Nothing wrong there. 4l = 4 Low. Meaning you are 40 MHz, 4+6, and 4 is the lower channels of the two.
However using 40 MHz on the 2.4 GHz band is almost guaranteed to not be stable.
Thanks, but:
If i change the Mhz to 20/40 on 2.4 and 20/40/890/160 on 5. Than i have this: (1. low data Transfer on 2.4 ---- 2. 5GHz can only connect on 160mhz lower not.
SSID: "wifi_root"
noise: -88 dBm Channel: 13
BSSID: 18:31:BF:5C:09:B0 Capability: ESS ShortSlot RRM
Supported Rates: [ 1(b) 2(b) 5.5(b) 6 9 11(b) 12 18 24 36 48 54 ]
VHT Capable:
Chanspec: 2.4GHz channel 13 20MHz (0x100d)
Primary channel: 13
HT Capabilities:
Supported HT MCS : 0-32
Supported VHT MCS:
NSS1 Tx: 0-11 Rx: 0-11
NSS2 Tx: 0-11 Rx: 0-11
NSS3 Tx: 0-11 Rx: 0-11
NSS4 Tx: 0-11 Rx: 0-11
Interference Level: Acceptable
Mode : AP Only
noise: -92 dBm Channel: 36/160
BSSID: 18:31:BF:5C:09:B4 Capability: ESS RRM
Supported Rates: [ 6(b) 9 12(b) 18 24(b) 36 48 54 ]
VHT Capable:
Chanspec: 5GHz channel 50 160MHz (0xe832)
Primary channel: 36
HT Capabilities:
Supported HT MCS : 0-31
Supported VHT MCS:
NSS1 Tx: 0-11 Rx: 0-11
NSS2 Tx: 0-11 Rx: 0-11
NSS3 Tx: 0-11 Rx: 0-11
NSS4 Tx: 0-11 Rx: 0-11
Interference Level: Acceptable
Mode : AP Only
DFS status: state In-Service Monitoring (ISM) time elapsed 211200ms radar channel cleared by DFS channel 36/160 (0xE832)
Channel Information
----------------------------------------
Channel 36 A Band
Channel 40 A Band
Channel 44 A Band
Channel 48 A Band
Channel 52 A Band, RADAR Sensitive
Channel 56 A Band, RADAR Sensitive
Channel 60 A Band, RADAR Sensitive
Channel 64 A Band, RADAR Sensitive
Channel 100 A Band, RADAR Sensitive
Channel 104 A Band, RADAR Sensitive
Channel 108 A Band, RADAR Sensitive
Channel 112 A Band, RADAR Sensitive
Channel 116 A Band, RADAR Sensitive, Passive
Channel 120 A Band, RADAR Sensitive, Passive
Channel 124 A Band, RADAR Sensitive, Passive
Channel 128 A Band, RADAR Sensitive, Passive
Channel 132 A Band, RADAR Sensitive, Passive
Channel 136 A Band, RADAR Sensitive, Passive
Channel 140 A Band, RADAR Sensitive, Passive