Parameter defines the planned Eb/N0 for E-DCHs with guaranteed bit rate over 248 Kbps which are transferring radio bearers of the PS streaming RABs. Parameter is applied in the definition of the load factor for E-DCH streaming RAB which is used in admission control and packet scheduling algorithms of the radio resource management.

Range -11...20

Step 0.1

Units dB


Default value 5







for HSPA (optional)



References -

Table 2083: EDCHPSStrOver248Kbps (EbNo for E-DCH Streaming over 248Kbps)

EbNoOfCSData (Rate matching with the CS data services)EbNoOfCSData (Rate matching with the CS data services)EbNoOfCSData (Rate matching with the CS data services)EbNoOfCSData (Rate matching with the CS data services) Parameter name Rate matching with the CS data services

Abbreviated name EbNoOfCSData

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the quality targets of the CS transparent and non-transparent data services and the planned Eb/N0s of their DCHs. The CS transparent data service is transferred with the CS conversational RAB; the CS non-transparent data service is transferred with the CS streaming RAB. An additional management parameter is introduced to assign a data rate gain value for higher data rate services; the final Eb/N0 values are achieved by adding the data rate gain to the quality target specific Eb/N0 values. The planned Eb/N0s are applied in producing the service specific rate matching attributes.


Default value -



Child parameters � EbNoDCHOfCSDataNT � EbNoDCHOfCSDataNTQua � EbNoDCHOfCSDataT � EbNoDCHOfCSDataTQua




Related options -



References -

Table 2084: EbNoOfCSData (Rate matching with the CS data services)

EbNoDCHOfCSDataNT (Planned Eb/N0 of the CS non transparent data)EbNoDCHOfCSDataNT (Planned Eb/N0 of the CS non transparent data)EbNoDCHOfCSDataNT (Planned Eb/N0 of the CS non transparent data)EbNoDCHOfCSDataNT (Planned Eb/N0 of the CS non transparent data) Parameter name Planned Eb/N0 of the CS non transparent data

Abbreviated name EbNoDCHOfCSDataNT

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the CS non transparent data service. The management parameter "Quality target of the CS non transparent data" defines the appropriate value of the quality target. This parameter is applicable for all DCH user data rates when the 1-way receiver diversity is assumed. The value of the parameter represents the low data rate value without the possible data rate gain. The data rate gain value is defined separately with the management parameter "Data rate gain for the Eb/N0 of the CS data". The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is obtained by adding the data rate gain to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes. The CS non transparent data service is transferred with CS streaming RAB.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2085: EbNoDCHOfCSDataNT (Planned Eb/N0 of the CS non transparent data)

EbNoDCHOfCSDataNTQua (Quality target of the CS non transparent data)EbNoDCHOfCSDataNTQua (Quality target of the CS non transparent data)EbNoDCHOfCSDataNTQua (Quality target of the CS non transparent data)EbNoDCHOfCSDataNTQua (Quality target of the CS non transparent data) Parameter name Quality target of the CS non transparent data

Abbreviated name EbNoDCHOfCSDataNTQua


Managed Object -



Multiplicity 1

Description This parameter defines the quality target for the CS non transparent data service. The same quality target is used for all DCH data rates both in the uplink and the downlink transfer directions. The CS non transparent data service is transferred with CS streaming RAB.

Range -6.3...0

Step 0.1

Units -


Default value -2.7

Default value notes Default value represents the block error ratio of 0.2 %.





Related options -



References -

Table 2086: EbNoDCHOfCSDataNTQua (Quality target of the CS non transparent data)

EbNoDCHOfCSDataT (Planned Eb/N0 of the CS transparent data)EbNoDCHOfCSDataT (Planned Eb/N0 of the CS transparent data)EbNoDCHOfCSDataT (Planned Eb/N0 of the CS transparent data)EbNoDCHOfCSDataT (Planned Eb/N0 of the CS transparent data) Parameter name Planned Eb/N0 of the CS transparent data

Abbreviated name EbNoDCHOfCSDataT

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the planned Eb/N0 for the CS transparent data service. The management parameter "Quality target of the CS transparent data" defines the appropriate value of the quality target. This parameter is applicable for all DCH user data rates when the 1-way receiver diversity is assumed. The value of the parameter represents the low data rate value without the possible data rate gain. The data rate gain value is defined separately with the management parameter "Data rate gain for the Eb/N0 of the CS data". The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is obtained by adding the data rate gain to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes. The CS transparent data service is transferred with CS conversational RAB.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2087: EbNoDCHOfCSDataT (Planned Eb/N0 of the CS transparent data)

EbNoDCHOfCSDataTQua (Quality target of the CS transparent data)EbNoDCHOfCSDataTQua (Quality target of the CS transparent data)EbNoDCHOfCSDataTQua (Quality target of the CS transparent data)EbNoDCHOfCSDataTQua (Quality target of the CS transparent data) Parameter name Quality target of the CS transparent data

Abbreviated name EbNoDCHOfCSDataTQua


Managed Object -



Multiplicity 1

Description This parameter defines the quality target for the CS transparent data service. The same quality target is used for all DCH data

rates both in the uplink and the downlink transfer directions. The CS transparent data service is transferred with CS conversational RAB.

Range -6.3...0

Step 0.1

Units -


Default value -2.7

Default value notes Default value represents the block error ratio of 0.2 %.





Related options -



References -

Table 2088: EbNoDCHOfCSDataTQua (Quality target of the CS transparent data)

EbNoOfCSNBAMR (Rate matching with the CS NBEbNoOfCSNBAMR (Rate matching with the CS NBEbNoOfCSNBAMR (Rate matching with the CS NBEbNoOfCSNBAMR (Rate matching with the CS NB----AMR)AMR)AMR)AMR) Parameter name Rate matching with the CS NB-AMR

Abbreviated name EbNoOfCSNBAMR

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the quality target of the CS NB-AMR speech service and the planned Eb/N0s of the RAB subflow specific DCHs. They enable you to define separate planned Eb/N0 values, firstly for the AMR codec sets (12.2) and (12.2, 7.95, 5.9, 4.75), and, secondly, for the codec set (5.9, 4.75). An additional management parameter is introduced to assign a data rate gain value when the AMR is transferred with higher data rate services; the final Eb/N0 values are achieved by adding the data rate gain to the quality target specific Eb/N0 values. The planned Eb/N0s are applied in producing the service specific rate matching attributes.


Default value -



Child parameters � EbNoDCHOfCSNBAMR122 � EbNoDCHOfCSNBAMR59 � EbNoDCHOfCSNBAMRQua � EbNoDCHOfCSNBAMRb � EbNoDCHOfCSNBAMRc




Related options -



References -

Table 2089: EbNoOfCSNBAMR (Rate matching with the CS NB-AMR)

EbNoDCHOfCSNBAMR122 (Planned Eb/N0 of the CS NBEbNoDCHOfCSNBAMR122 (Planned Eb/N0 of the CS NBEbNoDCHOfCSNBAMR122 (Planned Eb/N0 of the CS NBEbNoDCHOfCSNBAMR122 (Planned Eb/N0 of the CS NB----AMR 12.2)AMR 12.2)AMR 12.2)AMR 12.2) Parameter name Planned Eb/N0 of the CS NB-AMR 12.2

Abbreviated name EbNoDCHOfCSNBAMR122

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH which transfers the protection class A RAB subflow of the CS NB-AMR speech with the codec set (12.2) or set (12.2, 7.95, 5.9, 4.75). One-way receiver diversity is assumed to be used. The management parameter "Quality target of the CS NB AMR" defines the appropriate value of the DCH quality target. The management parameter "Data rate gain for the Eb/N0 of the CS AMR" defines the data rate gain value when the AMR is transferred with higher data rate services. The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is achieved by adding the data rate gain value to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2090: EbNoDCHOfCSNBAMR122 (Planned Eb/N0 of the CS NB-AMR 12.2)

EbNoDCHOfCSNBAMR59 (Planned Eb/N0 of the CS NBEbNoDCHOfCSNBAMR59 (Planned Eb/N0 of the CS NBEbNoDCHOfCSNBAMR59 (Planned Eb/N0 of the CS NBEbNoDCHOfCSNBAMR59 (Planned Eb/N0 of the CS NB----AMR 5.9)AMR 5.9)AMR 5.9)AMR 5.9) Parameter name Planned Eb/N0 of the CS NB-AMR 5.9

Abbreviated name EbNoDCHOfCSNBAMR59

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH which transfers the protection class A RAB subflow of the CS NB-AMR speech with the codec set (5.9, 4.75). One-way receiver diversity is assumed to be used. The management parameter "Quality target of the CS NB AMR" defines the appropriate value of the DCH quality target. The management parameter "Data rate gain for the Eb/N0 of the CS AMR" defines the data rate gain value when the AMR is transferred with higher data rate services. The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is achieved by adding the data rate gain value to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2091: EbNoDCHOfCSNBAMR59 (Planned Eb/N0 of the CS NB-AMR 5.9)

EbNoDCHOfCSNBAMRQua (Quality target of the CS NB AMR)EbNoDCHOfCSNBAMRQua (Quality target of the CS NB AMR)EbNoDCHOfCSNBAMRQua (Quality target of the CS NB AMR)EbNoDCHOfCSNBAMRQua (Quality target of the CS NB AMR) Parameter name Quality target of the CS NB AMR

Abbreviated name EbNoDCHOfCSNBAMRQua


Managed Object -



Multiplicity 1

Description This parameter defines the quality target for the CS NB-AMR speech service. The same quality target is used for all the AMR mode configurations both in the uplink and the downlink transfer directions.

Range -6.3...0

Step 0.1

Units -


Default value -2






Related options -



References -

Table 2092: EbNoDCHOfCSNBAMRQua (Quality target of the CS NB AMR)

EbNoDCHOfCSNBAMRb (Planned Eb/N0 the CS NBEbNoDCHOfCSNBAMRb (Planned Eb/N0 the CS NBEbNoDCHOfCSNBAMRb (Planned Eb/N0 the CS NBEbNoDCHOfCSNBAMRb (Planned Eb/N0 the CS NB----AMR subflow B)AMR subflow B)AMR subflow B)AMR subflow B) Parameter name Planned Eb/N0 the CS NB-AMR subflow B

Abbreviated name EbNoDCHOfCSNBAMRb

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH, which transfers the protection class B RAB subflow of the CS NB-AMR speech with the codec set (12.2), (12.2, 7.95, 5.9, 4.75) or (5.9, 4.75). The value of the Eb/N0 is expressed in relation to the Eb/N0 value of the protection class A subflow DCH. The parameter is applied for the uplink and downlink DCHs. The Eb/No value is applied in producing the service specific rate matching attributes.

Range -3...3

Step 0.1

Units dB


Default value -0.5






Related options -



References -

Table 2093: EbNoDCHOfCSNBAMRb (Planned Eb/N0 the CS NB-AMR subflow B)

EbNoDCHOfCSNBAMRc (Planned Eb/N0 the CS NBEbNoDCHOfCSNBAMRc (Planned Eb/N0 the CS NBEbNoDCHOfCSNBAMRc (Planned Eb/N0 the CS NBEbNoDCHOfCSNBAMRc (Planned Eb/N0 the CS NB----AMR subflow C)AMR subflow C)AMR subflow C)AMR subflow C) Parameter name Planned Eb/N0 the CS NB-AMR subflow C

Abbreviated name EbNoDCHOfCSNBAMRc

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH, which transfers the protection class C RAB subflow of the CS NB-AMR speech with the codec set (12.2)or (12.2, 7.95, 5.9, 4.75). The value of the Eb/N0 is expressed in relation to the Eb/N0 value of the protection class A subflow DCH. The parameter is applied for the uplink and downlink DCHs. The Eb/No value is applied in producing the service specific rate matching attributes.

Range -3...3

Step 0.1

Units dB


Default value -1






Related options -



References -

Table 2094: EbNoDCHOfCSNBAMRc (Planned Eb/N0 the CS NB-AMR subflow C)

EbNoOfCSWBAMR (Rate matching with the CS WBEbNoOfCSWBAMR (Rate matching with the CS WBEbNoOfCSWBAMR (Rate matching with the CS WBEbNoOfCSWBAMR (Rate matching with the CS WB----AMR)AMR)AMR)AMR) Parameter name Rate matching with the CS WB-AMR

Abbreviated name EbNoOfCSWBAMR

3GPP name -

Managed Object WRAB



Multiplicity 1

Description The parameters of this structure define the quality target of the CS WB-AMR speech service and the planned Eb/N0s of the RAB subflow specific DCHs. They enable you to define the planned Eb/N0 values for the AMR codec set (12.65, 8.85, 6.6). An additional management parameter is introduced to assign a data rate gain value when the AMR is transferred with higher data rate services; the final Eb/N0 values are achieved by adding the data rate gain to the quality target specific Eb/N0 values. The planned Eb/N0s are applied in producing the service specific rate matching attributes.


Default value -



Child parameters � EbNoDCHOfCSWBAMR1265 � EbNoDCHOfCSWBAMRQua � EbNoDCHOfCSWBAMRb




Related options -



References -

Table 2095: EbNoOfCSWBAMR (Rate matching with the CS WB-AMR)

EbNoDCHOfCSWBAMR1265 (Planned Eb/N0 of the CS WBEbNoDCHOfCSWBAMR1265 (Planned Eb/N0 of the CS WBEbNoDCHOfCSWBAMR1265 (Planned Eb/N0 of the CS WBEbNoDCHOfCSWBAMR1265 (Planned Eb/N0 of the CS WB----AMR 12.65)AMR 12.65)AMR 12.65)AMR 12.65) Parameter name Planned Eb/N0 of the CS WB-AMR 12.65

Abbreviated name EbNoDCHOfCSWBAMR1265

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH which transfers the protection class A RAB subflow of the CS WB-AMR speech with the codec set (12.65, 8.85, 6.6). One-way receiver diversity is assumed to be used. The management parameter "Quality target of the CS WB-AMR" defines the appropriate value of the DCH quality target. The Management parameter "Data rate gain for the Eb/N0 of the CS AMR" defines the data rate gain value when the AMR is transferred with higher data rate services. The decision whether the data rate gain is applied with a particular physical channel data rate is done with the management parameters "Data rate gain selector for the Eb/N0 of the UL DCH" for uplink and "Data rate gain selector for the Eb/N0 of the DL DCH" for downlink. The final planned Eb/N0 value is achieved by adding the data rate gain value to the Eb/N0 value of the parameter. The resulting Eb/No value is applied in producing the service specific rate matching attributes.

Range -11...20

Step 0.1

Units dB


Default value 8






Related options -



References -

Table 2096: EbNoDCHOfCSWBAMR1265 (Planned Eb/N0 of the CS WB-AMR 12.65)

EbNoDCHOfCSWBAMRQua (Quality target of the CS WBEbNoDCHOfCSWBAMRQua (Quality target of the CS WBEbNoDCHOfCSWBAMRQua (Quality target of the CS WBEbNoDCHOfCSWBAMRQua (Quality target of the CS WB----AMR)AMR)AMR)AMR) Parameter name Quality target of the CS WB-AMR

Abbreviated name EbNoDCHOfCSWBAMRQua


Managed Object -



Multiplicity 1

Description This parameter defines the quality target for the CS WB-AMR speech service. The same quality target is used for all the AMR mode configurations both in the uplink and the downlink transfer directions.

Range -6.3...0

Step 0.1

Units -


Default value -2






Related options -



References -

Table 2097: EbNoDCHOfCSWBAMRQua (Quality target of the CS WB-AMR)

EbNoDCHOfCSWBAMRb (Planned Eb/N0 the CS WBEbNoDCHOfCSWBAMRb (Planned Eb/N0 the CS WBEbNoDCHOfCSWBAMRb (Planned Eb/N0 the CS WBEbNoDCHOfCSWBAMRb (Planned Eb/N0 the CS WB----AMR subflow B)AMR subflow B)AMR subflow B)AMR subflow B) Parameter name Planned Eb/N0 the CS WB-AMR subflow B

Abbreviated name EbNoDCHOfCSWBAMRb

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the value of the planned Eb/N0 for the DCH, which transfers the protection class B RAB subflow of the CS WB-AMR speech with the codec set (12.65, 8.85, 6.6). The value of the Eb/N0 is expressed in relation to the Eb/N0 value of the protection class A subflow DCH. The parameter is applied for the uplink and downlink DCHs. The Eb/No value is applied in producing the service specific rate matching attributes.

Range -3...3

Step 0.1

Units dB


Default value -0.5






Related options -



References -

Table 2098: EbNoDCHOfCSWBAMRb (Planned Eb/N0 the CS WB-AMR subflow B)

L1BLERTEDCHVoice10 (BLER target for the HS CS voice EL1BLERTEDCHVoice10 (BLER target for the HS CS voice EL1BLERTEDCHVoice10 (BLER target for the HS CS voice EL1BLERTEDCHVoice10 (BLER target for the HS CS voice E----TTI 10 ms)TTI 10 ms)TTI 10 ms)TTI 10 ms) Parameter name BLER target for the HS CS voice E-TTI 10 ms

Abbreviated name L1BLERTEDCHVoice10

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines the L1 BLER target for the E-DCH MAC-d flow of the CS voice when the E-TTI equals to 10 ms. It is used by the outer loop power control of the RNC. E-HARQ retransmission threshold for the block error detection is defined with the management parameter "HARQ threshold for OLPC of HS CS voice E-TTI 10 ms". Value of the parameter equals to the log10 of the BLER value.

Range -6.3...0

Step 0.1

Units -


Default value -1

Default value notes Default value equals to 10% of BLER target.







Interfaces � RAC <-> RNC � EM <-> RNC

� RACApp <-> RAC

References -

Table 2099: L1BLERTEDCHVoice10 (BLER target for the HS CS voice E-TTI 10 ms)

L1BLERTEDCHVoice2 (BLER target for the HS CS voice EL1BLERTEDCHVoice2 (BLER target for the HS CS voice EL1BLERTEDCHVoice2 (BLER target for the HS CS voice EL1BLERTEDCHVoice2 (BLER target for the HS CS voice E----TTI 2 ms)TTI 2 ms)TTI 2 ms)TTI 2 ms) Parameter name BLER target for the HS CS voice E-TTI 2 ms

Abbreviated name L1BLERTEDCHVoice2

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines the L1 BLER target for the E-DCH MAC-d flow of the CS voice when the E-TTI equals to 2 ms. It is used by the outer loop power control of the RNC. E-HARQ retransmission threshold for the block error detection is defined with the management parameter "HARQ threshold for OLPC of HS CS voice E-TTI 2 ms". Value of the parameter equals to the log10 of the BLER value.

Range -6.3...0

Step 0.1

Units -


Default value -1

Default value notes Default value equals to 10% of BLER target.








References -

Table 2100: L1BLERTEDCHVoice2 (BLER target for the HS CS voice E-TTI 2 ms)

SIRDPCCHInitialDCH (Initial SIR target for UL DPCCH with DPDCH)SIRDPCCHInitialDCH (Initial SIR target for UL DPCCH with DPDCH)SIRDPCCHInitialDCH (Initial SIR target for UL DPCCH with DPDCH)SIRDPCCHInitialDCH (Initial SIR target for UL DPCCH with DPDCH) Parameter name Initial SIR target for UL DPCCH with DPDCH

Abbreviated name SIRDPCCHInitialDCH

3GPP name -

Managed Object WRAB



Multiplicity 1

Description This parameter defines the initial SIR target for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction. The value of the parameter is used in the configuration of the SIR target for the uplink outer loop power controller of the RNC and in the estimation of the DPCCH overhead for the DCH resource allocation. The initial SIR target of the DPCCH is defined for each possible minimum allowed spreading factor value 256, 128, 64, 32, 16, 8 and 4 of the uplink DPDCH. It is possible to set particular values of the initial SIR target for those cases when the HS-DPCCH is configured in the radio link. The values of the spreading factor-specific initial SIR targets are defined assuming 1-way receiver diversity. The Initial SIR target values for the 2- and 4-way receiver diversity cases are achieved by adding particular offset values to the 1-way receiver diversity values of the initial SIR targets. The offset values are defined with two management parameters. If the initial SIR target value is sent to the BTS and to the outer loop power controller of the RNC, you can define an additional offset value that is added to the initial value defined above. Minimum SIR target values are defined with a management parameter in relation to the initial SIR target values.

Maximum SIR target values are defined with a management parameter in relation to the initial SIR target values.


Default value -



Child parameters � SIRDPCCHInitialDCH128 � SIRDPCCHInitialDCH16 � SIRDPCCHInitialDCH256 � SIRDPCCHInitialDCH32 � SIRDPCCHInitialDCH4 � SIRDPCCHInitialDCH64 � SIRDPCCHInitialDCH8 � SIRDPCCHInitialDCHHS128 � SIRDPCCHInitialDCHHS16 � SIRDPCCHInitialDCHHS256 � SIRDPCCHInitialDCHHS32 � SIRDPCCHInitialDCHHS4 � SIRDPCCHInitialDCHHS64 � SIRDPCCHInitialDCHHS8 � SIRDPCCHInitialDCHMax � SIRDPCCHInitialDCHMin � SIRDPCCHInitialDCHOffset � SIRDPCCHInitialDCHRxDiv2 � SIRDPCCHInitialDCHRxDiv4




Related options -



References -

Table 2101: SIRDPCCHInitialDCH (Initial SIR target for UL DPCCH with DPDCH)

SIRDPCCHInitialDCH128 (UL SIR target without HSSIRDPCCHInitialDCH128 (UL SIR target without HSSIRDPCCHInitialDCH128 (UL SIR target without HSSIRDPCCHInitialDCH128 (UL SIR target without HS----DPCCH DPCCH DPCCH DPCCH ---- DPDCH SF 128) DPDCH SF 128) DPDCH SF 128) DPDCH SF 128) Parameter name UL SIR target without HS-DPCCH - DPDCH SF 128

Abbreviated name SIRDPCCHInitialDCH128

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the initial SIR target for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction and the minimum spreading factor of UL DPDCH is 128. One-way receiver diversity is assumed. HS-DPCCH must not be configured in the radio link.

Range -8.2...17.3

Step 0.1

Units dB


Default value 4.5




Related parameters EbNoSetIdentifier of WCEL - EbNoSetIdentifier identifies the WRAB object associated with the cell


Related options -



References -

Table 2102: SIRDPCCHInitialDCH128 (UL SIR target without HS-DPCCH - DPDCH SF 128)



3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 7.5






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 4.5






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 6






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 9






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 4.5






Related options -



References -


SIRDPCCHInitialDCH8 (UL SIR target without HSSIRDPCCHInitialDCH8 (UL SIR target without HSSIRDPCCHInitialDCH8 (UL SIR target without HSSIRDPCCHInitialDCH8 (UL SIR target without HS----DPCCH and DPDCH SF 8)DPCCH and DPDCH SF 8)DPCCH and DPDCH SF 8)DPCCH and DPDCH SF 8) Parameter name UL SIR target without HS-DPCCH and DPDCH SF 8


3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 8


Related functions -




Related options -



References -

Table 2108: SIRDPCCHInitialDCH8 (UL SIR target without HS-DPCCH and DPDCH SF 8)

SIRDPCCHInitialDCHHS128 (UL SIR target with HSSIRDPCCHInitialDCHHS128 (UL SIR target with HSSIRDPCCHInitialDCHHS128 (UL SIR target with HSSIRDPCCHInitialDCHHS128 (UL SIR target with HS----DPCCH DPCCH DPCCH DPCCH ---- DPDCH SF 128) DPDCH SF 128) DPDCH SF 128) DPDCH SF 128) Parameter name UL SIR target with HS-DPCCH - DPDCH SF 128

Abbreviated name SIRDPCCHInitialDCHHS128

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the initial SIR target for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction and the minimum spreading factor of UL DPDCH is 128. One-way receiver diversity is assumed. HS-DPCCH must be configured in the radio link.

Range -8.2...17.3

Step 0.1

Units dB


Default value 7.5






Related options -



References -

Table 2109: SIRDPCCHInitialDCHHS128 (UL SIR target with HS-DPCCH - DPDCH SF 128)



3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 10.5






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 7.5






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 9






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 12






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 7.5






Related options -



References -




3GPP name -

Managed Object -



Multiplicity 1


Range -8.2...17.3

Step 0.1

Units dB


Default value 11


Related functions -




Related options -



References -


SIRDPCCHInitialDCHMax (Maximum SIR target for UL DPCCH with DPDCH only)SIRDPCCHInitialDCHMax (Maximum SIR target for UL DPCCH with DPDCH only)SIRDPCCHInitialDCHMax (Maximum SIR target for UL DPCCH with DPDCH only)SIRDPCCHInitialDCHMax (Maximum SIR target for UL DPCCH with DPDCH only) Parameter name Maximum SIR target for UL DPCCH with DPDCH only

Abbreviated name SIRDPCCHInitialDCHMax

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the maximum SIR target value for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction. The maximum value of the SIR target is achieved by adding the value of the parameter to the initial SIR target value.

Range 0...10

Step 0.1

Units dB


Default value 6






Related options -



References -

Table 2116: SIRDPCCHInitialDCHMax (Maximum SIR target for UL DPCCH with DPDCH only)

SIRDPCCHInitialDCHMin (Minimum SIR target for UL DPCCH with DPDCH only)SIRDPCCHInitialDCHMin (Minimum SIR target for UL DPCCH with DPDCH only)SIRDPCCHInitialDCHMin (Minimum SIR target for UL DPCCH with DPDCH only)SIRDPCCHInitialDCHMin (Minimum SIR target for UL DPCCH with DPDCH only) Parameter name Minimum SIR target for UL DPCCH with DPDCH only

Abbreviated name SIRDPCCHInitialDCHMin

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the minimum SIR target value for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction. The minimum value of the SIR target is achieved by adding the value of the parameter to the initial SIR target value.

Range -10...0

Step 0.1

Units dB


Default value -6






Related options -



References -

Table 2117: SIRDPCCHInitialDCHMin (Minimum SIR target for UL DPCCH with DPDCH only)

SIRDPCCHInitialDCHOffset (SIR target for UL outerloop power control with DPDCH)SIRDPCCHInitialDCHOffset (SIR target for UL outerloop power control with DPDCH)SIRDPCCHInitialDCHOffset (SIR target for UL outerloop power control with DPDCH)SIRDPCCHInitialDCHOffset (SIR target for UL outerloop power control with DPDCH) Parameter name SIR target for UL outerloop power control with DPDCH

Abbreviated name SIRDPCCHInitialDCHOffset

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the initial SIR target offset for the UL outer loop power control when the radio link has only DCHs configured in the uplink transfer direction. If the initial SIR target value is sent to the BTS and to the outer loop power controller of the RNC, the value of the parameter is added to the produced initial SIR target value.

Range -6...6

Step 0.1

Units dB


Default value 0






Related options -



References -

Table 2118: SIRDPCCHInitialDCHOffset (SIR target for UL outerloop power control with DPDCH)

SIRDPCCHInitialDCHRxDiv2 (SIR target for UL DPCCH with DPDCH, 2SIRDPCCHInitialDCHRxDiv2 (SIR target for UL DPCCH with DPDCH, 2SIRDPCCHInitialDCHRxDiv2 (SIR target for UL DPCCH with DPDCH, 2SIRDPCCHInitialDCHRxDiv2 (SIR target for UL DPCCH with DPDCH, 2----way Rx diversity)way Rx diversity)way Rx diversity)way Rx diversity) Parameter name SIR target for UL DPCCH with DPDCH, 2-way Rx diversity

Abbreviated name SIRDPCCHInitialDCHRxDiv2

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the initial SIR target offset value for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction and the 2-way receiver diversity is assumed. Experienced SIR depends also on the channel conditions, such as propagation environment, multipath conditions and mobile speed. Besides the receiver diversity gain, the parameter quantifies also the channel conditions defining an offset value for the SIR target. The final initial value of the SIR target is achieved by adding the value of the parameter to the initial SIR target value, which is produced for the case when the 1-way receiver diversity is assumed.

Range -6...0

Step 0.1

Units dB


Default value -3






Related options -



References -

Table 2119: SIRDPCCHInitialDCHRxDiv2 (SIR target for UL DPCCH with DPDCH, 2-way Rx diversity)

SIRDPCCHInitialDCHRxDiv4 (SIR target for UL DPCCH with DPDCH, 4SIRDPCCHInitialDCHRxDiv4 (SIR target for UL DPCCH with DPDCH, 4SIRDPCCHInitialDCHRxDiv4 (SIR target for UL DPCCH with DPDCH, 4SIRDPCCHInitialDCHRxDiv4 (SIR target for UL DPCCH with DPDCH, 4----way Rx diversity)way Rx diversity)way Rx diversity)way Rx diversity) Parameter name SIR target for UL DPCCH with DPDCH, 4-way Rx diversity

Abbreviated name SIRDPCCHInitialDCHRxDiv4

3GPP name -

Managed Object -



Multiplicity 1

Description This parameter defines the initial SIR target offset value for the UL DPCCH when the radio link has only DCHs configured in the uplink transfer direction and the 4-way receiver diversity is assumed. Experienced SIR depends also on the channel conditions, such as propagation environment, multipath conditions, and mobile speed. Besides the receiver diversity gain, the parameter quantifies also the channel conditions defining an offset value for the SIR target. The final initial value of the SIR target is achieved by adding the value of the parameter to the initial SIR target value, which is produced for the case when the 1-way receiver diversity is assumed.

Range -6...0

Step 0.1

Units dB


Default value -4






Related options -



References -

Table 2120: SIRDPCCHInitialDCHRxDiv4 (SIR target for UL DPCCH with DPDCH, 4-way Rx diversity)

WRABChangeOrigin (Change origin)WRABChangeOrigin (Change origin)WRABChangeOrigin (Change origin)WRABChangeOrigin (Change origin) Parameter name Change origin

Abbreviated name WRABChangeOrigin

3GPP name -

Managed Object WRAB

Parameter group -

Classification Operation and Maintenance

Multiplicity 1

Description This parameter defines the origin of the last configuration action affecting the object.

Range Not defined (0), Network originated configuration action (1), NetAct RNW plan originated configuration action (2), Element Manager originated configuration action (3), Configuration action by automatic tuning function (4), Element Manager originated mass config action (5), NetAct originated direct RNW change (6)

Step -

Units -

Formula for getting internal value gui ==> internal Not defined ==> 0 Network originated configuration action ==> 1 NetAct RNW plan originated configuration action ==> 2 Element Manager originated configuration action ==> 3 Configuration action by automatic tuning function ==> 4 Element Manager originated mass config action ==> 5 NetAct originated direct RNW change ==> 6

Default value -

Default value notes The value is set by the system.

Related functions -

Modification Not modifiable



Related options � Radio Network Access Regulation Function


Interfaces � RNC -> RAC � RNC -> EM

References -

Table 2121: WRABChangeOrigin (Change origin)

WRABId (WRAB Identifier)WRABId (WRAB Identifier)WRABId (WRAB Identifier)WRABId (WRAB Identifier) Parameter name WRAB Identifier

Abbreviated name WRABId

3GPP name -

Managed Object WRAB

Parameter group Identification

Classification Operation and Maintenance

Multiplicity 1

Description This parameter identifies the WRAB object uniquely. The object contains the connection based quality control parameters. Parameters define the service bearer and signaling bearer specific quality targets and related power control thresholds for each transport channel configuration.

Range 1...5

Step 1

Units -


Default value -


Related functions -

Modification Not modifiable



Related options -



References -

Table 2122: WRABId (WRAB Identifier)

Id: 0900d80580896cb7 ©2011 Nokia Siemens NetworksDN0978781

below parameter detail

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