Contents

• Tx comand options
  • —tx
  • —phyId
  • —txfreq
  • —txfreq2
  • —txrate
  • —rateBw
  • —nss
  • —mode
  • —txpwr
  • —txpktsz
  • —txchain
  • —numpackets
  • —agg
  • —bssid
  • —srcmac
  • —ldpc
  • —gI

Tx comand options

—tx

< transmission mode: frame / tx99 / tx100 / off >

—phyId

< 0 – PHY A / 1 – PHY B >

—txfreq

< tx frequency >

—txfreq2

< secondary frequency to be given for 80p80 mode)

—txrate

Value
0	1L
1	2L
2	5L
3	11L
4	2S
5	5S
6	11S
10	6Mbps
11	9 Mbps
12	12 Mbps
13	18 Mbps
14	24 Mbps
15	36 Mbps
16	48 Mbps
17	54 Mbps
20	MCS0
21	MCS1
22	MCS2
23	MCS3
24	MCS4
25	MCS5
26	MCS6
27	MCS7
28	MCS8
29	MCS9
30	MCS
31	MCS11

—rateBw

Value
-1	CW
0	CCK
1	LegacyOFDM
2	HT20
3	HT40
4	VHT20
5	VHT40
6	VHT80
7	VHT80P80
8	HE20
9	HE40
10	HE80
11	HE80P80
12	OFDMA_HE20
13	OFDMA_HE40
14	OFDMA_HE80
15	OFDMA_HE80P80
16	HE160
17	OFDMA_HE160
18	HE165
19	OFDMA_HE165
20	VHT160
21	VHT165

• NOTE: rateBw VHT80P80 is applicable for VHT160 as well and HE80P80 is applicable for HE160 as well.

—nss

< Number of spatial streams: 1 / 2 / 3 / 4 / 5 / 6 / 7 / 8 >

—mode

cbstate->legacy mapping
bw20->ht20/vht20
bw40_low->ht40minus
vht40minus
bw40_high->ht40plus/vht40plus
bw80_x->vht80_x:x=0:3
bw80p80->vht80p80
bw160->vht160
bw165
bw80p80_x->vht80p80_x
bw160_x->vht160_x
bw165_x:x=0:7

• NOTE: Since rateBw specifies whether it is HT/VHT, mode is used to mention the channel bandwidth state. In this case, either ht20 or vht20 can be used when doing a 20 MHz transmission. Similarly, for 40 MHz transmission, ht40plus/vht40plus or ht40minus/ vht40minus can be specified appropriately.

—txpwr

• Transmit power in 0.5 steps. 0-30dBm
• tx99/txframe: Values 0-60 in 0.5 dBm resolution, i.e 1=0.5dbm, 2=1dbm etc.; sine: 0-60, PCDAC value

Value	0-30	dBm
1	0.5	dBm
2	1	dBm
3	1.5	dBm
4	2	dBm
5	2.5	dBm
6	3	dBm
7	3.5	dBm
8	4	dBm
9	4.5	dBm
10	5	dBm
11	5.5	dBm
12	6	dBm
13	6.5	dBm
14	7	dBm
15	7.5	dBm
16	8	dBm
17	8.5	dBm
18	9	dBm
19	9.5	dBm
20	10	dBm
21	10.5	dBm
22	11	dBm
23	11.5	dBm
24	12	dBm
25	12.5	dBm
26	13	dBm
27	13.5	dBm
28	14	dBm
29	14.5	dBm
30	15	dBm
31	15.5	dBm
32	16	dBm
33	16.5	dBm
34	17	dBm
35	17.5	dBm
36	18	dBm
37	18.5	dBm
38	19	dBm
39	19.5	dBm
40	20	dBm
41	20.5	dBm
42	21	dBm
43	21.5	dBm
44	22	dBm
45	22.5	dBm
46	23	dBm
47	23.5	dBm
48	24	dBm
49	24.5	dBm
50	25	dBm
51	25.5	dBm
52	26	dBm
53	26.5	dBm
54	27	dBm
55	27.5	dBm
56	28	dBm
57	28.5	dBm
58	29	dBm
59	29.5	dBm
60	30	dBm

—txpktsz

< pkt size, [32-1500] (default 1500) >

—txchain

Transmit chain mask:

1	chain 0
2	chain 1
4	chain 2
8	chain 3
15	all 4 chains
255	all 8 chains

—numpackets

< number of packets to send 0-65535 >

—agg

< 0 – aggregation off / 1 – aggregation on >

—bssid

< to be given like 00:00:00:ca:ff:ee>

—srcmac

< source mac address, same format as bssid > —dstmac < destination MAC address, same format as bssid >

—ldpc

—gI

0 - GI_0
1 - LTF_Mode0_GI_400
2 - LTF_Mode0_GI_800
3 - LTF_Mode0_GI_1600
4 - LTF_Mode0_GI_3200
17 - LTF_Mode1_GI_400
18 - LTF_Mode1_GI_800
19 - LTF_Mode1_GI_1600
20 - LTF_Mode1_GI_3200
33 - LTF_Mode2_GI_400
34 - LTF_Mode2_GI_800
35 - LTF_Mode2_GI_1600
36 - LTF_Mode2_GI_3200
49 - LTF_Mode4_GI_400
50 - LTF_Mode4_GI_800
51 - LTF_Mode4_GI_1600
52 - LTF_Mode4_GI_3200