SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:ADD
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:ADD
Dependencies	The maximum number of PSCCH channels is 32.
Backwards Compatibility SCPI	[:SOURce]:SIGNal<signal>:NV2X[:ARB]:CCARrier<carrier>:SLINk:PSCCH:ADD

Copy PSCCH

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:COPY <integer>
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:COPY 1
Couplings	The maximum number of PSCCH channels is 32.

Delete PSCCH

SCPI Command

[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:DELete <integer>

SCPI Example

RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:DEL 1

Notes

The minimum number of PSCCH channels is 1.

Re-index will be done for the left PSCCHs.

PSCCH Count

This setting is a read only setting.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:COUNt?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:COUN?
Couplings	It is coupled with Add PSCCH and Delete PSCCH When Add PSCCH is executed successfully, this setting is increased 1 When Delete PSCCH is executed successfully, this setting is decreased 1
Preset	1
State Saved	No

General Settings

Name

Displays the channel name. Read only.

Enabled

It enables or disables the state of PSCCH.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>[:STATe] ON\|OFF\|1\|0 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>[:STATe]?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:STAT ON RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:STAT?
Couplings	When this setting is set to ON , error message will be shown if current PSCCH channel has resource conflicts with other enabled channels.
Preset	OFF
State Saved	Yes
Range	OFF\|ON

Power Boosting

It controls the additional power boosting for the channel.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:POWer <rel_ampl> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:POWer? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:POW 0 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:POW?
Preset	0 dB
Min	-40 dB
Max	40 dB
Resolution	0.01 dB

DMRS Power Boosting

It controls DMRS power boosting relative to data part.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>::DMRS:POWer <rel_ampl> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:DMRS:POWer? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DMRS:POW 2 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DMRS:POW?
Preset	0.00 dB
Min	-40 dB
Max	40 dB
Resolution	0.01 dB

DMRS Mapping Parameter i

It controls the DMRS Mapping Parameter i. Please refer to Table 8.4.1.3.2-1 of 38.211 for details.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>::DMRS:MAPPing 0\|1\|2 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:DMRS:MAPPing? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DMRS:MAPPing 2 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DMRS:MAPPing?
Preset	0
State Saved	Yes
Min	0
Max	2

Scrambling

It enables or disables scrambling for the channel.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:SCRambling[:STATe] ON\|OFF\|1\|0 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:SCRambling[:STATe]?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:SCR OFF RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:SCR?
Preset	ON
State Saved	Yes

PSCCH-DMRS-Scrambling-ID

It controls the PSCCH DMR Scrambling ID for sequence generation.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:PDSCrambling:ID <integer> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:PDSCrambling:ID? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:PDSC:ID 2 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:PDSC:ID?
Preset	0
State Saved	Yes
Min	0
Max	65535
Resolution	1

Resource Allocation

Allocated Slots

It controls the allocated slot index for PSCCH transmission on all frames or specified frames.

To allocate slots to specific frames, license version 2024.0801 or later is required.

You can configure Allocated Slots using any of the following ways as per your specific requirements:

Applying Allocated Slots to all frames	Examples
To configure by individual index, use ',' as the delimiter	0,1,2,3 means 0, 1, and 2 slots to all frames.
To configure by a range of index, use ':' to indicate the start index and the last index	3:10 means 3,4,5,6,7,8,9,10 slots to all frames.
To configure by a certain step, use two ':' to indicate the start index, the step, and the last index	0:4:12 means 0, 4, 8, 12 slots to all frames.
These 3 configuration methods can be used in combination by using ',' as the delimiter	0,1,4:7,8:2:19 means slots 0,1,4,5,6,7,8,10,12,14,16,18 to all frames
Applying Allocated Slots to specific frames
Use '{}' and '\|' to specify the frame index and slot index as follows: "{frame index\|slot index}" For specifying slot index, you can use any or all three configuration methods specified above.	{0\|0:2},{1,2\|3:5} means allocate slots 0,1,2 to frame 0, and slots 3,4,5 to frame 1 and frame 2.
Applying Allocated Slots to all frames and to specific frames
If there is a mix of specified and unspecified frame index, the union of the two is taken.	4:5,{0\|0:2} means allocate slots 4 to 5 to all frames and slots 0,1,2 to frame 0.

See example image for slots allocated to specific frames

The Number of Radio Frames should match or be more than the number of frames included in the Allocated Slots setting. If the value specified in the Number of Radio Frames setting is less than the number of frames used in Allocated Slots, the Allocated Slots setting will automatically adjust to match the number of Radio Frames. For example, if the Number of Radio Frames is 2 and the Allocated Slots is set to {0|0:2},{1,2|3:5}, this will automatically be changed to {0|0:2},{1|3:5} to match the Number of Radio Frames setting.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:SLOTs <string> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>: PSCCH<channel>:SLOTs?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:SLOT "0:10" RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:SLOT "1:10,{1,2\|3:5}" RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:SLOT?
Couplings	The range of slot index is from 0 to (total number of slots per frame - 1). The total number of slots per frame is coupled with the carrier numerology.
Preset	"0"
State Saved	Yes

Bandwidth Part

Selects the bandwidth part to be used for current channel.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:BWP 0\|1 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:BWP?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:BWP 1 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:BWP?
Couplings	It is the index of the sidelink BWPs.
Notes	It is a EnumSetting on GUI, but the SCPI parsers use it as Int32Setting.
Preset	1
State Saved	Yes

First Symbol

It controls the first symbol index after the AGC/duplicated symbol for the transmission.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:SYMBol:FIRSt <integer> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH <channel>:SYMBol:FIRSt? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:SYMB:FIRS 2 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:SYMB:FIRS?
Couplings	The range is from 1 to (number of symbols per slot - Number of Symbols).
Preset	1
State Saved	Yes
Min	1
Max	11
Resolution	1

Number of Symbols

It controls the Number of Symbols for the PSCCH transmission, the first duplicated symbol does not count.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:SYMBol:NUMBer 2\|3 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH <channel>:SYMBol:NUMBer? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:SYMB:NUMBer 2 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:SYMB:NUMBer?
Preset	2
State Saved	Yes
Min	2
Max	3
Resolution	1

RB Offset in BWP

This setting controls the RB offset relative to the selected BWP.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:RB:OFFSet <integer> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:RB:OFFSet?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:RB:OFFS 3 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:RB:OFFS?
Couplings	The Maximum of it is set to RB Number of selected BWP -1 .
Preset	0
State Saved	Yes
Min	0
Max	274
Resolution	1

RB Number

This setting controls the RB number of the current BWP.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:RB:NUMBer <integer> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:RB:NUMBer? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:RB:NUMB 200 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:RB:NUMB?
Couplings	The Maximum of it is RB Number of the selected BWP’s – RB Offset The Mininum RB number depends on Payload Size
Preset	10
State Saved	Yes
Min	1
Max	275
Resolution	1

SCI Payload Data

Channel Coding

It enables or disables the whether execute channel coding in transport layer.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:CCODing[:STATe] ON\|OFF\|1\|0 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:CCODing:[:STATe]?
SCPI Example
Preset	ON
State Saved	Yes

Auto SCI

Enables or disables the Auto SCI.

When Auto SCI is On, you can set PSSCH Couplings and SCI Bits for all SCI format1 1-A fields.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:AUTO ON\|OFF\|1\|0 [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:AUTO?
SCPI Example
Couplings	When Auto SCI is turned On, the PSSCH Couplings and SCI Bits settings are available. You can edit both Number of Bits and Value for various SCI format1 1-A fields based on the higher layer definitions.
Dependencies	This setting is visible only when Channel Coding is enabled.
Preset	OFF
State Saved	Yes

PSSCH Couplings

Allows you to select the PSSCH channel that you want to associate with the PSCCH channel.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:PSSCh:INDEx <integer> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:PSSCh:INDEx?
SCPI Example
Couplings	The default is None. When you select a PSSCH channel, the corresponding fields in the SCI Bits editor are automatically populated with the relevant parameters from the selected PSSCH channel. The values for the "Modulation and Coding Scheme" and "Additional MCS Table Indicator" fields in the SCI Bits editor are automatically populated and coupled based on the relevant configurations of the selected PSSCH channel. You can manually override these automatically populated values, but any changes that you make are not meant to be reflected in the PSSCH configurations. This coupling works as one-way synchronization only.
Dependencies	This setting is visible only when Auto SCI is ON.
Preset	-1 (None)
Min	-1
Max	31
State Saved	Yes

SCI Bits

When Auto SCI is ON, this setting displays the results from the SCI Bits editor. Clicking the > button displayed on the right side of this setting invokes the SCI Bits dialog which allows you to view and set the SCI Bits for all SCI format1 1-A fields. You can edit both Number of Bits and Value for various SCI format1 1-A fields based on the higher layer definitions.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:BITS [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:BITS?
SCPI Example
Couplings	The fields in the SCI Bits editor are automatically populated with the relevant parameters from the selected PSSCH channel in the PSSCH Couplings. The values for the "Modulation and Coding Scheme" and "Additional MCS Table Indicator" fields in the SCI Bits editor are automatically populated and coupled based on the relevant configurations of the selected PSSCH channel. You can manually override these automatically populated values, but any changes that you make are not meant to be reflected in the PSSCH configurations. This coupling works as one-way synchronization only.
Dependencies	This setting is visible only when Auto SCI is ON.
State Saved	Yes

Payload Data

Opens the Payload Data dialog where you can select a payload data type. You can also create a custom pattern or load a user file.

Payload Data	Seeds	Inverted	Generated sequence begins with...
PN9	All 1s	No	111111111…
PN15	All 1s	Yes	000000000000000…
PN23	All 1s	Yes	00000000000000000000000…
PN31	All 1s	Yes	0000000000000000000000000000000…

See also Using Custom Payload Data for more information.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:DATA:TYPE PN9\|PN15\|PN23\|CUSTom\|FILE [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH0\1\|2\|3\|4\|5\|6\|7:DATA:TYPE?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DATA:TYPE PN15 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DATA:TYPE?
Dependencies	This setting is visible only when Auto SCI is OFF.
Notes	GUI choices: PN9 \| PN15 \| PN23 \| Custom Pattern \| User File
Preset	PN9
State Saved	Yes

Custom Pattern

Opens an editor so you can create and save customized payload data.

See also Using Custom Payload Data for more information.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:DATA <string> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:DATA?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:DATA "01010101" RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:DATA?
Couplings	It is used when Payload Data Type is Custom Pattern.
Preset	""
State Saved	Yes

User File

Opens a dialog so you can select a previously saved payload data file.

See also Using Custom Payload Data for more information.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:DATA:FILE <string> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH:DATA:FILE?
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:DATA:FILE "c:\temp\data.txt" RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH:DATA:FILE?
Couplings	It is used when Payload Data Type is User File.
Preset	""
State Saved	Yes

Payload Size

It controls the length of the 1st-stage SCI, which transports sidelink scheduling information.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:DATA:LENGth <integer> [:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCH<channel>:DATA:LENGth? [MAXimum\|MINimum]
SCPI Example	RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DATA:LENG 60 RADio:NV2X:WAVeform:CCAR0:SLINk:PSCCH0:DATA:LENG?
Preset	60
Min	18
Max	120
State Saved	Yes

CRC (Hex)

Query only

Displays the CRC of SCI1 payload.

SCPI Command	[:SOURce]:RADio:NV2X:WAVeform[:ARB]:CCARrier<carrier>:SLINk:PSCCh<channel>:CRC?
SCPI Example
State Saved	Yes