WLAN

802.11bn Carrier Settings: UHR TB PPDU

These carrier settings are applicable when you select:

General

LTF Symbol Interval Mode

Number of UHR-LTFs (Nheltf)

Maximum Number of Total Spatial Streams (Nss,total)

Number of Transmit Chains (Ntx)

LDPC Extra Symbol

PE Disambiguity

L-SIG Length

User Schedule Mode

Pre-FEC Padding Factor

Maximum Packet Extension Duration

Uplink RU Arrangement

Number of Full BW MU-MIMO Users

Non-OFDMA

RU/MRU Index

the 1st Band Allocation Index

the 2nd Band Allocation Index

the 3rd Band Allocation Index

the 4th Band Allocation Index

the 5th Band Allocation Index

the 6th Band Allocation Index

the 7th Band Allocation Index

the 8th Band Allocation Index

the 9th Band Allocation Index

the 10th Band Allocation Index

the 11th Band Allocation Index

the 12th Band Allocation Index

the 13th Band Allocation Index

the 14th Band Allocation Index

the 15th Band Allocation Index

the 16th Band Allocation Index

Distribute RU

Distribute RU in the 1st 80MHz

Distribute RU in the 2nd 80MHz

Distribute RU in the 3rd 80MHz

Distribute RU in the 4th 80MHz

Distribute BWs in the 1st 80 MHz

Distribute BWs in the 2nd 80MHz

Distribute BWs in the 3rd 80MHz

Distribute BWs in the 4th 80MHz

U-SIG

Link

BSS Color

TXOP Duration

Spatial Reuse 1

Spatial Reuse 2

Impairments

Symbol Clock Offset

Quadrature Angle Adjustment for Waveform 1

I/Q Gain Balance for Waveform 1

Quadrature Angle Adjustment for Waveform 2

I/Q Gain Balance for Waveform 2

Quadrature Angle Adjustment for Waveform 3

I/Q Gain Balance for Waveform 3

Quadrature Angle Adjustment for Waveform 4

I/Q Gain Balance for Waveform 4

Quadrature Angle Adjustment for Waveform 5

I/Q Gain Balance for Waveform 5

Quadrature Angle Adjustment for Waveform 6

I/Q Gain Balance for Waveform 6

Quadrature Angle Adjustment for Waveform 7

I/Q Gain Balance for Waveform 7

Quadrature Angle Adjustment for Waveform 8

I/Q Gain Balance for Waveform 8

RU Setup > Resource Unit

RU Index

RU State

RU Size

Band

Number of Total Spatial Streams (Nss,total)

User Number

RU Setup > Spatial Mapping

Spatial Configuration

Spatial Mapping Matrix

RU Setup > User Setup > User Configuration

User Index

Scrambler

Channel Coding Mode

2x1944 LDPC

Channel Coding State

BCC Interleaver

LDPC Tone Mapper

Number of Spatial Streams (Nss,u)

Scrambler Initialization

RU Setup > User Setup > Modulation and Coding

MCS Index

Modulation

Data Rate

Coding Rate

RU Setup > User Setup > Transmit Data

Aggregated MPDU

MAC Padding Mode

Minimum MPDU Start Spacing

802.11bn Carrier Settings: UHR TB PPDU

802.11bn Carrier Settings: UHR TB PPDU

PSDU Length

RU Setup > User Setup > Impairments

Relative Power

Frequency Offset

Initial Phase

Timing Offset

Symbol Clock Offset

RU Setup > User Setup > Payload

MPDU Index

MPDU Length

Data Type

PN9 Seed

PN15 Seed

User File

User File Length

Data Length

MAC FCS

Mac Header

Enable

MacHeaderType

Length

Frame Control Enable

Frame Control Size

Frame Control Contents

Duration Id Enable

Duration Id Size

Duration Id Contents

Address 1 Enable

Address 1 Size

Address 1 Contents

Address 2 Enable

Address 2 Size

Address 2 Contents

Address 3 Enable

Address 3 Size

Address 3 Contents

Seq Control Enable

Seq Control Size

Seq Control Contents

Address 4 Enable

Address 4 Size

Address 4 Contents

Qos Control Enable

Qos Control Size

Qos Control Contents

Ht Control Enable

Ht Control Size

Ht Control Contents

RU Setup > User Setup > MPDU

Add Mpdu

Delete Mpdu

Copy Mpdu

MPDU Index

MPDU Length

A-MPDU Subframe Length

Data Type

PN9 Seed

PN15 Seed

User File

User File Length

Data Length

Mac Header

Enable

MAC FCS

Mac Header Type

Length

Frame Control Enable

Frame Control Size

Frame Control Contents

Duration Id Enable

Duration Id Size

Duration Id Contents

Address 1 Enable

Address 1 Size

Address 1 Contents

Address 2 Enable

Address 2 Size

Address 2 Contents

Address 3 Enable

Address 3 Size

Address 3 Contents

Seq Control Enable

Seq Control Size

Seq Control Contents

Address 4 Enable

Address 4 Size

Address 4 Contents

Qos Control Enable

Qos Control Size

Qos Control Contents

Ht Control Enable

Ht Control Size

Ht Control Contents

Summary

Enable All RU

Disable All RU

General

LTF Symbol Interval Mode

Select the Symbol interval (with guard interval) for the UHR-LTF field. The possible options are:

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LTF:SINTerval:MODE B|D1|D2|Q1|Q2|B1

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LTF:SINTerval:MODE?

SCPI Example

 

Couplings

 

Preset

Q1

State Saved

Yes

Initial S/W Revision

A.18.00

Number of UHR-LTFs (Nheltf)

Indicates the number of UHR-LTFs. If Maximum Number of Total Spatial Streams is 1, then its value is 1, otherwise its value is the ceiling of (NumOfTotalSpatialStreams / 2.0) * 2.

This is a read-only setting.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:NHELtf?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Maximum Number of Total Spatial Streams (Nss,total)

Indicates the total number of spatial streams of the current Resource Unit, which is equal to the sum of the Nss for each user.

This is a read-only setting.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:SPATial:NUMBer?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Number of Transmit Chains (Ntx)

Set the number of transmit chains. When the number of instruments is more than 1, it automatically equals to the number of instruments and can't be changed, otherwise, it is editable.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:NTX <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:NTX?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

LDPC Extra Symbol

Indicates the presence of the extra OFDM symbol for LDPC.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LDPC:SYMBol <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LDPC:SYMBol?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

PE Disambiguity

Get or set the PE Disambiguity subfield.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:PE:DISambiguity <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:PE:DISambiguity?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

L-SIG Length

Set the value of the L-SIG length field of the UHR trigger-based PPDU that is the response to the trigger frame.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LSIG:LENGth <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LSIG:LENGth?

SCPI Example

 

Couplings

 

Preset

34

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

User Schedule Mode

Enable/disable the user schedule mode. When enabled, the parameters L-SIG Length, LDPC Extra Symbol, PE Disambiguity, and Pre-FEC Padding Factor become editable.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:USER:SCHedule[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:USER:SCHedule[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Pre-FEC Padding Factor

Get or set the Pre-FEC Padding Factor.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:PFEC:PADDing:FACTor <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:PFEC:PADDing:FACTor?

SCPI Example

 

Couplings

 

Preset

4

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Maximum Packet Extension Duration

Set or Get the Maximum Packet Extension Duration for the current PPDU.

A UHR PPDU may have a Packet Extension (PE) field appended at the end of the PPDU, with possible durations being 0 us, 8 us, 16 us or 20 us. The PE field, when present, shall be transmitted with the same average power as the Data field, and its content is arbitrary.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:PE:DURation PE0|PE8|PE16|PE20

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:PE:DURation?

SCPI Example

 

Couplings

 

Preset

PE0

State Saved

Yes

Initial S/W Revision

A.18.00

Uplink RU Arrangement

Number of Full BW MU-MIMO Users

Get or Set the number of MU-MIMO users when compression mode is enabled.

This setting is visible when Bandwidth is 160 MHz or 320 MHz and Non-OFDMA is set to True.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:MIMO:USER:NUMBer <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:MIMO:USER:NUMBer?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Non-OFDMA

Indicates whether OFDMA or non-OFDMA RU/MRU transmission of UHR TB PPDU is supported for PPDU bandwidth of 160 MHz or 320 MHz. DRU is not supported for non-OFDMA RU/MRU.

This setting is visible when Bandwidth is set to 160 MHz or 320 MHz.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:NOFDma[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:NOFDma[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

RU/MRU Index

Gets or sets the RU/MRU index for non-OFDMA UHR TB PPDU.

This setting is visible when Bandwidth is 160 MHz or 320 MHz and Non-OFDMA is set to True.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RINDex RU1|MRU1|MRU2|MRU3|MRU4|MRU5|MRU6|MRU7|MRU8

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RINDex?

SCPI Example

 

Couplings

 

Preset

MRU1

State Saved

Yes

Initial S/W Revision

A.18.00

the 1st Band Allocation Index

Get or set the RU allocation index for the applicable Bands. It may contain multiple small-size RUs/MRUs or a large-size RU/MRU that may span multiple 20 MHz subbands including the current subband. RU allocation bits 000011010 represent a punctured 242-tone RU.

Based on the set bandwidth, the following settings are available:

20 MHz
  • The 1st Band Allocation Index
40 MHz
  • The 1st Band Allocation Index
  • The 2nd Band Allocation Index
80 MHz
  • The 1st Band Allocation Index to The 4th Band Allocation Index
160 MHz
  • The 1st Band Allocation Index to The 8th Band Allocation Index
320 MHz
  • The 1st Band Allocation Index to The 16th Band Allocation Index
Set the desired bandwidth in the Waveform Setup. For more information, see 802.11bn Waveform Settings.
If Bandwidth is set to 160 MHz or 320 MHz, then the Band Allocation Index settings are visible only when you set the Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B1

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B1?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 2nd Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B2

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B2?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 3rd Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B3

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B3?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 4th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B4

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B4?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 5th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B5

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B5?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 6th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B6

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B6?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 7th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B7

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B7?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 8th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B8

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B8?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 9th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B9

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B9?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 10th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B10

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B10?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 11th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B11

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B11?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 12th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B12

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B12?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 13th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B13

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B13?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 14th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B14

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B14?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 15th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B15

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B15?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

the 16th Band Allocation Index

See the 1st Band Allocation Index for description.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B16

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUALlocation:B16?

SCPI Example

 

Couplings

 

Preset

001000000

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute RU

Enable/disable distributed RUs for 20MHz | 40MHz | 80MHz PPDU.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute RU in the 1st 80MHz

Enable/disable distributed RU for the 1st 80 MHz frequency subblock.

This setting is visible when Bandwidth is 160 MHz or 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:FIRst ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:FIRst?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute RU in the 2nd 80MHz

Enable/disable distributed RU for the 2nd 80 MHz frequency subblock.

This setting is visible when Bandwidth is 160 MHz or 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:SECond ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:SECond?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute RU in the 3rd 80MHz

Enable/disable distributed RU for the 3rd 80 MHz frequency subblock.

This setting is visible when Bandwidth is 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:THIRd ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:THIRd?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute RU in the 4th 80MHz

Enable/disable distributed RU for the 4th 80 MHz frequency subblock.

This setting is visible when Bandwidth is 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:FOURth ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DRU:B80M:FOURth?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute BWs in the 1st 80 MHz

Pattern of Distribute BWs in the 1st 80 MHz frequency subblock.

This setting is visible when:
- Bandwidth is 80 MHz
- Bandwidth is 160 MHz or 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:FIRSt DBW202040M|DBW402020M|DBW80M

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:FIRSt?

SCPI Example

 

Couplings

 

Preset

DBW80M

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute BWs in the 2nd 80MHz

Pattern of Distribute BWs in the 2nd 80 MHz frequency subblock.

This setting is visible when Bandwidth is 160 MHz or 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:SECond DB202040M|DBW402020M|DBW80M

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:SECond?

SCPI Example

 

Couplings

 

Preset

DBW80M

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute BWs in the 3rd 80MHz

Pattern of Distribute BWs in the 3rd 80 MHz frequency subblock.

This setting is visible when Bandwidth is 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:THIRd DBW202040M|DBW402020M|DBW80M

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:THIRd?

SCPI Example

 

Couplings

 

Preset

DBW80M

State Saved

Yes

Initial S/W Revision

A.18.00

Distribute BWs in the 4th 80MHz

Pattern of Distribute BWs in the 4th 80 MHz frequency subblock.

This setting is visible when Bandwidth is 320 MHz and Non-OFDMA is set to False.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:FOURth DBW202040M|DBW402020M|DBW80M

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DBW:B80M:FOURth?

SCPI Example

 

Couplings

 

Preset

DBW80M

State Saved

Yes

Initial S/W Revision

A.18.00

U-SIG

Link

Indicates whether the frame is Uplink or Downlink. The field is set to DL for TDLS and set to UL for UHR TB PPDU.

It is a read-only setting with a fixed value of UL (uplink).

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:LINK?

SCPI Example

 

Couplings

 

Preset

UL

State Saved

Yes

Initial S/W Revision

A.18.00

BSS Color

Get or Set the Base station identifier.The BSS Color field is an identifier of the BSS.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:BSS:COLor <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:BSS:COLor?

SCPI Example

 

Couplings

 

Preset

5

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

TXOP Duration

Set or Get the remaining time duration in the current TXOP.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:TXOP:DURation <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:TXOP:DURation?

SCPI Example

 

Couplings

 

Preset

8e-06

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Spatial Reuse 1

Indicates whether or not spatial reuse is allowed in a subband of the PPDU during the transmission of this PPDU. If allowed, it indicates a value that is used to determine a limit on the transmit power of a spatial reuse transmission.

If the Bandwidth field indicates 20 MHz, 40 MHz, or 80 MHz: Spatial Reuse field for the first 20 MHz subband.

If the Bandwidth field indicates 160 MHz: Spatial Reuse field for first 40 MHz subband of the 160 MHz operating band.

If the Bandwidth field indicates 320 MHz: Each Spatial Reuse subfield is set to the smaller value of the Spatial Reuse 1 and the Spatial Reuse 2 subfields.

Set to 0 (SR disallowed Entry) to disallow SRP-based spatial reuse.

Set to value 1 to 14 corresponding to SRP value for SRP-based SR operation.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:SPATial:REUSe:R1 <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:SPATial:REUSe:R1?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Spatial Reuse 2

Indicates whether or not spatial reuse is allowed in a subband of the PPDU during the transmission of this PPDU. If allowed, it indicates a value that is used to determine a limit on the transmit power of a spatial reuse transmission.

If the Bandwidth field indicates 20 MHz, 40 MHz, or 80 MHz: Spatial Reuse field for the second 20 MHz subband. When operating in 20 MHz, this field is set to the same value as Spatial Reuse 1 field. When operating 40 MHz in 2.4 GHz band, this field is set to same value as Spatial Reuse 1 field.

If the Bandwidth field indicates 160 MHz: Spatial Reuse field for second 40 MHz subband of the 160 MHz operating band.

If the Bandwidth field indicates 320 MHz: Each Spatial Reuse subfield is set to the smaller value of the Spatial Reuse 1 and the Spatial Reuse 2 subfields.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:SPATial:REUSe:R2 <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:SPATial:REUSe:R2?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Impairments

Symbol Clock Offset

Get or set the offset to the standard symbol rate in ppm. This error will be added to standard sample clock in the waveform header.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:CLOCk:OFFSet <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:CLOCk:OFFSet?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 1

Set the baseband quadrature angle adjustment for Waveform 1 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG1 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG1?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 1

Set the baseband IQ gain balance for Waveform 1 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB1 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB1?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 2

Set the baseband quadrature angle adjustment for Waveform 2 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG2 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG2?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 2

Set the baseband IQ gain balance for Waveform 2 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB2 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB2?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 3

Set the baseband quadrature angle adjustment for Waveform 3 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG3 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG3?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 3

Set the baseband IQ gain balance for Waveform 3 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB3 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB3?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 4

Set the baseband quadrature angle adjustment for Waveform 4 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG4 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG4?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 4

Set the baseband IQ gain balance for Waveform 4 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB4 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB4?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 5

Set the baseband quadrature angle adjustment for Waveform 5 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG5 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG5?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 5

Set the baseband IQ gain balance for Waveform 5 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB5 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB5?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 6

Set the baseband quadrature angle adjustment for Waveform 6 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG6 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG6?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 6

Set the baseband IQ gain balance for Waveform 6 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB6 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB6?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 7

Set the baseband quadrature angle adjustment for Waveform 7 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG7 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG7?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 7

Set the baseband IQ gain balance for Waveform 7 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB7 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB7?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Quadrature Angle Adjustment for Waveform 8

Set the baseband quadrature angle adjustment for Waveform 8 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG8 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:QUAD:ANG8?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

I/Q Gain Balance for Waveform 8

Set the baseband IQ gain balance for Waveform 8 before channel fading and mirror spectrum.

The number of parameter groups depends on Number of Transmit Chains (Ntx). Each group is identified with an incremented waveform number, such as Waveform 1, Waveform 2, and so on.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB8 <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:IQ:GB8?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU Setup > Resource Unit

RU Index

The index for each resource unit.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:INDex?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU State

Enable/disable the Resource Unit (RU).

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

RU Size

Get the RU/MRU size.

The instrument must have at least the equivalent bandwidth to allow the waveform to be successfully transmitted.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:SIZE?

SCPI Example

 

Couplings

 

Preset

242

State Saved

Yes

Initial S/W Revision

A.18.00

Band

Get the index of the first 20-MHz subband where the RU/MRU is located.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:BAND?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Number of Total Spatial Streams (Nss,total)

Indicates the total number of spatial streams of the current Resource Unit, which is equal to the sum of the Nss for each user.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:SPATial:NUMBer?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

User Number

Get the number of users of the current Resource Unit.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USER:NUMBer?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU Setup > Spatial Mapping

Spatial Configuration

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:SPATial:CONFigure

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:SPATial:CONFigure?

SCPI Example

 

Couplings

 

Preset

000000

State Saved

Yes

Initial S/W Revision

A.18.00

Spatial Mapping Matrix

Set the contents of the spatial mapping matrix.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:SPATial:MAPPing

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:SPATial:MAPPing?

SCPI Example

 

Couplings

 

Preset

1;

State Saved

Yes

Initial S/W Revision

A.18.00

RU Setup > User Setup > User Configuration

User Index

The index for each user.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:INDex?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Scrambler

Enable or disable the Scrambler.

Scrambles the data to reduce the probability of long sequences of zeros and ones.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:SCRambler[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:SCRambler[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Channel Coding Mode

Select the Channel Coding mode. It encodes the data to enable error correction. It could be BCC and LDPC. Support for BCC coding is limited to less than or equal to four spatial streams, UHR-MCSs 0 to 9, and UHR-MCS 15 (per user in the case of MU-MIMO). BCC support is mandatory for RU or MRU sizes less than or equal to a 242-tone.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:CCODing:MODE?

SCPI Example

 

Couplings

 

Preset

LDPC

State Saved

Yes

Initial S/W Revision

A.18.00

2x1944 LDPC

Enable or disable the 2x1944 LDPC.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:LDPC:DOUBle1944 ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:LDPC:DOUBle1944?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Channel Coding State

Enable or disable the channel encoding function. When it's Off, BCC encoder or LDPC encoder will be bypassed.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:CCODing[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:CCODing[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

BCC Interleaver

Enable or disable the Interleaver. Interleaver interleaves the bits of each spatial stream(changes order of bits) to prevent long sequences of adjacent noisy bits from entering the BCC decoder. Interleaving is applied only when BCC encoding is used.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:BCC:INTerleaver ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:BCC:INTerleaver?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

LDPC Tone Mapper

Enable or disable the LDPC Tone Mapper. LDPC Tone Mapper is equivalent to block-interleaving the tones in each symbol.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:LDPC:MAPPer ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:LDPC:MAPPer?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Number of Spatial Streams (Nss,u)

Set the number of Spatial Streams used by the current user. Its maximum value is 8 for Single User, while it's 4 for Multi User MIMO.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:NSS <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:NSS?

SCPI Example

 

Couplings

 

Preset

1

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Scrambler Initialization

Set the initial state of the scrambler in decimal format, which is then turned into 7 bits to feed into the scrambler.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:SCRambler:INIT <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:SCRambler:INIT?

SCPI Example

 

Couplings

 

Preset

99

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU Setup > User Setup > Modulation and Coding

MCS Index

Select the MCS Index for current user.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MCS:INDex <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MCS:INDex?

SCPI Example

 

Couplings

MCS 14 is only applied for UHR TB PPDU, Compress Mode On, bandwidth is greater than or equal to 80 MHz, no preamble puncture exist, and Nss = 1.

MCS 15 is only applied for Nss,u= 1, and not supported over MRU 2x996+484 and MRU 3x996+484.

Preset

8

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Modulation

Indicates the modulation format determined by MCS index.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MODulation?

SCPI Example

 

Couplings

 

Preset

BPSK

State Saved

Yes

Initial S/W Revision

A.18.00

Data Rate

Indicates the data rate determined by MCS index.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:DRATe?

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

Coding Rate

Indicates the coding rate determined by MCS index.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:CRATe?

SCPI Example

 

Couplings

 

Preset

R12

State Saved

Yes

Initial S/W Revision

A.18.00

RU Setup > User Setup > Transmit Data

Aggregated MPDU

Enable or disable the MPDU aggregation mode.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:AGGRegated:AMPDu ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:AGGRegated:AMPDu?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

MAC Padding Mode

Enable or disable the MAC Layer Padding mode.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MAC:PADDing[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MAC:PADDing[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Minimum MPDU Start Spacing

Determines the minimum time between the start of adjacent MPDUs within an A-MPDU that the STA can receive.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MMPDu:SSPacing NORestriction|QUARter|HALF|ONE|TWO|FOUR|EIGHt|SIXTeen

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MMPDu:SSPacing?

SCPI Example

 

Couplings

 

Preset

NORestriction

State Saved

Yes

Initial S/W Revision

A.18.00

Indicates the number of octets in the AMPDU pre-EOF padding carried in the PSDU of the current user. It's the LENGTH defined in the standard. It is equal to the sum of A-MPDU Subframe Length of all MPDUs.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:AMPDu:LENGth?

SCPI Example

 

Couplings

 

Preset

294

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

PSDU Length

PSDU Length is calculated with Nsym. Nsym depends on original payload length of multi-users.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PSDU:LENGth?

SCPI Example

 

Couplings

 

Preset

1058

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU Setup > User Setup > Impairments

Relative Power

Gets or sets the power of the uplink users relative to others.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:POWer <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:POWer?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Frequency Offset

Gets or sets the frequency offset reference to the User carrier.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:FREQuency:OFFSet <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:FREQuency:OFFSet?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Initial Phase

Set the initial phase of the carrier.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PHASe <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PHASe?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Timing Offset

Set the timing offset of the carrier. Timing offset values increment by 1 ps.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:TIMing:OFFSet <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:TIMing:OFFSet?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Symbol Clock Offset

Get or Set the offset to the standard symbol rate in ppm. This error will be added to standard sample clock in the waveform header.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:CLOCk:OFFSet <real>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:CLOCk:OFFSet?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU Setup > User Setup > Payload

It is visible when the Aggregated MPDU is set to Off.

MPDU Index

Displays the index for each MPDU. This cell cannot be edited.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:INDex?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

MPDU Length

Displays the number of octets in the current MPDU, which is comprised of MSDU, MAC Header and MAC FCS.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:LENgth?

SCPI Example

 

Couplings

 

Preset

290

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Data Type

Use this cell to select the payload data source. The user data of the frame can contain the following data:

The user file must be in binary form. The least significant bit (LSB) of the first byte in the user data file will be the first bit of the user payload; the LSB of the second byte in the user file will be the ninth bit of the user payload, and so on. If User file is selected as the Data Type, the value displayed in the Data Length field will be equal to the length of the user's data file, up to the maximum data length.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:TYPE ALL|PN9|PN15|FILE

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:TYPE?

SCPI Example

 

Couplings

 

Preset

PN9

State Saved

Yes

Initial S/W Revision

A.18.00

PN9 Seed

Specify a seed in decimal format to generate a PN9 data sequence. The LSB of the seed comes out first. For example, if you enter a seed value of 10 (1010 in binary), the first 9 bits of the PN9 sequence are 0 1 0 1 0 0 0 0 0, with an increasing index from left to right. For more information, see PN Sequence Generation.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:PN9:SEED <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:PN9:SEED?

SCPI Example

 

Couplings

 

Preset

511

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

PN15 Seed

Specify a seed in decimal format to generate a PN15 data sequence. The LSB of the seed comes out first. For example, if you enter a seed value of 10 (1010 in binary), the first 15 bits of the PN15 sequence are 0 1 0 1 0 0 0 0 0 0 0 0 0 0 0, with an increasing index from left to right. For more information, see PN Sequence Generation.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:PN15:SEED <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:PN15:SEED?

SCPI Example

 

Couplings

 

Preset

32767

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

User File

Click the > button in this cell to select a user file as the data source.

The user file must be in binary form. The least significant bit (LSB) of the first byte in the user data file will be the first bit of the user payload; the LSB of the second byte in the user file will be the ninth bit of the user payload, and so on. If User file is selected as the Data Type, the value displayed in the Data Length field will be equal to the length of the user's data file, up to the maximum data length.

This field is visible only if you select User File in the Data Type drop-down.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:FILE

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:FILE?

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

User File Length

Displays the number of data bytes in the user file when it is selected as the payload data source.

This field is visible only if you select User File in the Data Type drop-down.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:FILE:LENGth?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Data Length

Set the number of data bytes in a frame. The value is limited by the MPDU Length.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:LENGth <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:DATA:LENGth?

SCPI Example

 

Couplings

 

Preset

256

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

MAC FCS

Enable/disable the appending of a MAC FCS check sequence to the data payload.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:FCS ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:FCS?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Mac Header

Click the > button displayed with this field to open the MAC Header Dialog, which enables or disables pre-pending the MAC header to the data payload. You can select General, RTS, CTS, or ACK format by clicking the down arrow in the top right corner of the Mac Header Dialog. You can set the desired data in each of the individual fields for each format. You can also disable these fields if the data is no longer desired by clearing the Mac Header (hex) checkbox.

Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

MacHeaderType

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:TYPE GENeral|RTS|CTS|ACK

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:TYPE?

SCPI Example

 

Couplings

 

Preset

GENeral

State Saved

Yes

Initial S/W Revision

A.18.00

Length

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:LENGth?

SCPI Example

 

Couplings

 

Preset

30

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Frame Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:FRAMe[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Frame Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:FRAMe:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Frame Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:FRAMe:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:FRAMe:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Duration Id Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:DURation[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Duration Id Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:DURation:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Duration Id Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:DURation:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:DURation:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 1 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A1[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A1[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 1 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A1:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 1 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A1:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A1:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Address 2 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A2[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A2[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 2 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A2:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 2 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A2:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A2:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Address 3 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A3[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A3[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 3 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A3:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 3 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A3:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A3:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Seq Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:SEQ[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:SEQ[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Seq Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:SEQ:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Seq Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:SEQ:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:SEQ:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 4 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A4[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A4[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 4 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A4:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 4 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A4:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:ADDRess:A4:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Qos Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:QOS[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:QOS[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Qos Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:QOS:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Qos Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:QOS:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:QOS:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Ht Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:HT[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:HT[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Ht Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:HT:SIZE?

SCPI Example

 

Couplings

 

Preset

4

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Ht Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:HT:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:PAYLoad:MAC:HEADer:HT:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

RU Setup > User Setup > MPDU

It is visible when Aggregated MPDU is set to on. The maximum number of MPDUs is limited to 1000.

Add Mpdu

Add a new MPDU.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU:ADD

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

Delete Mpdu

Delete the selected MPDU. Input parameter is the index of the selected MPDU.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU:DELete <integer>

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

Copy Mpdu

Copy the selected MPDU. Input parameter is the index of the selected MPDU.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU:COPY <integer>

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

MPDU Index

Displays the index for each MPDU. This cell cannot be edited.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:INDex?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

MPDU Length

Displays the number of octets in current MPDU, which is comprised of MSDU, MAC Header and MAC FCS.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:LENgth?

SCPI Example

 

Couplings

 

Preset

290

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

A-MPDU Subframe Length

Indicates the number of octets in the current A-MPDU subframe, which is comprised of MPDU and Padded MPDU Delimiters. If the current MPDU is not the last one, its length cannot be shorter than Minimum MPDU Start Spacing, otherwise, MDPU delimiters will be padded after the current MPDU. If current MPDU is the last one, its A-MPDU Subframe Length is equal to its MPDU Length plus the length of one MPDU Delimiter(4 octets).

This setting is only available when the Aggregated MPDU is On.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:AMPDu:SFRame:LENGth?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Data Type

Use this field to select the payload data source. The user data of the frame can contain the following data:

The user file must be in binary form. The least significant bit (LSB) of the first byte in the user data file will be the first bit of the user payload; the LSB of the second byte in the user file will be the ninth bit of the user payload, and so on. If User file is selected as the Data Type, the value displayed in the Data Length field will be equal to the length of the user's data file, up to the maximum data length.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:TYPE ALL|PN9|PN15|FILE

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:TYPE?

SCPI Example

 

Couplings

 

Preset

PN9

State Saved

Yes

Initial S/W Revision

A.18.00

PN9 Seed

Specify a seed in decimal format to generate a PN9 data sequence. The LSB of the seed comes out first. For example, if you enter a seed value of 10 (1010 in binary), the first 9 bits of the PN9 sequence are 0 1 0 1 0 0 0 0 0, with an increasing index from left to right. For more information, see PN Sequence Generation.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:PN9:SEED <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:PN9:SEED?

SCPI Example

 

Couplings

 

Preset

511

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

PN15 Seed

Specify a seed in decimal format to generate a PN15 data sequence. The LSB of the seed comes out first. For example, if you enter a seed value of 10 (1010 in binary), the first 15 bits of the PN15 sequence are 0 1 0 1 0 0 0 0 0 0 0 0 0 0 0, with an increasing index from left to right. For more information, see PN Sequence Generation.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:PN15:SEED <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:PN15:SEED?

SCPI Example

 

Couplings

 

Preset

32767

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

User File

Click the > button in this cell to select a user file as the data source.

The user file must be in binary form. The least significant bit (LSB) of the first byte in the user data file will be the first bit of the user payload; the LSB of the second byte in the user file will be the ninth bit of the user payload, and so on. If User file is selected as the Data Type, the value displayed in the Data Length field will be equal to the length of the user's data file, up to the maximum data length.

This field is visible only if you select User File in the Data Type drop-down.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:FILE

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:FILE?

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

User File Length

Displays the number of data bytes in the user file when it is selected as the payload data source.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:FILE:LENGth?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Data Length

Set the number of data bytes in a frame. The value is limited by the MPDU Length.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:LENGth <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:DATA:LENGth?

SCPI Example

 

Couplings

 

Preset

256

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

MAC FCS

Enable/disable the appending of a MAC FCS check sequence to the data payload.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:FCS ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:FCS?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Mac Header

Click the > button displayed with this field to open the MAC Header Dialog, which enables or disables pre-pending the MAC header to the data payload. You can select General, RTS, CTS, or ACK format by clicking the down arrow in the top right corner of the Mac Header Dialog. You can set the desired data in each of the individual fields for each format. You can also disable these fields if the data is no longer desired by clearing the Mac Header (hex) checkbox.

Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Mac Header Type

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:TYPE GENeral|RTS|CTS|ACK

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:TYPE?

SCPI Example

 

Couplings

 

Preset

GENeral

State Saved

Yes

Initial S/W Revision

A.18.00

Length

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:LENGth?

SCPI Example

 

Couplings

 

Preset

30

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Frame Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:FRAMe[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Frame Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:FRAMe:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Frame Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:FRAMe:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:FRAMe:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Duration Id Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:DURation[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Duration Id Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:DURation:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Duration Id Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:DURation:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:DURation:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 1 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A1[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A1[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 1 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A1:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 1 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A1:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A1:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Address 2 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A2[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A2[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 2 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A2:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 2 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A2:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A2:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Address 3 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A3[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A3[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 3 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A3:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 3 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A3:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A3:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Seq Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:SEQ[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:SEQ[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Seq Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:SEQ:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Seq Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:SEQ:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:SEQ:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 4 Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A4[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A4[:STATe]?

SCPI Example

 

Couplings

 

Preset

ON

State Saved

Yes

Initial S/W Revision

A.18.00

Address 4 Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A4:SIZE?

SCPI Example

 

Couplings

 

Preset

6

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Address 4 Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A4:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:ADDRess:A4:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

-9223372036854776000

Max

9223372036854776000

Initial S/W Revision

A.18.00

Qos Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:QOS[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:QOS[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Qos Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:QOS:SIZE?

SCPI Example

 

Couplings

 

Preset

2

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Qos Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:QOS:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:QOS:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Ht Control Enable

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:HT[:STATe] ON|OFF|1|0

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:HT[:STATe]?

SCPI Example

 

Couplings

 

Preset

OFF

State Saved

Yes

Initial S/W Revision

A.18.00

Ht Control Size

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:HT:SIZE?

SCPI Example

 

Couplings

 

Preset

4

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Ht Control Contents

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:HT:CONTent <integer>

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:RUSetup<channel>:USERsetup<channel>:MPDU<channel>:MAC:HEADer:HT:CONTent?

SCPI Example

 

Couplings

 

Preset

0

State Saved

Yes

Min

 

Max

 

Initial S/W Revision

A.18.00

Summary

Enable All RU

Sets the State to On for all RUs.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:ENABle:RU

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00

Disable All RU

Sets the State to Off for all RUs except the first RU, which must remain On.

SCPI Command

[:SOURce]:RADio:WLAN:WAVeform:BN:TB:DISable:RU

SCPI Example

 

Couplings

 

Preset

 

State Saved

Yes

Initial S/W Revision

A.18.00