Default: 0
Get or Set the idle interval between frames in unit of sec.
Choice: On|Off
Default: On
Enable or Disable the Preamble part.
Choices: 0: Control, DBPSK,1/2LDPC|
1: SC, Pi/2-BPSK, 1/2LDPC|
2: SC, Pi/2-BPSK, 1/2LDPC|
3: SC, Pi/2-BPSK, 5/8LDPC|
4: SC, Pi/2-BPSK,3/4LDPC|
5: SC, Pi/2-BPSK, 13/16LDPC|
6: SC, Pi/2-QPSK, 1/2LDPC|
7: SC, Pi/2-QPSK, 5/8LDPC|
8: SC, Pi/2-QPSK, 3/4LDPC|
9: SC, Pi/2-QPSK, 13/16LDPC|
9.1: SC, Pi/2-QPSK, 7/8LDPC|
10: SC, Pi/2-QAM16, 1/2LDPC|
11: SC, Pi/2-QAM16, 5/8LDPC|
12: SC, Pi/2-QAM16, 3/4LDPC|
12.1: SC, Pi/2-QAM16, 13/16LDPC|
12.2: SC, Pi/2-QAM16, 7/8LDPC|
12.3: SC, Pi/2-QAM64, 5/8LDPC|
12.4: SC, Pi/2-QAM64, 3/4LDPC|
12.5: SC, Pi/2-QAM64, 13/16LDPC|
12.6: SC, Pi/2-QAM64, 7/8LDPC|
Default: 11:SC, Pi/2-QAM16,5/8LDPC
Get or Set the Modulation and Coding Scheme for data packet of DMG PPDU
Coupling: This parameter is always read-only.The value is determined by the Data Length and FCS Length of the PSDU.
Get the total number of bytes in a PSDU, which is comprised of MSDU and MAC FCS.
Range: 0 - 127
Default: 127
Set the initialization state of the scrambler in decimal format, which is then turned into 7 bits to feed into the scrambler.
Choices: On|Off
Default: Off
Get or Set the Additional PPDU bit, to generate an Additional PPDU packet, set this bit in the first packet segment, and then add a second segment which has Preamble On set to False and Interpacket Gap set to 0.
Choices: TRN-R |TRN-T
Default: TRN-R
Sets the training packet type in the header of all packets in the segment. The choices are TRN-R and TRN-T.
Default: 0
Gets or Set the number of pattern repetitions and therefore the length of the training field. If the value is zero, no Beamforming Training Field is appended to the packet.
Choices: On|Off
Default: Off
Set the state of the Aggregation bit in the header of all packets in the segment. Set to 1 to indicate that the PPDU in the data portion of the packet contains an A-MPDU; otherwise, set to 0.
Choices: On|Off
Default: Off
Get or Set the state of the Beam Tracking Request bit in the header of all packets in the segment.
Range: 0 - 15
Default: 0
Get or Set the state of the Received Signal Strength Indicator (RSSI) bit in the header of all packets in the segment.
Choices: On|Off
Default: Off
Get or Set the state of the Turnaround bit in the header of all packets in the segment.
Use this cell to select the payload data source. The user data of the frame can contain the following data:
All 0s
PN9
PN15
User file
The user file must be in text format. 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 (or size) of the user's data file, up to the maximum data length. Because this is a text file, each character (1 or 0) occupies one byte of space, however, is read as one bit of user data.
Range: 0 to 511
Default: 511
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.
Range: 0 to 32767
Default: 32767
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.
Use this cell to set the number of data bytes in a frame.
Click the 
button in this cell to select a user file
as the data source.
The user file must be in text format. 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 (or size) of the user's data file, up to the maximum data length. Because this is a text file, each character (1 or 0) occupies one byte of space, however, is read as one bit of user data.
Indicates the user file length (or size) in bytes. For example, if the user file consists of 1111111011011100, where each character (1 or 0) represents a bit, the file size will be 16 bytes because each character actually occupies one byte of space in a text file. The software, however, reads this data as individual bits, eight at a time from MSB to LSB, repeating it until the number of bytes read equals the set Data Length. If you set the Data Length to 16 bytes, the user data in this example would repeat eight times. See below:
Byte0: MSB 01111111 LSB
Byte1: MSB 00111011 LSB
Byte2: MSB 01111111 LSB
Byte3: MSB 00111011 LSB
...
Byte14: MSB 01111111 LSB
Byte15: MSB 00111011 LSB
This field is visible only when you select User File in the Data Type drop-down menu.
Choices: On|Off
Default: On
Enable or disable the appending of a MAC FCS check sequence to the data payload.
Choices: None | Gaussian | Root Raised Cosine | Raised Cosine | Low Pass | User Defined
Default: Root Raised Cosine
Select the filter type to be applied to Header of Signal Carrier(SC) modulated packets.
Range: 0.01 - 1.0
Default: 0.25
Set the Alpha factor of the Root Nyquist or Nyquist filter.
Range: 1 - 2048
Default: 40
Set the length of the filter in symbols.