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Asus RT-AX88U configure Wifi6 in mixed environment

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TheManJan

Occasional Visitor
Hello, until now I used in my 5ghz configuration Wireless Auto mode, control channel 36 and 20-40-80 MHz. AX mode and 160 MHz disabled. The speeds were ok, but now I want to use Wifi6 hardware. What are the optimal settings to use or test in a mixed network environment. Ik know all situations are different hut In can't find some guidelines or basics to test...I hope someone can advice me in that. Grtz from the Netherlands, Jan
 
Found WPA3 seems to improve latency (mixed WPA2/WPA3)
Disable 160MHz band, most won't utilise it yet.

Untitled.png
 
Ok. Hopefully anyone can tell me more detailed what to configure or to try in the Netherlands to get my optimal configuration in a mixed environment with wifi6 equipment without loosing the speed and reliability of the signal I have now. Anyone?
 
TheManJan said:
detailed what to configure or to try in the Netherlands
Click to expand...
what is the answer to this command?

Code: 
nvram show | grep -E 'territory_code|ccode|regrev|regulation|wl[0-9]_country|wl[0-9]_reg_mode|:max' | sort
 
Connecting to 192.168.1.254 port 22, please wait...
login as:
rdeniro@192.168.1.254's password:


ASUSWRT-Merlin RT-AX88U 384.19_0 Fri Aug 14 19:20:07 UTC 2020
......@RT-AX88U-JS:/tmp/home/root# nvram show | grep -E 'territory_code|ccode|r

egrev|regulation|wl[0-9]_country|wl[0-9]_reg_mode|:max' | sort
size: 69609 bytes (61463 left)
1:ccode=DE
1:maxp2ga0=0x6E
1:maxp2ga1=0x6E
1:maxp2ga2=0x6E
1:maxp2ga3=0x6E
1:regrev=963
2:ccode=DE
2:maxp5gb0a0=110
2:maxp5gb0a1=110
2:maxp5gb0a2=110
2:maxp5gb0a3=110
2:maxp5gb1a0=110
2:maxp5gb1a1=110
2:maxp5gb1a2=110
2:maxp5gb1a3=110
2:maxp5gb2a0=110
2:maxp5gb2a1=110
2:maxp5gb2a2=110
2:maxp5gb2a3=110
2:maxp5gb3a0=110
2:maxp5gb3a1=110
2:maxp5gb3a2=110
2:maxp5gb3a3=110
2:maxp5gb4a0=110
2:maxp5gb4a1=110
2:maxp5gb4a2=110
2:maxp5gb4a3=110
2:regrev=963
territory_code=EU/01
wl0_country_code=DE
wl0_country_rev=963
wl0_reg_mode=d
wl1_country_code=DE
wl1_country_rev=963
wl1_reg_mode=h
...o@RT-AX88U-JS:/tmp/home/root#
 
DE/963 2.4Hz
Code: 
     34, RANGE_2G_20M_1_13,    RATE_SET_2G_20M_4, /*  8.50dBm,    1-13, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     46, RANGE_2G_20M_1_13,    RATE_SET_2G_20M_10, /* 11.50dBm,    1-13, (DSSS1-11_MULTI1) */
     54, RANGE_2G_20M_1_13,    RATE_SET_2G_20M_21, /* 13.50dBm,    1-13, (MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-

     34, RANGE_2G_40M_3_11,    RATE_SET_2G_40M_5, /*  8.50dBm,    3-11, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     54, RANGE_2G_40M_3_11,    RATE_SET_2G_40M_21, /* 13.50dBm,    3-11, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */

DE/963 5Hz
Code: 
     42, RANGE_5G_20M_36_64,   RATE_SET_5G_20M_4, /* 10.50dBm,   36-64, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     64, RANGE_5G_20M_36_64,   RATE_SET_5G_20M_24, /* 16.00dBm,   36-64, (MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     70, RANGE_5G_20M_100_140, RATE_SET_5G_20M_4, /* 17.50dBm, 100-140, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     92, RANGE_5G_20M_100_140, RATE_SET_5G_20M_24, /* 23.00dBm, 100-140, (MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
               
     42, RANGE_5G_40M_38_62,   RATE_SET_5G_40M_3, /* 10.50dBm,   38-62, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     64, RANGE_5G_40M_38_62,   RATE_SET_5G_40M_17, /* 16.00dBm,   38-62, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     70, RANGE_5G_40M_102_134, RATE_SET_5G_40M_3, /* 17.50dBm, 102-134, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     92, RANGE_5G_40M_102_134, RATE_SET_5G_40M_17, /* 23.00dBm, 102-134, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
       
     42, RANGE_5G_80M_42_58,   RATE_SET_5G_80M_2, /* 10.50dBm,   42-58, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     64, RANGE_5G_80M_42_58,   RATE_SET_5G_80M_17, /* 16.00dBm,   42-58, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     70, RANGE_5G_80M_106_122, RATE_SET_5G_80M_2, /* 17.50dBm, 106-122, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     92, RANGE_5G_80M_106_122, RATE_SET_5G_80M_17, /* 23.00dBm, 106-122, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
       
     54, RANGE_5G_160M_50_50,  RATE_SET_5G_160M_0, /* 13.50dBm,      50, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     76, RANGE_5G_160M_50_50,  RATE_SET_5G_160M_5, /* 19.00dBm,      50, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     70, RANGE_5G_160M_114_114, RATE_SET_5G_160M_0, /* 17.50dBm,     114, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     92, RANGE_5G_160M_114_114, RATE_SET_5G_160M_5, /* 23.00dBm,     114, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */

You have a weak region in terms of power, especially with a 2.4Hz module

The best option would be:
2.4Hz - 40 (not 20/40) 11 channel
5Hz - 160 (not 20/40/80/160) 100-128 channel

look big table https://en.wikipedia.org/wiki/List_of_WLAN_channels#5_GHz_or_5.9_GHz_(802.11a/h/j/n/ac/ax)
 
Last edited:
Hello, my 2.4 GHz signal has much improved, thank you! The 5 GHz network is not recognized anymore when I configure it as you advised. I did the old settings back and my 5 GHz is visible again. At a later time I will do some more tests.
 
TheManJan said:
Hello, my 2.4 GHz signal has much improved, thank you! The 5 GHz network is not recognized anymore when I configure it as you advised. I did the old settings back and my 5 GHz is visible again. At a later time I will do some more tests.
Click to expand...
I think if you set the 5.0Ghz channel at 160, you will have at least a 5 minute wait for radar/weather channel clearance. If there is an active radar (or weather station) it will not connect (at least not there). I am in the UK and have almost identical constraints, using channel 100 with 160 unticked. I could use 36-64, but that is where all the neighbouring traffic is located.
 
archiel said:
I think if you set the 5.0Ghz channel at 160, you will have at least a 5 minute wait for radar/weather channel clearance. If there is an active radar (or weather station) it will not connect (at least not there). I am in the UK and have almost identical constraints, using channel 100 with 160 unticked. I could use 36-64, but that is where all the neighbouring traffic is located.
Click to expand...
I give it a try this evening. My children use the 5ghz network during the day. Thanks again.
 
TheManJan said:
It works fine, thanks for your support!
Click to expand...

Hi Jan,

I also live in the Netherlands and I have the same router as you (same output when issueing NVRAM command).

Were you able to set your 5GHZ radio to channel 160????

I don't have that option. Ranges are 36-64 and 100-128 (@ 80 MHz)...

I though that channel 160 in our region (Europe) is not available, in other regions (like North America) it is..
 
Intrepid2007 said:
Hi Jan,

I also live in the Netherlands and I have the same router as you (same output when issueing NVRAM command).

Were you able to set your 5GHZ radio to channel 160????

I don't have that option. Ranges are 36-64 and 100-128 (@ 80 MHz)...

I though that channel 160 in our region (Europe) is not available, in other regions (like North America) it is..
Click to expand...
Hi, me also. 160 isn't available. I have channel 100 in use. My settings are now: 160 MHz fixef, control channel 100, network Auto, wifi 6 enabled.
 
RAH-66 said:
5 GHz 50-140 channels it DFS, you need after reboot or change settings wait above 3min while he scans the air

me need output https://www.snbforums.com/threads/a...-wifi6-in-mixed-environment.67131/post-626894
Click to expand...

Hi RAH-66, I got the result below, thanks for your help!

Code: 
size: 68136 bytes (62936 left)
1:ccode=US
1:maxp2ga0=0x6E
1:maxp2ga1=0x6E
1:maxp2ga2=0x6E
1:maxp2ga3=0x6E
1:regrev=823
2:ccode=US
2:maxp5gb0a0=110
2:maxp5gb0a1=110
2:maxp5gb0a2=110
2:maxp5gb0a3=110
2:maxp5gb1a0=110
2:maxp5gb1a1=110
2:maxp5gb1a2=110
2:maxp5gb1a3=110
2:maxp5gb2a0=110
2:maxp5gb2a1=110
2:maxp5gb2a2=110
2:maxp5gb2a3=110
2:maxp5gb3a0=110
2:maxp5gb3a1=110
2:maxp5gb3a2=110
2:maxp5gb3a3=110
2:maxp5gb4a0=110
2:maxp5gb4a1=110
2:maxp5gb4a2=110
2:maxp5gb4a3=110
2:regrev=823
territory_code=TW/01
wl0_country_code=US
wl0_country_rev=823
wl0_reg_mode=d
wl1_country_code=US
wl1_country_rev=823
wl1_reg_mode=h
 
@kidd232
US/823 5Hz
Code: 
     86, RANGE_5G_20M_36_36,   RATE_SET_5G_20M_15, /* 21.50dBm,      36, (OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_CDD1, VHT10-11SS1_TXBF1) */
     88, RANGE_5G_20M_36_36,   RATE_SET_5G_20M_16, /* 22.00dBm,      36, (MCS0-7, VHT8-9SS1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_STBC, VHT10-11SS2) */
     86, RANGE_5G_20M_40_48,   RATE_SET_5G_20M_15, /* 21.50dBm,   40-48, (OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_CDD1, VHT10-11SS1_TXBF1) */
     88, RANGE_5G_20M_40_48,   RATE_SET_5G_20M_16, /* 22.00dBm,   40-48, (MCS0-7, VHT8-9SS1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_STBC, VHT10-11SS2) */
     62, RANGE_5G_20M_52_144,  RATE_SET_5G_20M_15, /* 15.50dBm,  52-144, (OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_CDD1, VHT10-11SS1_TXBF1) */
     64, RANGE_5G_20M_52_144,  RATE_SET_5G_20M_16, /* 16.00dBm,  52-144, (MCS0-7, VHT8-9SS1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_STBC, VHT10-11SS2) */
     88, RANGE_5G_20M_149_165, RATE_SET_5G_20M_15, /* 22.00dBm, 149-165, (OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_CDD1, VHT10-11SS1_TXBF1) */
     96, RANGE_5G_20M_149_165, RATE_SET_5G_20M_16, /* 24.00dBm, 149-165, (MCS0-7, VHT8-9SS1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_STBC, VHT10-11SS2) */
    
     76, RANGE_5G_40M_38_38,   RATE_SET_5G_40M_3, /* 19.00dBm,      38, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     80, RANGE_5G_40M_38_38,   RATE_SET_5G_40M_17, /* 20.00dBm,      38, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     86, RANGE_5G_40M_46_46,   RATE_SET_5G_40M_3, /* 21.50dBm,      46, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     96, RANGE_5G_40M_46_46,   RATE_SET_5G_40M_17, /* 24.00dBm,      46, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     62, RANGE_5G_40M_54_142,  RATE_SET_5G_40M_3, /* 15.50dBm,  54-142, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     72, RANGE_5G_40M_54_142,  RATE_SET_5G_40M_17, /* 18.00dBm,  54-142, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     88, RANGE_5G_40M_151_159, RATE_SET_5G_40M_3, /* 22.00dBm, 151-159, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     96, RANGE_5G_40M_151_159, RATE_SET_5G_40M_17, /* 24.00dBm, 151-159, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
    
     82, RANGE_5G_80M_42_42,   RATE_SET_5G_80M_2, /* 20.50dBm,      42, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     80, RANGE_5G_80M_42_42,   RATE_SET_5G_80M_17, /* 20.00dBm,      42, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     62, RANGE_5G_80M_58_138,  RATE_SET_5G_80M_2, /* 15.50dBm,  58-138, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     72, RANGE_5G_80M_58_138,  RATE_SET_5G_80M_17, /* 18.00dBm,  58-138, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     88, RANGE_5G_80M_155_155, RATE_SET_5G_80M_2, /* 22.00dBm,     155, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     96, RANGE_5G_80M_155_155, RATE_SET_5G_80M_17, /* 24.00dBm,     155, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
    
     74, RANGE_5G_160M_50_50,  RATE_SET_5G_160M_0, /* 18.50dBm,      50, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     72, RANGE_5G_160M_50_50,  RATE_SET_5G_160M_5, /* 18.00dBm,      50, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
     62, RANGE_5G_160M_114_114, RATE_SET_5G_160M_0, /* 15.50dBm,     114, (OFDM6-54_TXBF1, MCS0-7_TXBF1, VHT8-9SS1_TXBF1, VHT10-11SS1_TXBF1) */
     72, RANGE_5G_160M_114_114, RATE_SET_5G_160M_5, /* 18.00dBm,     114, (OFDM6-54, MCS0-7, VHT8-9SS1, OFDM6-54_CDD1, MCS0-7_CDD1, VHT8-9SS1_CDD1, MCS0-7_STBC, VHT8-9SS1_STBC, MCS8-15, VHT8-9SS2, MCS8-15_TXBF0, VHT10-11SS1, VHT10-11SS1_CDD1, VHT10-11SS1_STBC, VHT10-11SS2) */
 
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