Gargoyle Forum

Hi Lantis,
Will you come out a patch? Would like to apply it. Thanks.

angus wrote: ↑

Tue Jul 15, 2025 11:20 pm

Hi Lantis,
Will you come out a patch? Would like to apply it. Thanks.

Here you go
https://github.com/ericpaulbishop/gargo ... 230fab95d1

One of the changes requires a recompile of the make_nftables_rules application but you can get away without that for now.

Lantis wrote: ↑

Wed Jul 16, 2025 8:16 am

Here you go
https://github.com/ericpaulbishop/gargo ... 230fab95d1

One of the changes requires a recompile of the make_nftables_rules application but you can get away without that for now.

Thanks Lantis. Now firewall/restriction is back.

Cant use 5ghz on Wndr3700v5 its A/N router. Its detected as a/n/ac. When I switch to A/N 5ghz gets disabled.

SirSWE wrote: ↑

Fri Jul 18, 2025 3:24 pm

Cant use 5ghz on Wndr3700v5 its A/N router. Its detected as a/n/ac. When I switch to A/N 5ghz gets disabled.

I just tested on a WNDR3800 which is of a similar vintage, and it is fine.
Have you tried clearing your browser cache? Some of the javascript is different which may cause errors.

If this does not resolve the issue, please show.
Be mindful to redact passwords from wireless config.

A+N (5g gets disabled)

config wifi-device 'radio0'
option type 'mac80211'
option path '1e140000.pcie/pci0000:00/0000:00:02.0/0000:02:00.0'
option band '2g'
option channel '6'
option htmode 'HT20'
option country 'SE'

config wifi-device 'radio1'
option type 'mac80211'
option path '1e140000.pcie/pci0000:00/0000:00:00.0/0000:01:00.0'
option band '5g'
option channel '36'
option htmode 'HT20'
option country 'SE'

config wifi-iface 'ap_g'
option device 'radio0'
option mode 'ap'
option network 'lan'
option disassoc_low_ack '0'
option ssid 'Gargoyle'
option encryption 'psk2'
option key 'gargoyle123'

config wifi-iface 'ap_a'
option device 'radio1'
option mode 'ap'
option network 'lan'
option disassoc_low_ack '0'
option ssid 'Gargoyle 5GHz'
option encryption 'psk2'
option key 'gargoyle123'

root@Gargoyle:~# cat /tmp/cached_basic_vars
var isBcm94704 = false;
var allLanMacs = [];
allLanMacs.push("a4:2b:8c:f2:12:f8");
allLanMacs.push("a4:2b:8c:f2:12:f8");
allLanMacs.push("a4:2b:8c:f2:12:fc");
allLanMacs.push("a4:2b:8c:f2:12:fc");
var isRamips = false;
var wifiDevG=uciWirelessDevs.length > 0 ? uciWirelessDevs[0] : "";
var wifiDevA="";
var phyRadio=[];
var radioPhy=[];
var phyCapab=[];
var wirelessDriver="mac80211";
var mac80211Channels = [];
var mac80211ChFreqs = [];
var mac80211ChPwrs = [];
var nextCh=[];
var dualBandWireless=true;
nextCh = [];
nextChFreq = [];
nextChPwr = [];
wifiDevG="radio0";
var GwifiN = true;
var GwifiAX = false;
nextCh.push(1); nextChFreq[1] = "2412MHz"; nextChPwr[1] = 20;
nextCh.push(2); nextChFreq[2] = "2417MHz"; nextChPwr[2] = 20;
nextCh.push(3); nextChFreq[3] = "2422MHz"; nextChPwr[3] = 20;
nextCh.push(4); nextChFreq[4] = "2427MHz"; nextChPwr[4] = 20;
nextCh.push(5); nextChFreq[5] = "2432MHz"; nextChPwr[5] = 20;
nextCh.push(6); nextChFreq[6] = "2437MHz"; nextChPwr[6] = 20;
nextCh.push(7); nextChFreq[7] = "2442MHz"; nextChPwr[7] = 20;
nextCh.push(8); nextChFreq[8] = "2447MHz"; nextChPwr[8] = 20;
nextCh.push(9); nextChFreq[9] = "2452MHz"; nextChPwr[9] = 20;
nextCh.push(10); nextChFreq[10] = "2457MHz"; nextChPwr[10] = 20;
nextCh.push(11); nextChFreq[11] = "2462MHz"; nextChPwr[11] = 20;
nextCh.push(12); nextChFreq[12] = "2467MHz"; nextChPwr[12] = 20;
nextCh.push(13); nextChFreq[13] = "2472MHz"; nextChPwr[13] = 20;
mac80211Channels["G"] = nextCh ;
mac80211ChFreqs["G"] = nextChFreq ;
mac80211ChPwrs["G"] = nextChPwr ;
phyRadio["phy0"] = "radio0";
radioPhy["radio0"] = "phy0";
phyCapab["phy0"] = [];
phyCapab["phy0"]["2G"] = [];
phyCapab["phy0"]["2G"]["ht"] = 1;
phyCapab["phy0"]["2G"]["vht"] = 0;
phyCapab["phy0"]["2G"]["he"] = 0;
phyCapab["phy0"]["2G"]["max_width"] = 40;
phyCapab["phy0"]["2G"]["modes"] = [];
phyCapab["phy0"]["2G"]["modes"].push("NOHT");
phyCapab["phy0"]["2G"]["modes"].push("HT20");
phyCapab["phy0"]["2G"]["modes"].push("HT40");
phyCapab["phy0"]["2G"]["channels"] = [];
phyCapab["phy0"]["2G"]["freqs"] = [];
phyCapab["phy0"]["2G"]["pwrs"] = [];
nextCh = [];
nextChFreq = [];
nextChPwr = [];
nextCh.push(1); nextChFreq[1] = "2412MHz"; nextChPwr[1] = 20;
nextCh.push(2); nextChFreq[2] = "2417MHz"; nextChPwr[2] = 20;
nextCh.push(3); nextChFreq[3] = "2422MHz"; nextChPwr[3] = 20;
nextCh.push(4); nextChFreq[4] = "2427MHz"; nextChPwr[4] = 20;
nextCh.push(5); nextChFreq[5] = "2432MHz"; nextChPwr[5] = 20;
nextCh.push(6); nextChFreq[6] = "2437MHz"; nextChPwr[6] = 20;
nextCh.push(7); nextChFreq[7] = "2442MHz"; nextChPwr[7] = 20;
nextCh.push(8); nextChFreq[8] = "2447MHz"; nextChPwr[8] = 20;
nextCh.push(9); nextChFreq[9] = "2452MHz"; nextChPwr[9] = 20;
nextCh.push(10); nextChFreq[10] = "2457MHz"; nextChPwr[10] = 20;
nextCh.push(11); nextChFreq[11] = "2462MHz"; nextChPwr[11] = 20;
nextCh.push(12); nextChFreq[12] = "2467MHz"; nextChPwr[12] = 20;
nextCh.push(13); nextChFreq[13] = "2472MHz"; nextChPwr[13] = 20;
phyCapab["phy0"]["2G"]["channels"] = nextCh ;
phyCapab["phy0"]["2G"]["freqs"] = nextChFreq ;
phyCapab["phy0"]["2G"]["pws"] = nextChPwr ;
nextCh = [];
nextChFreq = [];
nextChPwr = [];
wifiDevA="radio1";
var AwifiN = true;
var AwifiAC = true;
var AwifiAX = false;
var maxACwidth = "80" ;
var AC80P80 = false;
var maxAXwidth = "0" ;
var AX80P80 = false;
nextCh.push(36); nextChFreq[36] = "5180MHz"; nextChPwr[36] = 23;
nextCh.push(40); nextChFreq[40] = "5200MHz"; nextChPwr[40] = 23;
nextCh.push(44); nextChFreq[44] = "5220MHz"; nextChPwr[44] = 23;
nextCh.push(48); nextChFreq[48] = "5240MHz"; nextChPwr[48] = 23;
nextCh.push(52); nextChFreq[52] = "5260MHz"; nextChPwr[52] = 20;
nextCh.push(56); nextChFreq[56] = "5280MHz"; nextChPwr[56] = 20;
nextCh.push(60); nextChFreq[60] = "5300MHz"; nextChPwr[60] = 20;
nextCh.push(64); nextChFreq[64] = "5320MHz"; nextChPwr[64] = 20;
nextCh.push(100); nextChFreq[100] = "5500MHz"; nextChPwr[100] = 26;
nextCh.push(104); nextChFreq[104] = "5520MHz"; nextChPwr[104] = 26;
nextCh.push(108); nextChFreq[108] = "5540MHz"; nextChPwr[108] = 26;
nextCh.push(112); nextChFreq[112] = "5560MHz"; nextChPwr[112] = 26;
nextCh.push(116); nextChFreq[116] = "5580MHz"; nextChPwr[116] = 26;
nextCh.push(120); nextChFreq[120] = "5600MHz"; nextChPwr[120] = 26;
nextCh.push(124); nextChFreq[124] = "5620MHz"; nextChPwr[124] = 26;
nextCh.push(128); nextChFreq[128] = "5640MHz"; nextChPwr[128] = 26;
nextCh.push(132); nextChFreq[132] = "5660MHz"; nextChPwr[132] = 26;
nextCh.push(136); nextChFreq[136] = "5680MHz"; nextChPwr[136] = 26;
nextCh.push(140); nextChFreq[140] = "5700MHz"; nextChPwr[140] = 26;
nextCh.push(144); nextChFreq[144] = "5720MHz"; nextChPwr[144] = 13;
nextCh.push(149); nextChFreq[149] = "5745MHz"; nextChPwr[149] = 13;
nextCh.push(153); nextChFreq[153] = "5765MHz"; nextChPwr[153] = 13;
nextCh.push(157); nextChFreq[157] = "5785MHz"; nextChPwr[157] = 13;
nextCh.push(161); nextChFreq[161] = "5805MHz"; nextChPwr[161] = 13;
nextCh.push(165); nextChFreq[165] = "5825MHz"; nextChPwr[165] = 13;
nextCh.push(169); nextChFreq[169] = "5845MHz"; nextChPwr[169] = 13;
nextCh.push(173); nextChFreq[173] = "5865MHz"; nextChPwr[173] = 13;
mac80211Channels["A"] = nextCh ;
mac80211ChFreqs["A"] = nextChFreq ;
mac80211ChPwrs["A"] = nextChPwr ;
phyRadio["phy1"] = "radio1";
radioPhy["radio1"] = "phy1";
phyCapab["phy1"] = [];
phyCapab["phy1"]["5G"] = [];
phyCapab["phy1"]["5G"]["ht"] = 1;
phyCapab["phy1"]["5G"]["vht"] = 1;
phyCapab["phy1"]["5G"]["he"] = 0;
phyCapab["phy1"]["5G"]["max_width"] = 80;
phyCapab["phy1"]["5G"]["modes"] = [];
phyCapab["phy1"]["5G"]["modes"].push("NOHT");
phyCapab["phy1"]["5G"]["modes"].push("HT20");
phyCapab["phy1"]["5G"]["modes"].push("VHT20");
phyCapab["phy1"]["5G"]["modes"].push("HT40");
phyCapab["phy1"]["5G"]["modes"].push("VHT40");
phyCapab["phy1"]["5G"]["modes"].push("VHT80");
phyCapab["phy1"]["5G"]["channels"] = [];
phyCapab["phy1"]["5G"]["freqs"] = [];
phyCapab["phy1"]["5G"]["pwrs"] = [];
nextCh = [];
nextChFreq = [];
nextChPwr = [];
nextCh.push(36); nextChFreq[36] = "5180MHz"; nextChPwr[36] = 23;
nextCh.push(40); nextChFreq[40] = "5200MHz"; nextChPwr[40] = 23;
nextCh.push(44); nextChFreq[44] = "5220MHz"; nextChPwr[44] = 23;
nextCh.push(48); nextChFreq[48] = "5240MHz"; nextChPwr[48] = 23;
nextCh.push(52); nextChFreq[52] = "5260MHz"; nextChPwr[52] = 20;
nextCh.push(56); nextChFreq[56] = "5280MHz"; nextChPwr[56] = 20;
nextCh.push(60); nextChFreq[60] = "5300MHz"; nextChPwr[60] = 20;
nextCh.push(64); nextChFreq[64] = "5320MHz"; nextChPwr[64] = 20;
nextCh.push(100); nextChFreq[100] = "5500MHz"; nextChPwr[100] = 26;
nextCh.push(104); nextChFreq[104] = "5520MHz"; nextChPwr[104] = 26;
nextCh.push(108); nextChFreq[108] = "5540MHz"; nextChPwr[108] = 26;
nextCh.push(112); nextChFreq[112] = "5560MHz"; nextChPwr[112] = 26;
nextCh.push(116); nextChFreq[116] = "5580MHz"; nextChPwr[116] = 26;
nextCh.push(120); nextChFreq[120] = "5600MHz"; nextChPwr[120] = 26;
nextCh.push(124); nextChFreq[124] = "5620MHz"; nextChPwr[124] = 26;
nextCh.push(128); nextChFreq[128] = "5640MHz"; nextChPwr[128] = 26;
nextCh.push(132); nextChFreq[132] = "5660MHz"; nextChPwr[132] = 26;
nextCh.push(136); nextChFreq[136] = "5680MHz"; nextChPwr[136] = 26;
nextCh.push(140); nextChFreq[140] = "5700MHz"; nextChPwr[140] = 26;
nextCh.push(144); nextChFreq[144] = "5720MHz"; nextChPwr[144] = 13;
nextCh.push(149); nextChFreq[149] = "5745MHz"; nextChPwr[149] = 13;
nextCh.push(153); nextChFreq[153] = "5765MHz"; nextChPwr[153] = 13;
nextCh.push(157); nextChFreq[157] = "5785MHz"; nextChPwr[157] = 13;
nextCh.push(161); nextChFreq[161] = "5805MHz"; nextChPwr[161] = 13;
nextCh.push(165); nextChFreq[165] = "5825MHz"; nextChPwr[165] = 13;
nextCh.push(169); nextChFreq[169] = "5845MHz"; nextChPwr[169] = 13;
nextCh.push(173); nextChFreq[173] = "5865MHz"; nextChPwr[173] = 13;
phyCapab["phy1"]["5G"]["channels"] = nextCh ;
phyCapab["phy1"]["5G"]["freqs"] = nextChFreq ;
phyCapab["phy1"]["5G"]["pws"] = nextChPwr ;
var wpad_eap = true;
var wpad_sae = true;
var wpad_owe = true;
var wpad_sb192 = true;
var wpad_wep = false;
var distribTarget='ramips/mt7621';




A+N+AC
config wifi-device 'radio0'
option type 'mac80211'
option path '1e140000.pcie/pci0000:00/0000:00:02.0/0000:02:00.0'
option band '2g'
option channel '6'
option htmode 'HT20'
option country 'SE'

config wifi-device 'radio1'
option type 'mac80211'
option path '1e140000.pcie/pci0000:00/0000:00:00.0/0000:01:00.0'
option band '5g'
option channel '36'
option htmode 'VHT20'
option country 'SE'

config wifi-iface 'ap_g'
option device 'radio0'
option mode 'ap'
option network 'lan'
option disassoc_low_ack '0'
option ssid 'Gargoyle'
option encryption 'psk2'
option key 'gargoyle123'

config wifi-iface 'ap_a'
option device 'radio1'
option mode 'ap'
option network 'lan'
option disassoc_low_ack '0'
option ssid 'Gargoyle 5GHz'
option encryption 'psk2'
option key 'gargoyle123'

root@Gargoyle:~# cat /tmp/cached_basic_vars
var isBcm94704 = false;
var allLanMacs = [];
allLanMacs.push("a4:2b:8c:f2:12:f8");
allLanMacs.push("a4:2b:8c:f2:12:f8");
allLanMacs.push("a4:2b:8c:f2:12:fc");
allLanMacs.push("a4:2b:8c:f2:12:fc");
var isRamips = false;
var wifiDevG=uciWirelessDevs.length > 0 ? uciWirelessDevs[0] : "";
var wifiDevA="";
var phyRadio=[];
var radioPhy=[];
var phyCapab=[];
var wirelessDriver="mac80211";
var mac80211Channels = [];
var mac80211ChFreqs = [];
var mac80211ChPwrs = [];
var nextCh=[];
var dualBandWireless=true;
nextCh = [];
nextChFreq = [];
nextChPwr = [];
wifiDevG="radio0";
var GwifiN = true;
var GwifiAX = false;
nextCh.push(1); nextChFreq[1] = "2412MHz"; nextChPwr[1] = 20;
nextCh.push(2); nextChFreq[2] = "2417MHz"; nextChPwr[2] = 20;
nextCh.push(3); nextChFreq[3] = "2422MHz"; nextChPwr[3] = 20;
nextCh.push(4); nextChFreq[4] = "2427MHz"; nextChPwr[4] = 20;
nextCh.push(5); nextChFreq[5] = "2432MHz"; nextChPwr[5] = 20;
nextCh.push(6); nextChFreq[6] = "2437MHz"; nextChPwr[6] = 20;
nextCh.push(7); nextChFreq[7] = "2442MHz"; nextChPwr[7] = 20;
nextCh.push(8); nextChFreq[8] = "2447MHz"; nextChPwr[8] = 20;
nextCh.push(9); nextChFreq[9] = "2452MHz"; nextChPwr[9] = 20;
nextCh.push(10); nextChFreq[10] = "2457MHz"; nextChPwr[10] = 20;
nextCh.push(11); nextChFreq[11] = "2462MHz"; nextChPwr[11] = 20;
nextCh.push(12); nextChFreq[12] = "2467MHz"; nextChPwr[12] = 20;
nextCh.push(13); nextChFreq[13] = "2472MHz"; nextChPwr[13] = 20;
mac80211Channels["G"] = nextCh ;
mac80211ChFreqs["G"] = nextChFreq ;
mac80211ChPwrs["G"] = nextChPwr ;
phyRadio["phy0"] = "radio0";
radioPhy["radio0"] = "phy0";
phyCapab["phy0"] = [];
phyCapab["phy0"]["2G"] = [];
phyCapab["phy0"]["2G"]["ht"] = 1;
phyCapab["phy0"]["2G"]["vht"] = 0;
phyCapab["phy0"]["2G"]["he"] = 0;
phyCapab["phy0"]["2G"]["max_width"] = 40;
phyCapab["phy0"]["2G"]["modes"] = [];
phyCapab["phy0"]["2G"]["modes"].push("NOHT");
phyCapab["phy0"]["2G"]["modes"].push("HT20");
phyCapab["phy0"]["2G"]["modes"].push("HT40");
phyCapab["phy0"]["2G"]["channels"] = [];
phyCapab["phy0"]["2G"]["freqs"] = [];
phyCapab["phy0"]["2G"]["pwrs"] = [];
nextCh = [];
nextChFreq = [];
nextChPwr = [];
nextCh.push(1); nextChFreq[1] = "2412MHz"; nextChPwr[1] = 20;
nextCh.push(2); nextChFreq[2] = "2417MHz"; nextChPwr[2] = 20;
nextCh.push(3); nextChFreq[3] = "2422MHz"; nextChPwr[3] = 20;
nextCh.push(4); nextChFreq[4] = "2427MHz"; nextChPwr[4] = 20;
nextCh.push(5); nextChFreq[5] = "2432MHz"; nextChPwr[5] = 20;
nextCh.push(6); nextChFreq[6] = "2437MHz"; nextChPwr[6] = 20;
nextCh.push(7); nextChFreq[7] = "2442MHz"; nextChPwr[7] = 20;
nextCh.push(8); nextChFreq[8] = "2447MHz"; nextChPwr[8] = 20;
nextCh.push(9); nextChFreq[9] = "2452MHz"; nextChPwr[9] = 20;
nextCh.push(10); nextChFreq[10] = "2457MHz"; nextChPwr[10] = 20;
nextCh.push(11); nextChFreq[11] = "2462MHz"; nextChPwr[11] = 20;
nextCh.push(12); nextChFreq[12] = "2467MHz"; nextChPwr[12] = 20;
nextCh.push(13); nextChFreq[13] = "2472MHz"; nextChPwr[13] = 20;
phyCapab["phy0"]["2G"]["channels"] = nextCh ;
phyCapab["phy0"]["2G"]["freqs"] = nextChFreq ;
phyCapab["phy0"]["2G"]["pws"] = nextChPwr ;
nextCh = [];
nextChFreq = [];
nextChPwr = [];
wifiDevA="radio1";
var AwifiN = true;
var AwifiAC = true;
var AwifiAX = false;
var maxACwidth = "80" ;
var AC80P80 = false;
var maxAXwidth = "0" ;
var AX80P80 = false;
nextCh.push(36); nextChFreq[36] = "5180MHz"; nextChPwr[36] = 23;
nextCh.push(40); nextChFreq[40] = "5200MHz"; nextChPwr[40] = 23;
nextCh.push(44); nextChFreq[44] = "5220MHz"; nextChPwr[44] = 23;
nextCh.push(48); nextChFreq[48] = "5240MHz"; nextChPwr[48] = 23;
nextCh.push(52); nextChFreq[52] = "5260MHz"; nextChPwr[52] = 20;
nextCh.push(56); nextChFreq[56] = "5280MHz"; nextChPwr[56] = 20;
nextCh.push(60); nextChFreq[60] = "5300MHz"; nextChPwr[60] = 20;
nextCh.push(64); nextChFreq[64] = "5320MHz"; nextChPwr[64] = 20;
nextCh.push(100); nextChFreq[100] = "5500MHz"; nextChPwr[100] = 26;
nextCh.push(104); nextChFreq[104] = "5520MHz"; nextChPwr[104] = 26;
nextCh.push(108); nextChFreq[108] = "5540MHz"; nextChPwr[108] = 26;
nextCh.push(112); nextChFreq[112] = "5560MHz"; nextChPwr[112] = 26;
nextCh.push(116); nextChFreq[116] = "5580MHz"; nextChPwr[116] = 26;
nextCh.push(120); nextChFreq[120] = "5600MHz"; nextChPwr[120] = 26;
nextCh.push(124); nextChFreq[124] = "5620MHz"; nextChPwr[124] = 26;
nextCh.push(128); nextChFreq[128] = "5640MHz"; nextChPwr[128] = 26;
nextCh.push(132); nextChFreq[132] = "5660MHz"; nextChPwr[132] = 26;
nextCh.push(136); nextChFreq[136] = "5680MHz"; nextChPwr[136] = 26;
nextCh.push(140); nextChFreq[140] = "5700MHz"; nextChPwr[140] = 26;
nextCh.push(144); nextChFreq[144] = "5720MHz"; nextChPwr[144] = 13;
nextCh.push(149); nextChFreq[149] = "5745MHz"; nextChPwr[149] = 13;
nextCh.push(153); nextChFreq[153] = "5765MHz"; nextChPwr[153] = 13;
nextCh.push(157); nextChFreq[157] = "5785MHz"; nextChPwr[157] = 13;
nextCh.push(161); nextChFreq[161] = "5805MHz"; nextChPwr[161] = 13;
nextCh.push(165); nextChFreq[165] = "5825MHz"; nextChPwr[165] = 13;
nextCh.push(169); nextChFreq[169] = "5845MHz"; nextChPwr[169] = 13;
nextCh.push(173); nextChFreq[173] = "5865MHz"; nextChPwr[173] = 13;
mac80211Channels["A"] = nextCh ;
mac80211ChFreqs["A"] = nextChFreq ;
mac80211ChPwrs["A"] = nextChPwr ;
phyRadio["phy1"] = "radio1";
radioPhy["radio1"] = "phy1";
phyCapab["phy1"] = [];
phyCapab["phy1"]["5G"] = [];
phyCapab["phy1"]["5G"]["ht"] = 1;
phyCapab["phy1"]["5G"]["vht"] = 1;
phyCapab["phy1"]["5G"]["he"] = 0;
phyCapab["phy1"]["5G"]["max_width"] = 80;
phyCapab["phy1"]["5G"]["modes"] = [];
phyCapab["phy1"]["5G"]["modes"].push("NOHT");
phyCapab["phy1"]["5G"]["modes"].push("HT20");
phyCapab["phy1"]["5G"]["modes"].push("VHT20");
phyCapab["phy1"]["5G"]["modes"].push("HT40");
phyCapab["phy1"]["5G"]["modes"].push("VHT40");
phyCapab["phy1"]["5G"]["modes"].push("VHT80");
phyCapab["phy1"]["5G"]["channels"] = [];
phyCapab["phy1"]["5G"]["freqs"] = [];
phyCapab["phy1"]["5G"]["pwrs"] = [];
nextCh = [];
nextChFreq = [];
nextChPwr = [];
nextCh.push(36); nextChFreq[36] = "5180MHz"; nextChPwr[36] = 23;
nextCh.push(40); nextChFreq[40] = "5200MHz"; nextChPwr[40] = 23;
nextCh.push(44); nextChFreq[44] = "5220MHz"; nextChPwr[44] = 23;
nextCh.push(48); nextChFreq[48] = "5240MHz"; nextChPwr[48] = 23;
nextCh.push(52); nextChFreq[52] = "5260MHz"; nextChPwr[52] = 20;
nextCh.push(56); nextChFreq[56] = "5280MHz"; nextChPwr[56] = 20;
nextCh.push(60); nextChFreq[60] = "5300MHz"; nextChPwr[60] = 20;
nextCh.push(64); nextChFreq[64] = "5320MHz"; nextChPwr[64] = 20;
nextCh.push(100); nextChFreq[100] = "5500MHz"; nextChPwr[100] = 26;
nextCh.push(104); nextChFreq[104] = "5520MHz"; nextChPwr[104] = 26;
nextCh.push(108); nextChFreq[108] = "5540MHz"; nextChPwr[108] = 26;
nextCh.push(112); nextChFreq[112] = "5560MHz"; nextChPwr[112] = 26;
nextCh.push(116); nextChFreq[116] = "5580MHz"; nextChPwr[116] = 26;
nextCh.push(120); nextChFreq[120] = "5600MHz"; nextChPwr[120] = 26;
nextCh.push(124); nextChFreq[124] = "5620MHz"; nextChPwr[124] = 26;
nextCh.push(128); nextChFreq[128] = "5640MHz"; nextChPwr[128] = 26;
nextCh.push(132); nextChFreq[132] = "5660MHz"; nextChPwr[132] = 26;
nextCh.push(136); nextChFreq[136] = "5680MHz"; nextChPwr[136] = 26;
nextCh.push(140); nextChFreq[140] = "5700MHz"; nextChPwr[140] = 26;
nextCh.push(144); nextChFreq[144] = "5720MHz"; nextChPwr[144] = 13;
nextCh.push(149); nextChFreq[149] = "5745MHz"; nextChPwr[149] = 13;
nextCh.push(153); nextChFreq[153] = "5765MHz"; nextChPwr[153] = 13;
nextCh.push(157); nextChFreq[157] = "5785MHz"; nextChPwr[157] = 13;
nextCh.push(161); nextChFreq[161] = "5805MHz"; nextChPwr[161] = 13;
nextCh.push(165); nextChFreq[165] = "5825MHz"; nextChPwr[165] = 13;
nextCh.push(169); nextChFreq[169] = "5845MHz"; nextChPwr[169] = 13;
nextCh.push(173); nextChFreq[173] = "5865MHz"; nextChPwr[173] = 13;
phyCapab["phy1"]["5G"]["channels"] = nextCh ;
phyCapab["phy1"]["5G"]["freqs"] = nextChFreq ;
phyCapab["phy1"]["5G"]["pws"] = nextChPwr ;
var wpad_eap = true;
var wpad_sae = true;
var wpad_owe = true;
var wpad_sb192 = true;
var wpad_wep = false;
var distribTarget='ramips/mt7621';

SirSWE wrote: ↑

Sat Jul 19, 2025 3:24 am

...

It's definitely an AC device, why do you think it's A/N only..?

Can you capture a log after enabling A + N mode on 5GHz to see if there are any clues why it does not come up? Configs and detected capabilities look great.

On the specs its only A+N?

https://techinfodepot.shoutwiki.com/wik ... WNDR3700v5

The wifi chip they mention is an AC chip.
Don’t know what to tell you, as far as OpenWrt is concerned (and therefore Gargoyle), it can do AC.

Apparently it shares similar hardware to Netgear R6220 which is an AC device. Maybe netgear firmware limited it..?

I reflashed it with sysupgrade.bin and 5ghz is working now. Factory img was acting weird.