I've run out of ideas and am hoping someone here can help.
All I want to do is connect a client to my 5Ghz network.
My client:
OS is Debian stable "Stretch" with sysvinit instead of systemd
Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
"iw reg set US"
"iw list" shows both 2.4Ghz and 5Ghz bands available.
"iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
What I've tried:
Running with and without CRDA
Running latest mainline kernel
Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
---- Sedat Dilek <[email protected]> wrote:
> On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > I've run out of ideas and am hoping someone here can help.
> >
> > All I want to do is connect a client to my 5Ghz network.
> >
> > My client:
> > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > "iw reg set US"
> > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> >
> > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> >
> > What I've tried:
> > Running with and without CRDA
> > Running latest mainline kernel
> > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> >
> > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
>
> Hi,
>
> I try to give some initial help.
>
> The linux-wireless driver is supported by ath9k driver see [1] and [2].
>
> Unfortunately, you have not sent any log-files at least your dmesg-log.
> No output of the above userspace commands or userspace-tools versions.
> No information to VendorID/ProductID (PCI, USB, whatever).
> It's not clear to me if this is a kernelspace (ath9k-driver) or
> userspace (CRDA/regulatory) problem.
> How should someone help you effectively?
>
> The linux-wireless wiki has somne informations on how to debug
> Atheros/Qualcomm ath9k-driver, see [3].
>
> As a debianist I say try Linux v4.16 Debian packages from
> stretch-backports (and maybe a higher version of wireless-regdb).
>
> Try to ask questions the smart way [4] :-).
>
> Hope this helps.
>
> Regards,
> - Sedat -
>
> [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> [4] http://www.catb.org/esr/faqs/smart-questions.html
Oops, in my first reply I listed base_eeprom twice. The second one should read modal_eeprom. The data is correct, the file name is not.
---- Sedat Dilek <[email protected]> wrote:
> On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > I've run out of ideas and am hoping someone here can help.
> >
> > All I want to do is connect a client to my 5Ghz network.
> >
> > My client:
> > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > "iw reg set US"
> > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> >
> > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> >
> > What I've tried:
> > Running with and without CRDA
> > Running latest mainline kernel
> > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> >
> > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
>
> Hi,
>
> I try to give some initial help.
>
> The linux-wireless driver is supported by ath9k driver see [1] and [2].
>
> Unfortunately, you have not sent any log-files at least your dmesg-log.
> No output of the above userspace commands or userspace-tools versions.
> No information to VendorID/ProductID (PCI, USB, whatever).
> It's not clear to me if this is a kernelspace (ath9k-driver) or
> userspace (CRDA/regulatory) problem.
> How should someone help you effectively?
>
> The linux-wireless wiki has somne informations on how to debug
> Atheros/Qualcomm ath9k-driver, see [3].
>
> As a debianist I say try Linux v4.16 Debian packages from
> stretch-backports (and maybe a higher version of wireless-regdb).
>
> Try to ask questions the smart way [4] :-).
>
> Hope this helps.
>
> Regards,
> - Sedat -
>
> [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> [4] http://www.catb.org/esr/faqs/smart-questions.html
Here's everything you asked for (How could I know what to send until someone told me?):
kernel 4.9.88
iw version 4.9
crda 3.18
wireless-regdb 2016-6-10
Everything is stock debian stable except the kernel, but like I said before: completely different operating systems have the same problem.
/sys/kernel/debug/ieee80211/phy0/ath9k/base_eeprom
EEPROM Version : 2
RegDomain1 : 106
RegDomain2 : 31
TX Mask : 3
RX Mask : 3
Allow 5GHz : 1
Allow 2GHz : 1
Disable 2GHz HT20 : 0
Disable 2GHz HT40 : 0
Disable 5Ghz HT20 : 0
Disable 5Ghz HT40 : 0
Big Endian : 0
RF Silent : 45
BT option : 0
Device Cap : 0
Device Type : 5
Power Table Offset : 0
Tuning Caps1 : 72
Tuning Caps2 : 0
Enable Tx Temp Comp : 1
Enable Tx Volt Comp : 0
Enable fast clock : 1
Enable doubling : 1
Internal regulator : 1
Enable Paprd : 1
Driver Strength : 0
Quick Drop : 1
Chain mask Reduce : 0
Write enable Gpio : 6
WLAN Disable Gpio : 0
WLAN LED Gpio : 8
Rx Band Select Gpio : 255
Tx Gain : 1
Rx Gain : 1
SW Reg : 303972982
MacAddress : 74:c6:3b:bf:90:a3
/sys/kernel/debug/ieee80211/phy0/ath9k/base_eeprom
2GHz modal Header :
Chain0 Ant. Control : 336
Chain1 Ant. Control : 336
Chain2 Ant. Control : 16
Ant. Common Control : 4195664
Ant. Common Control2 : 139810
Ant. Gain : 0
Switch Settle : 44
Chain0 xatten1DB : 0
Chain1 xatten1DB : 0
Chain2 xatten1DB : 0
Chain0 xatten1Margin : 0
Chain1 xatten1Margin : 0
Chain2 xatten1Margin : 0
Temp Slope : 25
Volt Slope : 0
spur Channels0 : 164
spur Channels1 : 0
spur Channels2 : 0
spur Channels3 : 0
spur Channels4 : 0
Chain0 NF Threshold : -1
Chain1 NF Threshold : 0
Chain2 NF Threshold : 0
Quick Drop : 0
txEndToXpaOff : 0
xPA Bias Level : 0
txFrameToDataStart : 14
txFrameToPaOn : 14
txFrameToXpaOn : 14
txClip : 3
ADC Desired size : -30
5GHz modal Header :
Chain0 Ant. Control : 336
Chain1 Ant. Control : 336
Chain2 Ant. Control : 80
Ant. Common Control : 8390784
Ant. Common Control2 : 139810
Ant. Gain : 0
Switch Settle : 45
Chain0 xatten1DB : 0
Chain1 xatten1DB : 0
Chain2 xatten1DB : 0
Chain0 xatten1Margin : 0
Chain1 xatten1Margin : 0
Chain2 xatten1Margin : 0
Temp Slope : 55
Volt Slope : 0
spur Channels0 : 80
spur Channels1 : 144
spur Channels2 : 176
spur Channels3 : 192
spur Channels4 : 200
Chain0 NF Threshold : -1
Chain1 NF Threshold : 0
Chain2 NF Threshold : 0
Quick Drop : 0
txEndToXpaOff : 0
xPA Bias Level : 0
txFrameToDataStart : 14
txFrameToPaOn : 14
txFrameToXpaOn : 14
txClip : 3
ADC Desired size : -30
/sys/kernel/debug/ieee80211/phy0/ath9k/recv
PKTS-ALL : 9721
BYTES-ALL : 2900995
BEACONS : 8220
FRAGS : 0
SPECTRAL : 0
CRC ERR : 137
DECRYPT CRC ERR : 4
PHY ERR : 4
MIC ERR : 0
PRE-DELIM CRC ERR : 0
POST-DELIM CRC ERR : 639
DECRYPT BUSY ERR : 0
LENGTH-ERR : 0
OOM-ERR : 0
RATE-ERR : 0
TOO-MANY-FRAGS : 0
lspci -vs 03:00
03:00.0 Network controller: Qualcomm Atheros AR9462 Wireless Network Adapter (rev 01)
Subsystem: AzureWave AR9462 Wireless Network Adapter
Flags: bus master, fast devsel, latency 0, IRQ 18
Memory at df000000 (64-bit, non-prefetchable) [size=512K]
Expansion ROM at df080000 [disabled] [size=64K]
Capabilities: [40] Power Management version 2
Capabilities: [50] MSI: Enable- Count=1/4 Maskable+ 64bit+
Capabilities: [70] Express Endpoint, MSI 00
Capabilities: [100] Advanced Error Reporting
Capabilities: [140] Virtual Channel
Capabilities: [160] Device Serial Number 00-00-00-00-00-00-00-00
Kernel driver in use: ath9k
Kernel modules: ath9k
iw reg get
global
country US: DFS-FCC
(2402 - 2472 @ 40), (N/A, 30), (N/A)
(5170 - 5250 @ 80), (N/A, 23), (N/A), AUTO-BW
(5250 - 5330 @ 80), (N/A, 23), (0 ms), DFS, AUTO-BW
(5490 - 5730 @ 160), (N/A, 23), (0 ms), DFS
(5735 - 5835 @ 80), (N/A, 30), (N/A)
(57240 - 63720 @ 2160), (N/A, 40), (N/A)
iw wlp3s0 info
Interface wlp3s0
ifindex 3
wdev 0x1
addr 74:c6:3b:bf:90:a3
type managed
wiphy 0
channel 8 (2447 MHz), width: 20 MHz, center1: 2447 MHz
txpower 19.00 dBm
iw list
Wiphy phy0
max # scan SSIDs: 4
max scan IEs length: 2257 bytes
max # sched scan SSIDs: 0
max # match sets: 0
max # scan plans: 1
max scan plan interval: -1
max scan plan iterations: 0
Retry short limit: 7
Retry long limit: 4
Coverage class: 0 (up to 0m)
Device supports RSN-IBSS.
Device supports AP-side u-APSD.
Device supports T-DLS.
Supported Ciphers:
* WEP40 (00-0f-ac:1)
* WEP104 (00-0f-ac:5)
* TKIP (00-0f-ac:2)
* CCMP-128 (00-0f-ac:4)
* CCMP-256 (00-0f-ac:10)
* GCMP-128 (00-0f-ac:8)
* GCMP-256 (00-0f-ac:9)
* CMAC (00-0f-ac:6)
* CMAC-256 (00-0f-ac:13)
* GMAC-128 (00-0f-ac:11)
* GMAC-256 (00-0f-ac:12)
Available Antennas: TX 0x3 RX 0x3
Configured Antennas: TX 0x3 RX 0x3
Supported interface modes:
* IBSS
* managed
* AP
* AP/VLAN
* WDS
* monitor
* mesh point
* P2P-client
* P2P-GO
* outside context of a BSS
Band 1:
Capabilities: 0x11ef
RX LDPC
HT20/HT40
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 3839 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT TX/RX MCS rate indexes supported: 0-15
Bitrates (non-HT):
* 1.0 Mbps
* 2.0 Mbps (short preamble supported)
* 5.5 Mbps (short preamble supported)
* 11.0 Mbps (short preamble supported)
* 6.0 Mbps
* 9.0 Mbps
* 12.0 Mbps
* 18.0 Mbps
* 24.0 Mbps
* 36.0 Mbps
* 48.0 Mbps
* 54.0 Mbps
Frequencies:
* 2412 MHz [1] (30.0 dBm)
* 2417 MHz [2] (30.0 dBm)
* 2422 MHz [3] (30.0 dBm)
* 2427 MHz [4] (30.0 dBm)
* 2432 MHz [5] (30.0 dBm)
* 2437 MHz [6] (30.0 dBm)
* 2442 MHz [7] (30.0 dBm)
* 2447 MHz [8] (30.0 dBm)
* 2452 MHz [9] (30.0 dBm)
* 2457 MHz [10] (30.0 dBm)
* 2462 MHz [11] (30.0 dBm)
* 2467 MHz [12] (disabled)
* 2472 MHz [13] (disabled)
* 2484 MHz [14] (disabled)
Band 2:
Capabilities: 0x11ef
RX LDPC
HT20/HT40
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 3839 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT TX/RX MCS rate indexes supported: 0-15
Bitrates (non-HT):
* 6.0 Mbps
* 9.0 Mbps
* 12.0 Mbps
* 18.0 Mbps
* 24.0 Mbps
* 36.0 Mbps
* 48.0 Mbps
* 54.0 Mbps
Frequencies:
* 5180 MHz [36] (23.0 dBm)
* 5200 MHz [40] (23.0 dBm)
* 5220 MHz [44] (23.0 dBm)
* 5240 MHz [48] (23.0 dBm)
* 5260 MHz [52] (23.0 dBm) (radar detection)
* 5280 MHz [56] (23.0 dBm) (radar detection)
* 5300 MHz [60] (23.0 dBm) (radar detection)
* 5320 MHz [64] (23.0 dBm) (radar detection)
* 5500 MHz [100] (23.0 dBm) (radar detection)
* 5520 MHz [104] (23.0 dBm) (radar detection)
* 5540 MHz [108] (23.0 dBm) (radar detection)
* 5560 MHz [112] (23.0 dBm) (radar detection)
* 5580 MHz [116] (23.0 dBm) (radar detection)
* 5600 MHz [120] (23.0 dBm) (radar detection)
* 5620 MHz [124] (23.0 dBm) (radar detection)
* 5640 MHz [128] (23.0 dBm) (radar detection)
* 5660 MHz [132] (23.0 dBm) (radar detection)
* 5680 MHz [136] (23.0 dBm) (radar detection)
* 5700 MHz [140] (23.0 dBm) (radar detection)
* 5745 MHz [149] (30.0 dBm)
* 5765 MHz [153] (30.0 dBm)
* 5785 MHz [157] (30.0 dBm)
* 5805 MHz [161] (30.0 dBm)
* 5825 MHz [165] (30.0 dBm)
Supported commands:
* new_interface
* set_interface
* new_key
* start_ap
* new_station
* new_mpath
* set_mesh_config
* set_bss
* authenticate
* associate
* deauthenticate
* disassociate
* join_ibss
* join_mesh
* remain_on_channel
* set_tx_bitrate_mask
* frame
* frame_wait_cancel
* set_wiphy_netns
* set_channel
* set_wds_peer
* tdls_mgmt
* tdls_oper
* probe_client
* set_noack_map
* register_beacons
* start_p2p_device
* set_mcast_rate
* channel_switch
* set_qos_map
* connect
* disconnect
Supported TX frame types:
* IBSS: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* managed: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* AP: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* AP/VLAN: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* mesh point: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* P2P-client: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* P2P-GO: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
* P2P-device: 0x00 0x10 0x20 0x30 0x40 0x50 0x60 0x70 0x80 0x90 0xa0 0xb0 0xc0 0xd0 0xe0 0xf0
Supported RX frame types:
* IBSS: 0x40 0xb0 0xc0 0xd0
* managed: 0x40 0xd0
* AP: 0x00 0x20 0x40 0xa0 0xb0 0xc0 0xd0
* AP/VLAN: 0x00 0x20 0x40 0xa0 0xb0 0xc0 0xd0
* mesh point: 0xb0 0xc0 0xd0
* P2P-client: 0x40 0xd0
* P2P-GO: 0x00 0x20 0x40 0xa0 0xb0 0xc0 0xd0
* P2P-device: 0x40 0xd0
software interface modes (can always be added):
* AP/VLAN
* monitor
valid interface combinations:
* #{ managed } <= 2048, #{ AP, mesh point } <= 8, #{ P2P-client, P2P-GO } <= 1,
total <= 2048, #channels <= 1, STA/AP BI must match
* #{ WDS } <= 2048,
total <= 2048, #channels <= 1, STA/AP BI must match
HT Capability overrides:
* MCS: ff ff ff ff ff ff ff ff ff ff
* maximum A-MSDU length
* supported channel width
* short GI for 40 MHz
* max A-MPDU length exponent
* min MPDU start spacing
Device supports TX status socket option.
Device supports HT-IBSS.
Device supports SAE with AUTHENTICATE command
Device supports low priority scan.
Device supports scan flush.
Device supports AP scan.
Device supports per-vif TX power setting
P2P GO supports CT window setting
Driver supports full state transitions for AP/GO clients
Driver supports a userspace MPM
Device supports active monitor (which will ACK incoming frames)
Driver/device bandwidth changes during BSS lifetime (AP/GO mode)
Device supports configuring vdev MAC-addr on create.
iw phy0 channels
Band 1:
* 2412 MHz [1]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40+
* 2417 MHz [2]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40+
* 2422 MHz [3]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40+
* 2427 MHz [4]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40+
* 2432 MHz [5]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40- HT40+
* 2437 MHz [6]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40- HT40+
* 2442 MHz [7]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40- HT40+
* 2447 MHz [8]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40-
* 2452 MHz [9]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40-
* 2457 MHz [10]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40-
* 2462 MHz [11]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40-
* 2467 MHz [12] (disabled)
* 2472 MHz [13] (disabled)
* 2484 MHz [14] (disabled)
Band 2:
* 5180 MHz [36]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40+
* 5200 MHz [40]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40- HT40+
* 5220 MHz [44]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40- HT40+
* 5240 MHz [48]
Maximum TX power: 16.0 dBm
Channel widths: 20MHz HT40- HT40+
* 5260 MHz [52]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5280 MHz [56]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5300 MHz [60]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5320 MHz [64]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40-
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5500 MHz [100]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5520 MHz [104]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5540 MHz [108]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5560 MHz [112]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5580 MHz [116]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5600 MHz [120]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5620 MHz [124]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5640 MHz [128]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5660 MHz [132]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5680 MHz [136]
Maximum TX power: 17.0 dBm
Radar detection
Channel widths: 20MHz HT40- HT40+
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5700 MHz [140]
Maximum TX power: 16.0 dBm
Radar detection
Channel widths: 20MHz HT40-
DFS state: usable (for 82 sec)
DFS CAC time: 60000 ms
* 5745 MHz [149]
Maximum TX power: 17.0 dBm
Channel widths: 20MHz HT40+
* 5765 MHz [153]
Maximum TX power: 17.0 dBm
Channel widths: 20MHz HT40- HT40+
* 5785 MHz [157]
Maximum TX power: 17.0 dBm
Channel widths: 20MHz HT40- HT40+
* 5805 MHz [161]
Maximum TX power: 17.0 dBm
Channel widths: 20MHz HT40- HT40+
* 5825 MHz [165]
Maximum TX power: 17.0 dBm
Channel widths: 20MHz HT40-
iw wlp3s0 survey dump
Survey data from wlp3s0
frequency: 2412 MHz
noise: -86 dBm
channel active time: 216 ms
channel busy time: 70 ms
channel receive time: 44 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2417 MHz
noise: -86 dBm
channel active time: 63 ms
channel busy time: 15 ms
channel receive time: 8 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2422 MHz
noise: -86 dBm
channel active time: 63 ms
channel busy time: 12 ms
channel receive time: 10 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2427 MHz
noise: -87 dBm
channel active time: 63 ms
channel busy time: 10 ms
channel receive time: 4 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2432 MHz
noise: -87 dBm
channel active time: 62 ms
channel busy time: 13 ms
channel receive time: 8 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2437 MHz
noise: -87 dBm
channel active time: 62 ms
channel busy time: 18 ms
channel receive time: 16 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2442 MHz
noise: -87 dBm
channel active time: 62 ms
channel busy time: 8 ms
channel receive time: 4 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2447 MHz [in use]
noise: -89 dBm
channel active time: 615524 ms
channel busy time: 76644 ms
channel receive time: 72453 ms
channel transmit time: 120 ms
Survey data from wlp3s0
frequency: 2452 MHz
noise: -88 dBm
channel active time: 63 ms
channel busy time: 4 ms
channel receive time: 1 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2457 MHz
noise: -88 dBm
channel active time: 62 ms
channel busy time: 8 ms
channel receive time: 5 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 2462 MHz
noise: -89 dBm
channel active time: 62 ms
channel busy time: 12 ms
channel receive time: 9 ms
channel transmit time: 1 ms
Survey data from wlp3s0
frequency: 5180 MHz
noise: -78 dBm
channel active time: 67 ms
channel busy time: 21 ms
channel receive time: 15 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5200 MHz
noise: -95 dBm
channel active time: 63 ms
channel busy time: 0 ms
channel receive time: 0 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5220 MHz
noise: -78 dBm
channel active time: 62 ms
channel busy time: 19 ms
channel receive time: 17 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5240 MHz
noise: -78 dBm
channel active time: 63 ms
channel busy time: 15 ms
channel receive time: 13 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5260 MHz
noise: -78 dBm
channel active time: 111 ms
channel busy time: 42 ms
channel receive time: 41 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5280 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 42 ms
channel receive time: 41 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5300 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 29 ms
channel receive time: 28 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5320 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 41 ms
channel receive time: 40 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5500 MHz
noise: -77 dBm
channel active time: 111 ms
channel busy time: 45 ms
channel receive time: 44 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5520 MHz
noise: -95 dBm
channel active time: 110 ms
channel busy time: 0 ms
channel receive time: 0 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5540 MHz
noise: -78 dBm
channel active time: 111 ms
channel busy time: 44 ms
channel receive time: 43 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5560 MHz
noise: -77 dBm
channel active time: 111 ms
channel busy time: 40 ms
channel receive time: 39 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5580 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 39 ms
channel receive time: 38 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5600 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 27 ms
channel receive time: 26 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5620 MHz
noise: -78 dBm
channel active time: 111 ms
channel busy time: 27 ms
channel receive time: 27 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5640 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 30 ms
channel receive time: 29 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5660 MHz
noise: -79 dBm
channel active time: 110 ms
channel busy time: 44 ms
channel receive time: 43 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5680 MHz
noise: -95 dBm
channel active time: 110 ms
channel busy time: 0 ms
channel receive time: 0 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5700 MHz
noise: -78 dBm
channel active time: 110 ms
channel busy time: 32 ms
channel receive time: 31 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5745 MHz
noise: -78 dBm
channel active time: 63 ms
channel busy time: 14 ms
channel receive time: 13 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5765 MHz
noise: -79 dBm
channel active time: 62 ms
channel busy time: 14 ms
channel receive time: 12 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5785 MHz
noise: -78 dBm
channel active time: 63 ms
channel busy time: 20 ms
channel receive time: 18 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5805 MHz
noise: -78 dBm
channel active time: 62 ms
channel busy time: 10 ms
channel receive time: 9 ms
channel transmit time: 0 ms
Survey data from wlp3s0
frequency: 5825 MHz
noise: -79 dBm
channel active time: 63 ms
channel busy time: 24 ms
channel receive time: 22 ms
channel transmit time: 0 ms
iw dev wlp3s0 scan
BSS 60:31:97:0f:d0:41(on wlp3s0)
TSF: 4540802549928 usec (52d, 13:20:02)
freq: 2412
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -76.00 dBm
last seen: 8200 ms ago
Information elements from Probe Response frame:
SSID: Home
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0* 36.0 54.0
DS Parameter set: channel 1
ERP: Barker_Preamble_Mode
Extended supported rates: 6.0* 9.0 12.0* 48.0
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
BSS Load:
* station count: 2
* channel utilisation: 53/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x8bc
HT20
SM Power Save disabled
RX Greenfield
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
No DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 1
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 1
* HT protection: nonmember
* non-GF present: 1
* OBSS non-GF present: 1
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: Extended Channel Switching, BSS Transition, 6
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* Response Type: 3 (AP)
* UUID: 677b63dd-ca69-3baf-6473-e9e8105d1d6a
* Manufacturer: ZyXEL
* Model: EMG3415-B10A
* Model Number: EMG3415-B10A
* Serial Number: S172V19000107
* Primary Device Type: 6-0050f204-1
* Device name: EMG3415-B10A ZyXELAP 2.4G
* Config methods: Label, Display
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS aa:40:a0:56:93:af(on wlp3s0)
TSF: 1849339597187 usec (21d, 09:42:19)
freq: 2412
beacon interval: 100 TUs
capability: ESS Privacy ShortPreamble ShortSlotTime (0x0431)
signal: -60.00 dBm
last seen: 8176 ms ago
Information elements from Probe Response frame:
SSID:
Supported rates: 1.0* 2.0* 5.5* 11.0* 6.0 9.0 12.0 18.0
DS Parameter set: channel 1
TIM: DTIM Count 0 DTIM Period 1 Bitmap Control 0x0 Bitmap[0] 0x0
Country: US Environment: Indoor/Outdoor
Channels [1 - 11] @ 127 dBm
ERP: <no flags>
Extended supported rates: 24.0 36.0 48.0 54.0
HT capabilities:
Capabilities: 0x19ef
RX LDPC
HT20/HT40
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: No restriction (0x00)
HT TX/RX MCS rate indexes supported: 0-15
HT operation:
* primary channel: 1
* secondary channel offset: above
* STA channel width: any
* RIFS: 0
* HT protection: no
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Overlapping BSS scan params:
* passive dwell: 20 TUs
* active dwell: 10 TUs
* channel width trigger scan interval: 300 s
* scan passive total per channel: 200 TUs
* scan active total per channel: 20 TUs
* BSS width channel transition delay factor: 5
* OBSS Scan Activity Threshold: 0.25 %
Extended capabilities: HT Information Exchange Supported, Extended Channel Switching, TFS, WNM-Sleep Mode, TIM Broadcast, BSS Transition, SSID List, 6
VHT capabilities:
VHT Capabilities (0x338959b2):
Max MPDU length: 11454
Supported Channel Width: neither 160 nor 80+80
RX LDPC
short GI (80 MHz)
TX STBC
SU Beamformer
SU Beamformee
MU Beamformer
RX antenna pattern consistency
TX antenna pattern consistency
VHT RX MCS set:
1 streams: MCS 0-9
2 streams: MCS 0-9
3 streams: not supported
4 streams: not supported
5 streams: not supported
6 streams: not supported
7 streams: not supported
8 streams: not supported
VHT RX highest supported: 0 Mbps
VHT TX MCS set:
1 streams: MCS 0-9
2 streams: MCS 0-9
3 streams: not supported
4 streams: not supported
5 streams: not supported
6 streams: not supported
7 streams: not supported
8 streams: not supported
VHT TX highest supported: 0 Mbps
VHT operation:
* channel width: 0 (20 or 40 MHz)
* center freq segment 1: 0
* center freq segment 2: 0
* VHT basic MCS set: 0xfffc
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 1-PTKSA-RC 1-GTKSA-RC (0x0000)
BSS a6:40:a0:56:93:af(on wlp3s0)
TSF: 1849339615943 usec (21d, 09:42:19)
freq: 2412
beacon interval: 100 TUs
capability: ESS Privacy ShortPreamble ShortSlotTime RadioMeasure (0x1431)
signal: -63.00 dBm
last seen: 7920 ms ago
Information elements from Probe Response frame:
SSID: ORBI84
Supported rates: 1.0* 2.0* 5.5* 11.0* 6.0 9.0 12.0 18.0
DS Parameter set: channel 1
Country: US Environment: Indoor/Outdoor
Channels [1 - 11] @ 127 dBm
ERP: <no flags>
Extended supported rates: 24.0 36.0 48.0 54.0
HT capabilities:
Capabilities: 0x19ef
RX LDPC
HT20/HT40
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: No restriction (0x00)
HT TX/RX MCS rate indexes supported: 0-15
HT operation:
* primary channel: 1
* secondary channel offset: above
* STA channel width: any
* RIFS: 0
* HT protection: no
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Overlapping BSS scan params:
* passive dwell: 20 TUs
* active dwell: 10 TUs
* channel width trigger scan interval: 300 s
* scan passive total per channel: 200 TUs
* scan active total per channel: 20 TUs
* BSS width channel transition delay factor: 5
* OBSS Scan Activity Threshold: 0.25 %
Extended capabilities: HT Information Exchange Supported, Extended Channel Switching, TFS, WNM-Sleep Mode, TIM Broadcast, BSS Transition, SSID List, 6
VHT capabilities:
VHT Capabilities (0x338041b2):
Max MPDU length: 11454
Supported Channel Width: neither 160 nor 80+80
RX LDPC
short GI (80 MHz)
TX STBC
RX antenna pattern consistency
TX antenna pattern consistency
VHT RX MCS set:
1 streams: MCS 0-9
2 streams: MCS 0-9
3 streams: not supported
4 streams: not supported
5 streams: not supported
6 streams: not supported
7 streams: not supported
8 streams: not supported
VHT RX highest supported: 0 Mbps
VHT TX MCS set:
1 streams: MCS 0-9
2 streams: MCS 0-9
3 streams: not supported
4 streams: not supported
5 streams: not supported
6 streams: not supported
7 streams: not supported
8 streams: not supported
VHT TX highest supported: 0 Mbps
VHT operation:
* channel width: 0 (20 or 40 MHz)
* center freq segment 1: 0
* center freq segment 2: 0
* VHT basic MCS set: 0xfffc
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 1-PTKSA-RC 1-GTKSA-RC (0x0000)
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* Response Type: 3 (AP)
* UUID: 87654321-9abc-def0-1234-a040a05693af
* Manufacturer: openwrt.org
* Model: WAP
* Model Number: 123
* Serial Number: 12345
* Primary Device Type: 6-0050f204-1
* Device name: RBR40(Wireless AP)
* Config methods:
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
BSS 58:90:43:47:5d:7c(on wlp3s0)
TSF: 671994675584 usec (7d, 18:39:54)
freq: 2437
beacon interval: 100 TUs
capability: ESS Privacy ShortPreamble ShortSlotTime (0x0431)
signal: -75.00 dBm
last seen: 132 ms ago
Information elements from Probe Response frame:
SSID: ListWifi
Supported rates: 1.0* 2.0* 5.5* 11.0* 6.0* 9.0 12.0* 18.0
DS Parameter set: channel 6
TIM: DTIM Count 0 DTIM Period 1 Bitmap Control 0x0 Bitmap[0] 0x0
Country: US Environment: Indoor/Outdoor
Channels [1 - 11] @ 30 dBm
ERP: <no flags>
Extended supported rates: 24.0* 36.0 48.0 54.0
HT capabilities:
Capabilities: 0x1ad
RX LDPC
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 3839 bytes
No DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT TX/RX MCS rate indexes supported: 0-23
HT operation:
* primary channel: 6
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: nonmember
* non-GF present: 0
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: TFS, WNM-Sleep Mode, TIM Broadcast, BSS Transition, 6
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 1-PTKSA-RC 1-GTKSA-RC (0x0000)
BSS a0:e4:cb:92:d6:3b(on wlp3s0)
TSF: 170084643804 usec (1d, 23:14:44)
freq: 2442
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -72.00 dBm
last seen: 240 ms ago
Information elements from Probe Response frame:
SSID: ZyXEL39005
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 7
ERP: Barker_Preamble_Mode
ERP D4.0: Barker_Preamble_Mode
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 4
* channel utilisation: 59/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 7
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: no
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 1 (Unconfigured)
* Response Type: 3 (AP)
* UUID: 6964dff7-f9ec-882d-bbf8-b4251d765cbb
* Manufacturer: ZyXEL
* Model: VMG4381-B10A
* Model Number: VMG4381-B10A
* Serial Number: 96368GW
* Primary Device Type: 6-0050f204-1
* Device name: VMG4381-B10A
* Config methods: Label, Display
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 58:8b:f3:a2:04:01(on wlp3s0)
TSF: 1026097385439 usec (11d, 21:01:37)
freq: 2442
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -78.00 dBm
last seen: 104 ms ago
Information elements from Probe Response frame:
SSID: ZyXEL28348
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 7
ERP: <no flags>
ERP D4.0: <no flags>
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 1
* channel utilisation: 93/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 7
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: no
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 1 (Unconfigured)
* Response Type: 3 (AP)
* UUID: 9267b03e-2d9f-963b-e8c9-705fbbbed7d5
* Manufacturer: ZyXEL
* Model: VMG4381-B10A
* Model Number: VMG4381-B10A
* Serial Number: 96368GW
* Primary Device Type: 6-0050f204-1
* Device name: VMG4381-B10A
* Config methods: Label, Display
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS c0:56:27:62:ac:49(on wlp3s0) -- associated
TSF: 522053362683 usec (6d, 01:00:53)
freq: 2447
beacon interval: 100 TUs
capability: ESS Privacy ShortPreamble ShortSlotTime (0x0431)
signal: -19.00 dBm
last seen: 124 ms ago
Information elements from Probe Response frame:
SSID: ?
Supported rates: 1.0* 2.0* 5.5* 11.0* 22.0 6.0 9.0 12.0
DS Parameter set: channel 8
Country: US Environment: Indoor/Outdoor
Channels [1 - 11] @ 30 dBm
ERP: <no flags>
Extended supported rates: 18.0 24.0 36.0 48.0 54.0
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
HT capabilities:
Capabilities: 0x106f
RX LDPC
HT20/HT40
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
No RX STBC
Max AMSDU length: 3839 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 4 usec (0x05)
HT TX/RX MCS rate indexes supported: 0-23, 32
HT operation:
* primary channel: 8
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: no
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: Extended Channel Switching, 6
WMM: * Parameter version 1
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 00:ac:e0:7e:26:30(on wlp3s0)
TSF: 515368038772 usec (5d, 23:09:28)
freq: 2462
beacon interval: 100 TUs
capability: ESS Privacy ShortPreamble ShortSlotTime APSD (0x0c31)
signal: -70.00 dBm
last seen: 6520 ms ago
Information elements from Probe Response frame:
SSID: Wagoner1
Supported rates: 1.0* 2.0* 5.5* 11.0* 9.0 18.0 36.0 54.0
DS Parameter set: channel 11
Extended supported rates: 6.0 12.0 24.0 48.0
Country: US Environment: Indoor/Outdoor
Channels [1 - 11] @ 36 dBm
TIM: DTIM Count 0 DTIM Period 1 Bitmap Control 0x0 Bitmap[0] 0x0
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 1-PTKSA-RC 1-GTKSA-RC (0x0000)
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* UUID: 36135900-1dd2-11b2-8601-5753435f5555
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
ERP: <no flags>
HT capabilities:
Capabilities: 0x1ec
HT20
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 3839 bytes
No DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 4 usec (0x05)
HT RX MCS rate indexes supported: 0-23
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 11
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: no
* non-GF present: 0
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: HT Information Exchange Supported
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS Load:
* station count: 0
* channel utilisation: 21/255
* available admission capacity: 31250 [*32us]
BSS e8:37:7a:d2:a5:93(on wlp3s0)
TSF: 7212237926787 usec (83d, 11:23:57)
freq: 2462
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -63.00 dBm
last seen: 96 ms ago
Information elements from Probe Response frame:
SSID: ZyXEL80126
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 11
TIM: DTIM Count 0 DTIM Period 1 Bitmap Control 0x0 Bitmap[0] 0x2
ERP: Use_Protection Barker_Preamble_Mode
ERP D4.0: Use_Protection Barker_Preamble_Mode
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 2
* channel utilisation: 75/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 11
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: non-HT mixed
* non-GF present: 1
* OBSS non-GF present: 1
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* UUID: d2e04b00-bcc6-3c0c-3ede-560199179809
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS b8:ec:a3:50:1a:94(on wlp3s0)
TSF: 4156384459795 usec (48d, 02:33:04)
freq: 2432
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -81.00 dBm
last seen: 7552 ms ago
Information elements from Probe Response frame:
SSID: ZyXEL03149
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 5
ERP: Barker_Preamble_Mode
ERP D4.0: Barker_Preamble_Mode
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 7
* channel utilisation: 80/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 5
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: nonmember
* non-GF present: 1
* OBSS non-GF present: 1
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 1 (Unconfigured)
* Response Type: 3 (AP)
* UUID: 8edb1b1f-8868-d690-039e-ea062272c6d7
* Manufacturer: ZyXEL
* Model: VMG4381-B10A
* Model Number: VMG4381-B10A
* Serial Number: 96368GW
* Primary Device Type: 6-0050f204-1
* Device name: VMG4381-B10A
* Config methods: Label, Display
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 9c:3d:cf:09:92:60(on wlp3s0)
TSF: 1849362077524 usec (21d, 09:42:42)
freq: 2412
beacon interval: 300 TUs
capability: ESS Privacy ShortPreamble ShortSlotTime RadioMeasure (0x1431)
signal: -67.00 dBm
last seen: 7864 ms ago
Information elements from Probe Response frame:
SSID: ORBI84
Supported rates: 1.0* 2.0* 5.5* 11.0* 6.0 9.0 12.0 18.0
DS Parameter set: channel 1
ERP: <no flags>
Extended supported rates: 24.0 36.0 48.0 54.0
HT capabilities:
Capabilities: 0x19ef
RX LDPC
HT20/HT40
SM Power Save disabled
RX HT20 SGI
RX HT40 SGI
TX STBC
RX STBC 1-stream
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: No restriction (0x00)
HT TX/RX MCS rate indexes supported: 0-15
HT operation:
* primary channel: 1
* secondary channel offset: above
* STA channel width: any
* RIFS: 0
* HT protection: nonmember
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Overlapping BSS scan params:
* passive dwell: 20 TUs
* active dwell: 10 TUs
* channel width trigger scan interval: 300 s
* scan passive total per channel: 200 TUs
* scan active total per channel: 20 TUs
* BSS width channel transition delay factor: 5
* OBSS Scan Activity Threshold: 0.25 %
Extended capabilities: HT Information Exchange Supported, Extended Channel Switching, TFS, WNM-Sleep Mode, TIM Broadcast, BSS Transition, SSID List, 6
VHT capabilities:
VHT Capabilities (0x338041b2):
Max MPDU length: 11454
Supported Channel Width: neither 160 nor 80+80
RX LDPC
short GI (80 MHz)
TX STBC
RX antenna pattern consistency
TX antenna pattern consistency
VHT RX MCS set:
1 streams: MCS 0-9
2 streams: MCS 0-9
3 streams: not supported
4 streams: not supported
5 streams: not supported
6 streams: not supported
7 streams: not supported
8 streams: not supported
VHT RX highest supported: 0 Mbps
VHT TX MCS set:
1 streams: MCS 0-9
2 streams: MCS 0-9
3 streams: not supported
4 streams: not supported
5 streams: not supported
6 streams: not supported
7 streams: not supported
8 streams: not supported
VHT TX highest supported: 0 Mbps
VHT operation:
* channel width: 0 (20 or 40 MHz)
* center freq segment 1: 0
* center freq segment 2: 0
* VHT basic MCS set: 0xfffc
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 1-PTKSA-RC 1-GTKSA-RC (0x0000)
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* Response Type: 3 (AP)
* UUID: 87654321-9abc-def0-1234-9c3dcf099260
* Manufacturer: openwrt.org
* Model: WAP
* Model Number: 123
* Serial Number: 12345
* Primary Device Type: 6-0050f204-1
* Device name: RBW30(Wireless AP)
* Config methods:
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
BSS 74:44:01:3d:9c:03(on wlp3s0)
TSF: 6897418342787 usec (79d, 19:56:58)
freq: 2412
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -71.00 dBm
last seen: 8248 ms ago
Information elements from Probe Response frame:
SSID: 1087
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 1
TIM: DTIM Count 1 DTIM Period 2 Bitmap Control 0x0 Bitmap[0] 0x0
ERP: Barker_Preamble_Mode
ERP D4.0: Barker_Preamble_Mode
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
HT capabilities:
Capabilities: 0x18fc
HT20
SM Power Save disabled
RX Greenfield
RX HT20 SGI
RX HT40 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 1
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: non-HT mixed
* non-GF present: 1
* OBSS non-GF present: 1
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Overlapping BSS scan params:
* passive dwell: 20 TUs
* active dwell: 10 TUs
* channel width trigger scan interval: 300 s
* scan passive total per channel: 200 TUs
* scan active total per channel: 20 TUs
* BSS width channel transition delay factor: 5
* OBSS Scan Activity Threshold: 0.25 %
Extended capabilities: HT Information Exchange Supported
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* UUID: 72e9a727-0304-3186-62c4-927362e67f0a
* RF Bands: 0x3
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 1c:74:0d:58:4d:68(on wlp3s0)
TSF: 10984278181146 usec (127d, 03:11:18)
freq: 2412
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -78.00 dBm
last seen: 8164 ms ago
Information elements from Probe Response frame:
SSID: Sophie
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 1
ERP: <no flags>
ERP D4.0: <no flags>
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 2
* channel utilisation: 100/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 1
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: nonmember
* non-GF present: 1
* OBSS non-GF present: 1
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* Response Type: 3 (AP)
* UUID: cf44a35e-5217-ac12-139c-99aaf31998d2
* Manufacturer: ZyXEL
* Model: VMG4381-B10A
* Model Number: VMG4381-B10A
* Serial Number: 96368GW
* Primary Device Type: 6-0050f204-1
* Device name: VMG4381-B10A
* Config methods: Label, Display
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 60:31:97:24:bb:0c(on wlp3s0)
TSF: 3879963961644 usec (44d, 21:46:03)
freq: 2452
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -78.00 dBm
last seen: 120 ms ago
Information elements from Probe Response frame:
SSID: ZyXEL47078
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 9
ERP: Barker_Preamble_Mode
ERP D4.0: Barker_Preamble_Mode
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 5
* channel utilisation: 39/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 9
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: no
* non-GF present: 1
* OBSS non-GF present: 0
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 1 (Unconfigured)
* Response Type: 3 (AP)
* UUID: cf05e0b4-24ab-9316-9113-1700541dfd46
* Manufacturer: ZyXEL
* Model: VMG4381-B10A
* Model Number: VMG4381-B10A
* Serial Number: 96368GW
* Primary Device Type: 6-0050f204-1
* Device name: VMG4381-B10A
* Config methods: Label, Display
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 1c:74:0d:63:ea:5a(on wlp3s0)
TSF: 5779329748295 usec (66d, 21:22:09)
freq: 2462
beacon interval: 100 TUs
capability: ESS Privacy ShortSlotTime (0x0411)
signal: -68.00 dBm
last seen: 6552 ms ago
Information elements from Probe Response frame:
SSID: ZyXEL92807
Supported rates: 1.0* 2.0* 5.5* 11.0* 18.0 24.0 36.0 54.0
DS Parameter set: channel 11
TIM: DTIM Count 0 DTIM Period 1 Bitmap Control 0x0 Bitmap[0] 0x0
ERP: Barker_Preamble_Mode
ERP D4.0: Barker_Preamble_Mode
RSN: * Version: 1
* Group cipher: CCMP
* Pairwise ciphers: CCMP
* Authentication suites: PSK
* Capabilities: 16-PTKSA-RC 1-GTKSA-RC (0x000c)
Extended supported rates: 6.0 9.0 12.0 48.0
BSS Load:
* station count: 3
* channel utilisation: 67/255
* available admission capacity: 0 [*32us]
HT capabilities:
Capabilities: 0x18ac
HT20
SM Power Save disabled
RX HT20 SGI
TX STBC
No RX STBC
Max AMSDU length: 7935 bytes
DSSS/CCK HT40
Maximum RX AMPDU length 65535 bytes (exponent: 0x003)
Minimum RX AMPDU time spacing: 8 usec (0x06)
HT RX MCS rate indexes supported: 0-15
HT TX MCS rate indexes are undefined
HT operation:
* primary channel: 11
* secondary channel offset: no secondary
* STA channel width: 20 MHz
* RIFS: 0
* HT protection: nonmember
* non-GF present: 1
* OBSS non-GF present: 1
* dual beacon: 0
* dual CTS protection: 0
* STBC beacon: 0
* L-SIG TXOP Prot: 0
* PCO active: 0
* PCO phase: 0
Extended capabilities: BSS Transition
WPS: * Version: 1.0
* Wi-Fi Protected Setup State: 2 (Configured)
* UUID: b719957c-dc0a-b468-b77f-91ebb907d44e
* RF Bands: 0x1
* Unknown TLV (0x1049, 6 bytes): 00 37 2a 00 01 20
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
BSS 34:64:a9:86:23:33(on wlp3s0)
TSF: 2589478707522 usec (29d, 23:17:58)
freq: 2462
beacon interval: 100 TUs
capability: ESS ShortPreamble ShortSlotTime (0x0421)
signal: -63.00 dBm
last seen: 6548 ms ago
Information elements from Probe Response frame:
SSID: HP-Print-33-ENVY 4500 series
Supported rates: 1.0 2.0 5.5 6.0 9.0 11.0 12.0 18.0
DS Parameter set: channel 11
TIM: DTIM Count 0 DTIM Period 1 Bitmap Control 0x0 Bitmap[0] 0x0
ERP: <no flags>
Extended supported rates: 24.0 36.0 48.0 54.0
WMM: * Parameter version 1
* u-APSD
* BE: CW 15-1023, AIFSN 3
* BK: CW 15-1023, AIFSN 7
* VI: CW 7-15, AIFSN 2, TXOP 3008 usec
* VO: CW 3-7, AIFSN 2, TXOP 1504 usec
---- Sedat Dilek <[email protected]> wrote:
> On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > I've run out of ideas and am hoping someone here can help.
> >
> > All I want to do is connect a client to my 5Ghz network.
> >
> > My client:
> > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > "iw reg set US"
> > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> >
> > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> >
> > What I've tried:
> > Running with and without CRDA
> > Running latest mainline kernel
> > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> >
> > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
>
> Hi,
>
> I try to give some initial help.
>
> The linux-wireless driver is supported by ath9k driver see [1] and [2].
>
> Unfortunately, you have not sent any log-files at least your dmesg-log.
> No output of the above userspace commands or userspace-tools versions.
> No information to VendorID/ProductID (PCI, USB, whatever).
> It's not clear to me if this is a kernelspace (ath9k-driver) or
> userspace (CRDA/regulatory) problem.
> How should someone help you effectively?
>
> The linux-wireless wiki has somne informations on how to debug
> Atheros/Qualcomm ath9k-driver, see [3].
>
> As a debianist I say try Linux v4.16 Debian packages from
> stretch-backports (and maybe a higher version of wireless-regdb).
>
> Try to ask questions the smart way [4] :-).
>
> Hope this helps.
>
> Regards,
> - Sedat -
>
> [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> [4] http://www.catb.org/esr/faqs/smart-questions.html
Including dmesg | grep 'ath:' output:
[ 24.603097] ath: phy0: TPC[00] 0x00000000
[ 24.603098] ath: phy0: TPC[01] 0x00000000
[ 24.603098] ath: phy0: TPC[02] 0x00000000
[ 24.603099] ath: phy0: TPC[03] 0x00000000
[ 24.603099] ath: phy0: TPC[04] 0x00000000
[ 24.603100] ath: phy0: TPC[05] 0x00000000
[ 24.603100] ath: phy0: TPC[06] 0x00000000
[ 24.603101] ath: phy0: TPC[07] 0x00000000
[ 24.603101] ath: phy0: TPC[08] 0x00000000
[ 24.603102] ath: phy0: TPC[09] 0x00000000
[ 24.603102] ath: phy0: TPC[10] 0x00000000
[ 24.603103] ath: phy0: TPC[11] 0x00000000
[ 24.603103] ath: phy0: TPC[12] 0x00000000
[ 24.603104] ath: phy0: TPC[13] 0x00000000
[ 24.603104] ath: phy0: TPC[14] 0x00000000
[ 24.603105] ath: phy0: TPC[15] 0x00000000
[ 24.603105] ath: phy0: TPC[16] 0x00000000
[ 24.603106] ath: phy0: TPC[17] 0x00000000
[ 24.603106] ath: phy0: TPC[18] 0x00000000
[ 24.603107] ath: phy0: TPC[19] 0x00000000
[ 24.603107] ath: phy0: TPC[20] 0x00000000
[ 24.603108] ath: phy0: TPC[21] 0x00000000
[ 24.603108] ath: phy0: TPC[22] 0x00000000
[ 24.603109] ath: phy0: TPC[23] 0x00000000
[ 24.603109] ath: phy0: TPC[24] 0x00000000
[ 24.603110] ath: phy0: TPC[25] 0x00000000
[ 24.603110] ath: phy0: TPC[26] 0x00000000
[ 24.603111] ath: phy0: TPC[27] 0x00000000
[ 24.603111] ath: phy0: TPC[28] 0x00000000
[ 24.603112] ath: phy0: TPC[29] 0x00000000
[ 24.603112] ath: phy0: TPC[30] 0x00000000
[ 24.603113] ath: phy0: TPC[31] 0x00000000
[ 24.603113] ath: phy0: TPC[32] 0x00000000
[ 24.603114] ath: phy0: TPC[33] 0x00000000
[ 24.603114] ath: phy0: TPC[34] 0x00000000
[ 24.603115] ath: phy0: TPC[35] 0x00000000
[ 24.603117] ath: phy0: ch=0 f=2412 low=2412 -21 h=2412 -21
[ 24.603117] ath: phy0: ch=1 f=2412 low=2412 -15 h=2412 -15
[ 24.603118] ath: phy0: ch=2 f=2412 low=2412 0 h=2412 0
[ 24.603129] ath: phy0: for frequency=2412, calibration correction = -21 -15 0
[ 24.603130] ath: phy0: MCI Reset (full_sleep = 0, is_2g = 1)
[ 24.603782] ath: phy0: MCI Wait for Reg 0x00001838 = 0x00000800 timeout
[ 24.603785] ath: phy0: MCI INT_RAW = 0x00000000, RX_MSG_RAW = 0x00000000
[ 24.603873] ath: phy0: Reset TX queue: 0
[ 24.603874] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603875] ath: phy0: Reset TX queue: 1
[ 24.603876] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603876] ath: phy0: Reset TX queue: 2
[ 24.603878] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603878] ath: phy0: Reset TX queue: 3
[ 24.603879] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603880] ath: phy0: Reset TXQ, inactive queue: 4
[ 24.603880] ath: phy0: Reset TXQ, inactive queue: 5
[ 24.603881] ath: phy0: Reset TXQ, inactive queue: 6
[ 24.603881] ath: phy0: Reset TX queue: 7
[ 24.603893] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603894] ath: phy0: Reset TX queue: 8
[ 24.603901] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603902] ath: phy0: Reset TX queue: 9
[ 24.603909] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.603910] ath: phy0: ver 640.3 opmode 2 chan 2412 Mhz
[ 24.603921] ath: phy0: ah->misc_mode 0x10000004
[ 24.603939] ath: phy0: TS Start 0x28050000 End 0x28054800 Virt ffff8ce3a8050000, Size 512
[ 24.604279] ath: phy0: Load RTT value at idx 0, chain 0: 0x541c531
[ 24.604286] ath: phy0: Load RTT value at idx 1, chain 0: 0x541c579
[ 24.604292] ath: phy0: Load RTT value at idx 2, chain 0: 0x5416409
[ 24.604298] ath: phy0: Load RTT value at idx 3, chain 0: 0x5580001
[ 24.604304] ath: phy0: Load RTT value at idx 4, chain 0: 0x55833c2
[ 24.604310] ath: phy0: Load RTT value at idx 5, chain 0: 0x5200
[ 24.604317] ath: phy0: Load RTT value at idx 0, chain 1: 0x5407371
[ 24.604323] ath: phy0: Load RTT value at idx 1, chain 1: 0x5407379
[ 24.604329] ath: phy0: Load RTT value at idx 2, chain 1: 0x540e2c9
[ 24.604335] ath: phy0: Load RTT value at idx 3, chain 1: 0x5580001
[ 24.604341] ath: phy0: Load RTT value at idx 4, chain 1: 0x55833c2
[ 24.604347] ath: phy0: Load RTT value at idx 5, chain 1: 0xf800
[ 24.606811] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.606819] ath: phy0: IQ_RES[0]=0x315eefad IQ_RES[1]=0x610
[ 24.606825] ath: phy0: IQ_RES[2]=0xeaff05ec IQ_RES[3]=0x436f
[ 24.606831] ath: phy0: IQ_RES[4]=0x3bff502c IQ_RES[5]=0xfa64
[ 24.606832] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.606832] ath: phy0: tx chain 0: mag corr=-1 phase corr=7
[ 24.606833] ath: phy0: tx chain 0: iq corr coeff=ffffff87
[ 24.606833] ath: phy0: rx chain 0: mag corr=12 phase corr=-9
[ 24.606834] ath: phy0: rx chain 0: iq corr coeff=677
[ 24.606834] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.606842] ath: phy0: IQ_RES[0]=0x32659fb2 IQ_RES[1]=0x700
[ 24.606848] ath: phy0: IQ_RES[2]=0xe8ffe659 IQ_RES[3]=0x480f
[ 24.606854] ath: phy0: IQ_RES[4]=0x8300202a IQ_RES[5]=0xfa14
[ 24.606854] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.606855] ath: phy0: tx chain 0: mag corr=-1 phase corr=5
[ 24.606856] ath: phy0: tx chain 0: iq corr coeff=ffffff85
[ 24.606856] ath: phy0: rx chain 0: mag corr=10 phase corr=-9
[ 24.606857] ath: phy0: rx chain 0: iq corr coeff=577
[ 24.606857] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.606864] ath: phy0: IQ_RES[0]=0x3062dfb5 IQ_RES[1]=0x760
[ 24.606871] ath: phy0: IQ_RES[2]=0xea003632 IQ_RES[3]=0x468f
[ 24.606877] ath: phy0: IQ_RES[4]=0x6b00c027 IQ_RES[5]=0xfa04
[ 24.606877] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.606878] ath: phy0: tx chain 0: mag corr=-2 phase corr=5
[ 24.606878] ath: phy0: tx chain 0: iq corr coeff=ffffff05
[ 24.606879] ath: phy0: rx chain 0: mag corr=9 phase corr=-10
[ 24.606879] ath: phy0: rx chain 0: iq corr coeff=4f6
[ 24.606880] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.606887] ath: phy0: IQ_RES[0]=0x32631fbf IQ_RES[1]=0x790
[ 24.606893] ath: phy0: IQ_RES[2]=0xed008633 IQ_RES[3]=0x468f
[ 24.606899] ath: phy0: IQ_RES[4]=0x6800d022 IQ_RES[5]=0xf9b4
[ 24.606900] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.606900] ath: phy0: tx chain 0: mag corr=-2 phase corr=3
[ 24.606901] ath: phy0: tx chain 0: iq corr coeff=ffffff03
[ 24.606902] ath: phy0: rx chain 0: mag corr=8 phase corr=-11
[ 24.606902] ath: phy0: rx chain 0: iq corr coeff=475
[ 24.606904] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.606911] ath: phy0: IQ_RES[0]=0x962c028 IQ_RES[1]=0x9a0
[ 24.606917] ath: phy0: IQ_RES[2]=0x2af6a639 IQ_RES[3]=0x3610
[ 24.606923] ath: phy0: IQ_RES[4]=0x68000fff IQ_RES[5]=0xf9b3
[ 24.606924] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.606925] ath: phy0: tx chain 1: mag corr=-1 phase corr=6
[ 24.606925] ath: phy0: tx chain 1: iq corr coeff=ffffff86
[ 24.606926] ath: phy0: rx chain 1: mag corr=0 phase corr=2
[ 24.606926] ath: phy0: rx chain 1: iq corr coeff=2
[ 24.606927] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.606934] ath: phy0: IQ_RES[0]=0x166f02d IQ_RES[1]=0xb80
[ 24.606940] ath: phy0: IQ_RES[2]=0x28f7167c IQ_RES[3]=0x3870
[ 24.606946] ath: phy0: IQ_RES[4]=0x8c00dfff IQ_RES[5]=0xf923
[ 24.606947] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.606947] ath: phy0: tx chain 1: mag corr=0 phase corr=4
[ 24.606948] ath: phy0: tx chain 1: iq corr coeff=4
[ 24.606948] ath: phy0: rx chain 1: mag corr=-1 phase corr=2
[ 24.606949] ath: phy0: rx chain 1: iq corr coeff=ffffff82
[ 24.606949] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.606957] ath: phy0: IQ_RES[0]=0xf7629028 IQ_RES[1]=0xbaf
[ 24.606963] ath: phy0: IQ_RES[2]=0x1ff7463b IQ_RES[3]=0x3620
[ 24.606969] ath: phy0: IQ_RES[4]=0x6900cffb IQ_RES[5]=0xf923
[ 24.606969] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.606970] ath: phy0: tx chain 1: mag corr=0 phase corr=2
[ 24.606971] ath: phy0: tx chain 1: iq corr coeff=2
[ 24.606971] ath: phy0: rx chain 1: mag corr=-1 phase corr=2
[ 24.606972] ath: phy0: rx chain 1: iq corr coeff=ffffff82
[ 24.606972] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.606979] ath: phy0: IQ_RES[0]=0xf660802b IQ_RES[1]=0xbcf
[ 24.606985] ath: phy0: IQ_RES[2]=0x20f7b617 IQ_RES[3]=0x34c0
[ 24.606992] ath: phy0: IQ_RES[4]=0x56010ff9 IQ_RES[5]=0xf923
[ 24.606992] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.606993] ath: phy0: tx chain 1: mag corr=0 phase corr=2
[ 24.606993] ath: phy0: tx chain 1: iq corr coeff=2
[ 24.606994] ath: phy0: rx chain 1: mag corr=-2 phase corr=2
[ 24.606994] ath: phy0: rx chain 1: iq corr coeff=ffffff02
[ 24.607054] ath: phy0: starting IQ Mismatch Calibration
[ 24.607112] ath: phy0: Enabled BB Watchdog timeout (25 ms)
[ 24.607118] ath: phy0: disable IER
[ 24.607122] ath: phy0: New interrupt mask 0xf4000673
[ 24.607123] ath: phy0: new IMR 0x81800175
[ 24.607123] ath: phy0: Do not enable IER ref count -1
[ 24.607124] ath: phy0: New interrupt mask 0xf4000673
[ 24.607124] ath: phy0: new IMR 0x81800175
[ 24.607125] ath: phy0: macaddr: 74:c6:3b:bf:90:a3, bssid: 00:00:00:00:00:00, bssidmask: ff:ff:ff:ff:ff:ff
[ 24.607166] ath: phy0: Enable MIB counters
[ 24.607173] ath: phy0: Restore history: opmode 2 chan 2412 Mhz is_scanning=0 ofdm:3 cck:2
[ 24.607174] ath: phy0: **** ofdmlevel 3=>3, rssi=0[lo=7 hi=40]
[ 24.607175] ath: phy0: **** ccklevel 2=>2, rssi=0[lo=7 hi=40]
[ 24.607185] ath: phy0: New interrupt mask 0xf4000673
[ 24.607186] ath: phy0: new IMR 0x81800175
[ 24.607186] ath: phy0: enable IER
[ 24.607190] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.607215] ath: phy0: Set channel: 2447 MHz width: 1
[ 24.607222] ath: phy0: New interrupt mask 0xf4000643
[ 24.607222] ath: phy0: new IMR 0x81800145
[ 24.607223] ath: phy0: disable IER
[ 24.607224] ath: phy0: disable IER
[ 24.607237] ath: phy0: New interrupt mask 0xf4000673
[ 24.607237] ath: phy0: new IMR 0x81800175
[ 24.607238] ath: phy0: enable IER
[ 24.607254] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.607254] ath: phy0: Stopping ANI
[ 24.607255] ath: phy0: disable IER
[ 24.607261] ath: phy0: Disable MIB counters
[ 24.607316] ath: phy0: Reset to 2447 MHz, HT40: 0 fastcc: 0
[ 24.607318] ath: phy0: NF did not complete in calibration window
[ 24.607753] ath: phy0: TPC[00] 0x00000020
[ 24.607754] ath: phy0: TPC[01] 0x0000001e
[ 24.607755] ath: phy0: TPC[02] 0x0000001c
[ 24.607755] ath: phy0: TPC[03] 0x0000001a
[ 24.607756] ath: phy0: TPC[04] 0x00000020
[ 24.607756] ath: phy0: TPC[05] 0x00000020
[ 24.607757] ath: phy0: TPC[06] 0x00000020
[ 24.607757] ath: phy0: TPC[07] 0x00000020
[ 24.607758] ath: phy0: TPC[08] 0x0000001e
[ 24.607758] ath: phy0: TPC[09] 0x0000001e
[ 24.607759] ath: phy0: TPC[10] 0x0000001e
[ 24.607759] ath: phy0: TPC[11] 0x0000001c
[ 24.607760] ath: phy0: TPC[12] 0x0000001a
[ 24.607760] ath: phy0: TPC[13] 0x00000018
[ 24.607761] ath: phy0: TPC[14] 0x0000001e
[ 24.607761] ath: phy0: TPC[15] 0x0000001c
[ 24.607762] ath: phy0: TPC[16] 0x0000001a
[ 24.607762] ath: phy0: TPC[17] 0x00000018
[ 24.607763] ath: phy0: TPC[18] 0x00000000
[ 24.607763] ath: phy0: TPC[19] 0x00000000
[ 24.607764] ath: phy0: TPC[20] 0x00000000
[ 24.607764] ath: phy0: TPC[21] 0x00000000
[ 24.607765] ath: phy0: TPC[22] 0x00000000
[ 24.607765] ath: phy0: TPC[23] 0x00000000
[ 24.607766] ath: phy0: TPC[24] 0x00000000
[ 24.607766] ath: phy0: TPC[25] 0x00000000
[ 24.607767] ath: phy0: TPC[26] 0x00000000
[ 24.607767] ath: phy0: TPC[27] 0x00000000
[ 24.607768] ath: phy0: TPC[28] 0x00000000
[ 24.607768] ath: phy0: TPC[29] 0x00000000
[ 24.607769] ath: phy0: TPC[30] 0x00000000
[ 24.607769] ath: phy0: TPC[31] 0x00000000
[ 24.607770] ath: phy0: TPC[32] 0x00000000
[ 24.607770] ath: phy0: TPC[33] 0x00000000
[ 24.607771] ath: phy0: TPC[34] 0x00000000
[ 24.607771] ath: phy0: TPC[35] 0x00000000
[ 24.607772] ath: phy0: LOOP-Mode ctlMode 0 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.607773] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x11 chan 2447
[ 24.607774] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x12 chan 2447
[ 24.607774] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x15 chan 2447
[ 24.607775] ath: phy0: LOOP-Ctlidx 3: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x17 chan 2447
[ 24.607776] ath: phy0: LOOP-Ctlidx 4: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x41 chan 2447
[ 24.607777] ath: phy0: LOOP-Ctlidx 5: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x42 chan 2447
[ 24.607777] ath: phy0: LOOP-Ctlidx 6: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x45 chan 2447
[ 24.607778] ath: phy0: LOOP-Ctlidx 7: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x47 chan 2447
[ 24.607779] ath: phy0: LOOP-Ctlidx 8: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x31 chan 2447
[ 24.607779] ath: phy0: LOOP-Ctlidx 9: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x32 chan 2447
[ 24.607780] ath: phy0: LOOP-Ctlidx 10: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x35 chan 2447
[ 24.607781] ath: phy0: LOOP-Ctlidx 11: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x37 chan 2447
[ 24.607782] ath: phy0: SEL-Min ctlMode 0 pCtlMode 1 2xMaxEdge 23 sP 0 minCtlPwr 0
[ 24.607782] ath: phy0: LOOP-Mode ctlMode 1 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.607783] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x11 chan 2447
[ 24.607784] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x12 chan 2447
[ 24.607785] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x15 chan 2447
[ 24.607785] ath: phy0: LOOP-Ctlidx 3: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x17 chan 2447
[ 24.607786] ath: phy0: LOOP-Ctlidx 4: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x41 chan 2447
[ 24.607787] ath: phy0: LOOP-Ctlidx 5: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x42 chan 2447
[ 24.607787] ath: phy0: LOOP-Ctlidx 6: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x45 chan 2447
[ 24.607788] ath: phy0: LOOP-Ctlidx 7: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x47 chan 2447
[ 24.607789] ath: phy0: LOOP-Ctlidx 8: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x31 chan 2447
[ 24.607789] ath: phy0: LOOP-Ctlidx 9: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x32 chan 2447
[ 24.607790] ath: phy0: LOOP-Ctlidx 10: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x35 chan 2447
[ 24.607791] ath: phy0: LOOP-Ctlidx 11: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x37 chan 2447
[ 24.607792] ath: phy0: SEL-Min ctlMode 1 pCtlMode 2 2xMaxEdge 25 sP 0 minCtlPwr 0
[ 24.607792] ath: phy0: LOOP-Mode ctlMode 2 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.607793] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x11 chan 2447
[ 24.607794] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x12 chan 2447
[ 24.607794] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x15 chan 2447
[ 24.607795] ath: phy0: LOOP-Ctlidx 3: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x17 chan 2447
[ 24.607796] ath: phy0: LOOP-Ctlidx 4: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x41 chan 2447
[ 24.607797] ath: phy0: LOOP-Ctlidx 5: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x42 chan 2447
[ 24.607797] ath: phy0: LOOP-Ctlidx 6: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x45 chan 2447
[ 24.607798] ath: phy0: LOOP-Ctlidx 7: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x47 chan 2447
[ 24.607799] ath: phy0: LOOP-Ctlidx 8: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x31 chan 2447
[ 24.607799] ath: phy0: LOOP-Ctlidx 9: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x32 chan 2447
[ 24.607800] ath: phy0: LOOP-Ctlidx 10: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x35 chan 2447
[ 24.607801] ath: phy0: LOOP-Ctlidx 11: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x37 chan 2447
[ 24.607802] ath: phy0: SEL-Min ctlMode 2 pCtlMode 5 2xMaxEdge 25 sP 0 minCtlPwr 0
[ 24.607802] ath: phy0: TPC[00] 0x00000000
[ 24.607803] ath: phy0: TPC[01] 0x00000000
[ 24.607803] ath: phy0: TPC[02] 0x00000000
[ 24.607804] ath: phy0: TPC[03] 0x00000000
[ 24.607804] ath: phy0: TPC[04] 0x00000000
[ 24.607805] ath: phy0: TPC[05] 0x00000000
[ 24.607805] ath: phy0: TPC[06] 0x00000000
[ 24.607806] ath: phy0: TPC[07] 0x00000000
[ 24.607806] ath: phy0: TPC[08] 0x00000000
[ 24.607807] ath: phy0: TPC[09] 0x00000000
[ 24.607807] ath: phy0: TPC[10] 0x00000000
[ 24.607808] ath: phy0: TPC[11] 0x00000000
[ 24.607808] ath: phy0: TPC[12] 0x00000000
[ 24.607809] ath: phy0: TPC[13] 0x00000000
[ 24.607809] ath: phy0: TPC[14] 0x00000000
[ 24.607810] ath: phy0: TPC[15] 0x00000000
[ 24.607810] ath: phy0: TPC[16] 0x00000000
[ 24.607811] ath: phy0: TPC[17] 0x00000000
[ 24.607811] ath: phy0: TPC[18] 0x00000000
[ 24.607812] ath: phy0: TPC[19] 0x00000000
[ 24.607812] ath: phy0: TPC[20] 0x00000000
[ 24.607813] ath: phy0: TPC[21] 0x00000000
[ 24.607813] ath: phy0: TPC[22] 0x00000000
[ 24.607814] ath: phy0: TPC[23] 0x00000000
[ 24.607814] ath: phy0: TPC[24] 0x00000000
[ 24.607815] ath: phy0: TPC[25] 0x00000000
[ 24.607815] ath: phy0: TPC[26] 0x00000000
[ 24.607816] ath: phy0: TPC[27] 0x00000000
[ 24.607816] ath: phy0: TPC[28] 0x00000000
[ 24.607817] ath: phy0: TPC[29] 0x00000000
[ 24.607818] ath: phy0: TPC[30] 0x00000000
[ 24.607818] ath: phy0: TPC[31] 0x00000000
[ 24.607819] ath: phy0: TPC[32] 0x00000000
[ 24.607819] ath: phy0: TPC[33] 0x00000000
[ 24.607820] ath: phy0: TPC[34] 0x00000000
[ 24.607820] ath: phy0: TPC[35] 0x00000000
[ 24.607822] ath: phy0: ch=0 f=2447 low=2442 -18 h=2472 -16
[ 24.607822] ath: phy0: ch=1 f=2447 low=2442 -13 h=2472 -12
[ 24.607823] ath: phy0: ch=2 f=2447 low=2442 0 h=2472 0
[ 24.607834] ath: phy0: for frequency=2447, calibration correction = -18 -13 0
[ 24.607835] ath: phy0: MCI Reset (full_sleep = 0, is_2g = 1)
[ 24.608487] ath: phy0: MCI Wait for Reg 0x00001838 = 0x00000800 timeout
[ 24.608490] ath: phy0: MCI INT_RAW = 0x00000000, RX_MSG_RAW = 0x00000000
[ 24.608578] ath: phy0: Reset TX queue: 0
[ 24.608579] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608579] ath: phy0: Reset TX queue: 1
[ 24.608580] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608581] ath: phy0: Reset TX queue: 2
[ 24.608582] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608583] ath: phy0: Reset TX queue: 3
[ 24.608584] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608584] ath: phy0: Reset TXQ, inactive queue: 4
[ 24.608585] ath: phy0: Reset TXQ, inactive queue: 5
[ 24.608585] ath: phy0: Reset TXQ, inactive queue: 6
[ 24.608586] ath: phy0: Reset TX queue: 7
[ 24.608598] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608599] ath: phy0: Reset TX queue: 8
[ 24.608606] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608607] ath: phy0: Reset TX queue: 9
[ 24.608613] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.608615] ath: phy0: ver 640.3 opmode 2 chan 2447 Mhz
[ 24.608625] ath: phy0: ah->misc_mode 0x10000004
[ 24.608644] ath: phy0: TS Start 0x28050000 End 0x28054800 Virt ffff8ce3a8050000, Size 512
[ 24.608967] ath: phy0: RTT calibration to be done
[ 24.612639] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.612646] ath: phy0: IQ_RES[0]=0x456e2fbe IQ_RES[1]=0x580
[ 24.612652] ath: phy0: IQ_RES[2]=0xeffa46e2 IQ_RES[3]=0x4d4f
[ 24.612658] ath: phy0: IQ_RES[4]=0xd9fbb026 IQ_RES[5]=0xf954
[ 24.612659] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.612659] ath: phy0: tx chain 0: mag corr=-1 phase corr=5
[ 24.612660] ath: phy0: tx chain 0: iq corr coeff=ffffff85
[ 24.612660] ath: phy0: rx chain 0: mag corr=8 phase corr=-8
[ 24.612661] ath: phy0: rx chain 0: iq corr coeff=478
[ 24.612661] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.612669] ath: phy0: IQ_RES[0]=0x43745fc0 IQ_RES[1]=0x6c0
[ 24.612675] ath: phy0: IQ_RES[2]=0xeefaf747 IQ_RES[3]=0x51df
[ 24.612681] ath: phy0: IQ_RES[4]=0x21fc3020 IQ_RES[5]=0xf875
[ 24.612681] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.612682] ath: phy0: tx chain 0: mag corr=-1 phase corr=4
[ 24.612682] ath: phy0: tx chain 0: iq corr coeff=ffffff84
[ 24.612683] ath: phy0: rx chain 0: mag corr=7 phase corr=-9
[ 24.612684] ath: phy0: rx chain 0: iq corr coeff=3f7
[ 24.612684] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.612691] ath: phy0: IQ_RES[0]=0x43706fc7 IQ_RES[1]=0x740
[ 24.612697] ath: phy0: IQ_RES[2]=0xf0fba706 IQ_RES[3]=0x4eef
[ 24.612703] ath: phy0: IQ_RES[4]=0xf3fcc01d IQ_RES[5]=0xf844
[ 24.612704] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.612705] ath: phy0: tx chain 0: mag corr=-2 phase corr=3
[ 24.612705] ath: phy0: tx chain 0: iq corr coeff=ffffff03
[ 24.612706] ath: phy0: rx chain 0: mag corr=7 phase corr=-11
[ 24.612706] ath: phy0: rx chain 0: iq corr coeff=3f5
[ 24.612707] ath: phy0: Doing Tx IQ Cal for chain 0
[ 24.612714] ath: phy0: IQ_RES[0]=0x406f1fd0 IQ_RES[1]=0x7d0
[ 24.612720] ath: phy0: IQ_RES[2]=0xf0fb66f7 IQ_RES[3]=0x4e1f
[ 24.612726] ath: phy0: IQ_RES[4]=0xe8fcf01c IQ_RES[5]=0xf834
[ 24.612727] ath: phy0: chain 0: mag mismatch=0 phase mismatch=0
[ 24.612727] ath: phy0: tx chain 0: mag corr=-2 phase corr=2
[ 24.612728] ath: phy0: tx chain 0: iq corr coeff=ffffff02
[ 24.612728] ath: phy0: rx chain 0: mag corr=5 phase corr=-11
[ 24.612729] ath: phy0: rx chain 0: iq corr coeff=2f5
[ 24.612731] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.612738] ath: phy0: IQ_RES[0]=0x56b4042 IQ_RES[1]=0x570
[ 24.612744] ath: phy0: IQ_RES[2]=0x2ef2d6c2 IQ_RES[3]=0x3b10
[ 24.612750] ath: phy0: IQ_RES[4]=0xb6fceff5 IQ_RES[5]=0xfad3
[ 24.612751] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.612751] ath: phy0: tx chain 1: mag corr=-1 phase corr=3
[ 24.612752] ath: phy0: tx chain 1: iq corr coeff=ffffff83
[ 24.612752] ath: phy0: rx chain 1: mag corr=-3 phase corr=2
[ 24.612753] ath: phy0: rx chain 1: iq corr coeff=fffffe82
[ 24.612753] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.612761] ath: phy0: IQ_RES[0]=0x6f6046 IQ_RES[1]=0x790
[ 24.612767] ath: phy0: IQ_RES[2]=0x2df28704 IQ_RES[3]=0x3d30
[ 24.612773] ath: phy0: IQ_RES[4]=0xd6fd8ff4 IQ_RES[5]=0xf9c3
[ 24.612773] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.612774] ath: phy0: tx chain 1: mag corr=-1 phase corr=2
[ 24.612774] ath: phy0: tx chain 1: iq corr coeff=ffffff82
[ 24.612775] ath: phy0: rx chain 1: mag corr=-3 phase corr=1
[ 24.612775] ath: phy0: rx chain 1: iq corr coeff=fffffe81
[ 24.612776] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.612783] ath: phy0: IQ_RES[0]=0xf26a1037 IQ_RES[1]=0x7ef
[ 24.612789] ath: phy0: IQ_RES[2]=0x22f2b6af IQ_RES[3]=0x3a40
[ 24.612795] ath: phy0: IQ_RES[4]=0xadfd7ff6 IQ_RES[5]=0xf9b3
[ 24.612796] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.612797] ath: phy0: tx chain 1: mag corr=0 phase corr=1
[ 24.612797] ath: phy0: tx chain 1: iq corr coeff=1
[ 24.612798] ath: phy0: rx chain 1: mag corr=-3 phase corr=2
[ 24.612798] ath: phy0: rx chain 1: iq corr coeff=fffffe82
[ 24.612799] ath: phy0: Doing Tx IQ Cal for chain 1
[ 24.612806] ath: phy0: IQ_RES[0]=0xef67303d IQ_RES[1]=0x86f
[ 24.612812] ath: phy0: IQ_RES[2]=0x20f30682 IQ_RES[3]=0x38d0
[ 24.612818] ath: phy0: IQ_RES[4]=0x92fddff2 IQ_RES[5]=0xf963
[ 24.612819] ath: phy0: chain 1: mag mismatch=0 phase mismatch=0
[ 24.612819] ath: phy0: tx chain 1: mag corr=0 phase corr=0
[ 24.612820] ath: phy0: tx chain 1: iq corr coeff=0
[ 24.612820] ath: phy0: rx chain 1: mag corr=-4 phase corr=1
[ 24.612821] ath: phy0: rx chain 1: iq corr coeff=fffffe01
[ 24.612886] ath: phy0: RTT value at idx 0, chain 0 is: 0x541d531
[ 24.612891] ath: phy0: RTT value at idx 1, chain 0 is: 0x541d579
[ 24.612896] ath: phy0: RTT value at idx 2, chain 0 is: 0x5416409
[ 24.612901] ath: phy0: RTT value at idx 3, chain 0 is: 0x5580001
[ 24.612906] ath: phy0: RTT value at idx 4, chain 0 is: 0x55833c2
[ 24.612913] ath: phy0: RTT value at idx 5, chain 0 is: 0x5200
[ 24.612918] ath: phy0: RTT value at idx 0, chain 1 is: 0x5407371
[ 24.612923] ath: phy0: RTT value at idx 1, chain 1 is: 0x5408379
[ 24.612928] ath: phy0: RTT value at idx 2, chain 1 is: 0x540e2c9
[ 24.612933] ath: phy0: RTT value at idx 3, chain 1 is: 0x5580001
[ 24.612938] ath: phy0: RTT value at idx 4, chain 1 is: 0x55833c2
[ 24.612945] ath: phy0: RTT value at idx 5, chain 1 is: 0xf800
[ 24.612951] ath: phy0: Load RTT value at idx 0, chain 0: 0x541d531
[ 24.612957] ath: phy0: Load RTT value at idx 1, chain 0: 0x541d579
[ 24.612963] ath: phy0: Load RTT value at idx 2, chain 0: 0x5416409
[ 24.612970] ath: phy0: Load RTT value at idx 3, chain 0: 0x5580001
[ 24.612976] ath: phy0: Load RTT value at idx 4, chain 0: 0x55833c2
[ 24.612982] ath: phy0: Load RTT value at idx 5, chain 0: 0x5200
[ 24.612988] ath: phy0: Load RTT value at idx 0, chain 1: 0x5407371
[ 24.612994] ath: phy0: Load RTT value at idx 1, chain 1: 0x5408379
[ 24.613001] ath: phy0: Load RTT value at idx 2, chain 1: 0x540e2c9
[ 24.613007] ath: phy0: Load RTT value at idx 3, chain 1: 0x5580001
[ 24.613013] ath: phy0: Load RTT value at idx 4, chain 1: 0x55833c2
[ 24.613019] ath: phy0: Load RTT value at idx 5, chain 1: 0xf800
[ 24.613341] ath: phy0: starting IQ Mismatch Calibration
[ 24.613399] ath: phy0: Enabled BB Watchdog timeout (25 ms)
[ 24.613405] ath: phy0: disable IER
[ 24.613409] ath: phy0: New interrupt mask 0xf4000673
[ 24.613409] ath: phy0: new IMR 0x81800175
[ 24.613410] ath: phy0: Do not enable IER ref count -1
[ 24.613410] ath: phy0: New interrupt mask 0xf4000673
[ 24.613411] ath: phy0: new IMR 0x81800175
[ 24.613412] ath: phy0: macaddr: 74:c6:3b:bf:90:a3, bssid: 00:00:00:00:00:00, bssidmask: ff:ff:ff:ff:ff:ff
[ 24.613452] ath: phy0: Enable MIB counters
[ 24.613459] ath: phy0: Restore history: opmode 2 chan 2447 Mhz is_scanning=0 ofdm:3 cck:2
[ 24.613460] ath: phy0: **** ofdmlevel 3=>3, rssi=0[lo=7 hi=40]
[ 24.613461] ath: phy0: **** ccklevel 2=>2, rssi=0[lo=7 hi=40]
[ 24.613471] ath: phy0: New interrupt mask 0xf4000673
[ 24.613471] ath: phy0: new IMR 0x81800175
[ 24.613472] ath: phy0: enable IER
[ 24.613475] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.613478] ath: phy0: vif 74:c6:3b:bf:90:a3 power 16 dbm power_type 0
[ 24.613480] ath: phy0: TPC[00] 0x00000020
[ 24.613498] ath: phy0: TPC[01] 0x0000001e
[ 24.613499] ath: phy0: TPC[02] 0x0000001c
[ 24.613500] ath: phy0: TPC[03] 0x0000001a
[ 24.613500] ath: phy0: TPC[04] 0x00000020
[ 24.613501] ath: phy0: TPC[05] 0x00000020
[ 24.613501] ath: phy0: TPC[06] 0x00000020
[ 24.613502] ath: phy0: TPC[07] 0x00000020
[ 24.613503] ath: phy0: New interrupt mask 0xf4000643
[ 24.613503] ath: phy0: new IMR 0x81800145
[ 24.613504] ath: phy0: TPC[08] 0x0000001e
[ 24.613504] ath: phy0: disable IER
[ 24.613505] ath: phy0: TPC[09] 0x0000001e
[ 24.613506] ath: phy0: TPC[10] 0x0000001e
[ 24.613506] ath: phy0: TPC[11] 0x0000001c
[ 24.613507] ath: phy0: TPC[12] 0x0000001a
[ 24.613507] ath: phy0: TPC[13] 0x00000018
[ 24.613508] ath: phy0: TPC[14] 0x0000001e
[ 24.613509] ath: phy0: TPC[15] 0x0000001c
[ 24.613509] ath: phy0: TPC[16] 0x0000001a
[ 24.613510] ath: phy0: TPC[17] 0x00000018
[ 24.613511] ath: phy0: TPC[18] 0x00000000
[ 24.613511] ath: phy0: TPC[19] 0x00000000
[ 24.613512] ath: phy0: TPC[20] 0x00000000
[ 24.613512] ath: phy0: TPC[21] 0x00000000
[ 24.613513] ath: phy0: TPC[22] 0x00000000
[ 24.613513] ath: phy0: New interrupt mask 0xf4000673
[ 24.613514] ath: phy0: new IMR 0x81800175
[ 24.613515] ath: phy0: TPC[23] 0x00000000
[ 24.613515] ath: phy0: enable IER
[ 24.613516] ath: phy0: TPC[24] 0x00000000
[ 24.613516] ath: phy0: TPC[25] 0x00000000
[ 24.613517] ath: phy0: TPC[26] 0x00000000
[ 24.613517] ath: phy0: TPC[27] 0x00000000
[ 24.613518] ath: phy0: TPC[28] 0x00000000
[ 24.613519] ath: phy0: TPC[29] 0x00000000
[ 24.613519] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.613520] ath: phy0: TPC[30] 0x00000000
[ 24.613521] ath: phy0: TPC[31] 0x00000000
[ 24.613521] ath: phy0: TPC[32] 0x00000000
[ 24.613522] ath: phy0: TPC[33] 0x00000000
[ 24.613523] ath: phy0: TPC[34] 0x00000000
[ 24.613523] ath: phy0: TPC[35] 0x00000000
[ 24.613524] ath: phy0: LOOP-Mode ctlMode 0 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.613525] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x11 chan 2447
[ 24.613526] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x12 chan 2447
[ 24.613526] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x15 chan 2447
[ 24.613540] ath: phy0: LOOP-Ctlidx 3: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x17 chan 2447
[ 24.613540] ath: phy0: LOOP-Ctlidx 4: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x41 chan 2447
[ 24.613541] ath: phy0: LOOP-Ctlidx 5: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x42 chan 2447
[ 24.613542] ath: phy0: LOOP-Ctlidx 6: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x45 chan 2447
[ 24.613543] ath: phy0: LOOP-Ctlidx 7: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x47 chan 2447
[ 24.613543] ath: phy0: LOOP-Ctlidx 8: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x31 chan 2447
[ 24.613544] ath: phy0: LOOP-Ctlidx 9: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x32 chan 2447
[ 24.613545] ath: phy0: LOOP-Ctlidx 10: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x35 chan 2447
[ 24.613546] ath: phy0: LOOP-Ctlidx 11: cfgCtl 0xe2 pCtlMode 0x01 ctlIndex 0x37 chan 2447
[ 24.613546] ath: phy0: SEL-Min ctlMode 0 pCtlMode 1 2xMaxEdge 23 sP 26 minCtlPwr 23
[ 24.613547] ath: phy0: LOOP-Mode ctlMode 1 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.613548] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x11 chan 2447
[ 24.613548] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x12 chan 2447
[ 24.613549] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x15 chan 2447
[ 24.613550] ath: phy0: LOOP-Ctlidx 3: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x17 chan 2447
[ 24.613551] ath: phy0: LOOP-Ctlidx 4: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x41 chan 2447
[ 24.613551] ath: phy0: LOOP-Ctlidx 5: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x42 chan 2447
[ 24.613552] ath: phy0: LOOP-Ctlidx 6: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x45 chan 2447
[ 24.613553] ath: phy0: LOOP-Ctlidx 7: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x47 chan 2447
[ 24.613554] ath: phy0: LOOP-Ctlidx 8: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x31 chan 2447
[ 24.613554] ath: phy0: LOOP-Ctlidx 9: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x32 chan 2447
[ 24.613555] ath: phy0: LOOP-Ctlidx 10: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x35 chan 2447
[ 24.613556] ath: phy0: LOOP-Ctlidx 11: cfgCtl 0xe2 pCtlMode 0x02 ctlIndex 0x37 chan 2447
[ 24.613556] ath: phy0: SEL-Min ctlMode 1 pCtlMode 2 2xMaxEdge 25 sP 26 minCtlPwr 25
[ 24.613557] ath: phy0: LOOP-Mode ctlMode 2 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.613558] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x11 chan 2447
[ 24.613558] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x12 chan 2447
[ 24.613559] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x15 chan 2447
[ 24.613560] ath: phy0: LOOP-Ctlidx 3: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x17 chan 2447
[ 24.613561] ath: phy0: LOOP-Ctlidx 4: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x41 chan 2447
[ 24.613561] ath: phy0: LOOP-Ctlidx 5: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x42 chan 2447
[ 24.613562] ath: phy0: LOOP-Ctlidx 6: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x45 chan 2447
[ 24.613563] ath: phy0: LOOP-Ctlidx 7: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x47 chan 2447
[ 24.613563] ath: phy0: LOOP-Ctlidx 8: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x31 chan 2447
[ 24.613564] ath: phy0: LOOP-Ctlidx 9: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x32 chan 2447
[ 24.613565] ath: phy0: LOOP-Ctlidx 10: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x35 chan 2447
[ 24.613566] ath: phy0: LOOP-Ctlidx 11: cfgCtl 0xe2 pCtlMode 0x05 ctlIndex 0x37 chan 2447
[ 24.613566] ath: phy0: SEL-Min ctlMode 2 pCtlMode 5 2xMaxEdge 25 sP 26 minCtlPwr 25
[ 24.613567] ath: phy0: TPC[00] 0x00000019
[ 24.613568] ath: phy0: TPC[01] 0x00000019
[ 24.613568] ath: phy0: TPC[02] 0x00000019
[ 24.613569] ath: phy0: TPC[03] 0x00000019
[ 24.613569] ath: phy0: TPC[04] 0x00000017
[ 24.613570] ath: phy0: TPC[05] 0x00000017
[ 24.613570] ath: phy0: TPC[06] 0x00000017
[ 24.613571] ath: phy0: TPC[07] 0x00000017
[ 24.613571] ath: phy0: TPC[08] 0x00000019
[ 24.613572] ath: phy0: TPC[09] 0x00000019
[ 24.613572] ath: phy0: TPC[10] 0x00000019
[ 24.613573] ath: phy0: TPC[11] 0x00000019
[ 24.613573] ath: phy0: TPC[12] 0x00000019
[ 24.613574] ath: phy0: TPC[13] 0x00000018
[ 24.613574] ath: phy0: TPC[14] 0x00000019
[ 24.613575] ath: phy0: TPC[15] 0x00000019
[ 24.613575] ath: phy0: TPC[16] 0x00000019
[ 24.613576] ath: phy0: TPC[17] 0x00000018
[ 24.613576] ath: phy0: TPC[18] 0x00000000
[ 24.613577] ath: phy0: TPC[19] 0x00000000
[ 24.613577] ath: phy0: TPC[20] 0x00000000
[ 24.613578] ath: phy0: TPC[21] 0x00000000
[ 24.613578] ath: phy0: TPC[22] 0x00000000
[ 24.613579] ath: phy0: TPC[23] 0x00000000
[ 24.613579] ath: phy0: TPC[24] 0x00000000
[ 24.613580] ath: phy0: TPC[25] 0x00000000
[ 24.613580] ath: phy0: TPC[26] 0x00000000
[ 24.613581] ath: phy0: TPC[27] 0x00000000
[ 24.613581] ath: phy0: TPC[28] 0x00000000
[ 24.613582] ath: phy0: TPC[29] 0x00000000
[ 24.613582] ath: phy0: TPC[30] 0x00000000
[ 24.613583] ath: phy0: TPC[31] 0x00000000
[ 24.613583] ath: phy0: TPC[32] 0x00000000
[ 24.613584] ath: phy0: TPC[33] 0x00000000
[ 24.613584] ath: phy0: TPC[34] 0x00000000
[ 24.613585] ath: phy0: TPC[35] 0x00000000
[ 24.613587] ath: phy0: ch=0 f=2447 low=2442 -18 h=2472 -16
[ 24.613587] ath: phy0: ch=1 f=2447 low=2442 -13 h=2472 -12
[ 24.613588] ath: phy0: ch=2 f=2447 low=2442 0 h=2472 0
[ 24.613599] ath: phy0: for frequency=2447, calibration correction = -18 -13 0
[ 24.613606] ath: phy0: disable IER
[ 24.613611] ath: phy0: New interrupt mask 0xf4000673
[ 24.613611] ath: phy0: new IMR 0x81800175
[ 24.613612] ath: phy0: enable IER
[ 24.613615] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.613616] ath: phy0: New interrupt mask 0xf4000673
[ 24.613616] ath: phy0: new IMR 0x81800175
[ 24.613617] ath: phy0: macaddr: 74:c6:3b:bf:90:a3, bssid: 00:00:00:00:00:00, bssidmask: ff:ff:ff:ff:ff:ff
[ 24.613619] ath: phy0: Add station: c0:56:27:62:ac:49
[ 24.613635] ath: phy0: transmitting packet, skb: ffff8ceba8414b00
[ 24.613638] ath: phy0: qnum: 3, txq depth: 0
[ 24.613639] ath: phy0: TXDP[3] = 28040a00 (ffff8ce3a8040a00)
[ 24.614577] ath: phy0: disable IER
[ 24.614587] ath: phy0: TX complete: skb: ffff8ceba8414b00
[ 24.614594] ath: phy0: enable IER
[ 24.614598] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.616134] ath: phy0: disable IER
[ 24.616156] ath: phy0: enable IER
[ 24.616160] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.616934] ath: phy0: transmitting packet, skb: ffff8cebcafd7400
[ 24.616937] ath: phy0: qnum: 3, txq depth: 0
[ 24.616938] ath: phy0: TXDP[3] = 28040a80 (ffff8ce3a8040a80)
[ 24.618573] ath: phy0: disable IER
[ 24.618583] ath: phy0: TX complete: skb: ffff8cebcafd7400
[ 24.618590] ath: phy0: enable IER
[ 24.618594] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.629838] ath: phy0: disable IER
[ 24.629861] ath: phy0: enable IER
[ 24.629865] ath: phy0: AR_IMR 0x81800175 IER 0x1
[ 24.629906] ath: phy0: Configure tx [queue/halq] [0/3], aifs: 2, cw_min: 3, cw_max: 7, txop: 47
[ 24.629907] ath: phy0: Set queue properties for: 3
[ 24.629908] ath: phy0: Reset TX queue: 3
[ 24.629909] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.629911] ath: phy0: Configure tx [queue/halq] [1/2], aifs: 2, cw_min: 7, cw_max: 15, txop: 94
[ 24.629912] ath: phy0: Set queue properties for: 2
[ 24.629912] ath: phy0: Reset TX queue: 2
[ 24.629914] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.629915] ath: phy0: Configure tx [queue/halq] [2/1], aifs: 3, cw_min: 15, cw_max: 1023, txop: 0
[ 24.629916] ath: phy0: Set queue properties for: 1
[ 24.629917] ath: phy0: Reset TX queue: 1
[ 24.629918] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.629919] ath: phy0: Configure tx [queue/halq] [3/0], aifs: 7, cw_min: 15, cw_max: 1023, txop: 0
[ 24.629920] ath: phy0: Set queue properties for: 0
[ 24.629920] ath: phy0: Reset TX queue: 0
[ 24.629922] ath: phy0: tx ok 0x38f err 0x38f desc 0x0 eol 0x0 urn 0x0
[ 24.629924] ath: phy0: BSSID c0:56:27:62:ac:49 Changed ASSOC 1
[ 24.629930] ath: phy0: WLAN current channel 45 mask BT channel 28 - 62
[ 24.629931] ath: phy0: Primary Station interface: 74:c6:3b:bf:90:a3, BSSID: c0:56:27:62:ac:49
[ 24.629932] ath: phy0: Caching beacon data for BSS: c0:56:27:62:ac:49
[ 24.629937] ath: phy0: bmiss: 10 sleep: 102400
[ 24.629937] ath: phy0: disable IER
[ 24.629944] ath: phy0: next DTIM 3276800
[ 24.629945] ath: phy0: next beacon 3174400
[ 24.629945] ath: phy0: beacon period 102400
[ 24.629946] ath: phy0: DTIM period 204800
[ 24.629949] ath: phy0: New interrupt mask 0xf4040673
[ 24.629950] ath: phy0: new IMR 0x81840175
[ 24.629950] ath: phy0: enable IER
[ 24.629954] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.629955] ath: phy0: New interrupt mask 0xf4040673
[ 24.629955] ath: phy0: new IMR 0x81840175
[ 24.629956] ath: phy0: ah->misc_mode 0x10000004
[ 24.629966] ath: phy0: macaddr: 74:c6:3b:bf:90:a3, bssid: c0:56:27:62:ac:49, bssidmask: ff:ff:ff:ff:ff:ff
[ 24.629972] ath: phy0: WLAN current channel 45 mask BT channel 28 - 62
[ 24.629973] ath: phy0: Primary Station interface: 74:c6:3b:bf:90:a3, BSSID: c0:56:27:62:ac:49
[ 24.629973] ath: phy0: Caching beacon data for BSS: c0:56:27:62:ac:49
[ 24.629977] ath: phy0: bmiss: 10 sleep: 102400
[ 24.629978] ath: phy0: disable IER
[ 24.629985] ath: phy0: next DTIM 3276800
[ 24.629985] ath: phy0: next beacon 3174400
[ 24.629986] ath: phy0: beacon period 102400
[ 24.629986] ath: phy0: DTIM period 204800
[ 24.629990] ath: phy0: New interrupt mask 0xf4040673
[ 24.629991] ath: phy0: new IMR 0x81840175
[ 24.629991] ath: phy0: enable IER
[ 24.629995] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.629995] ath: phy0: New interrupt mask 0xf4040673
[ 24.629996] ath: phy0: new IMR 0x81840175
[ 24.629997] ath: phy0: macaddr: 74:c6:3b:bf:90:a3, bssid: c0:56:27:62:ac:49, bssidmask: ff:ff:ff:ff:ff:ff
[ 24.629998] ath: phy0: ah->misc_mode 0x10000004
[ 24.630007] ath: phy0: Starting ANI
[ 24.632199] ath: phy0: disable IER
[ 24.632226] ath: phy0: enable IER
[ 24.632231] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.632405] ath: phy0: transmitting packet, skb: ffff8ceba8dd0c00
[ 24.632409] ath: phy0: qnum: 3, txq depth: 0
[ 24.632411] ath: phy0: TXDP[3] = 28040b00 (ffff8ce3a8040b00)
[ 24.632702] ath: EEPROM regdomain: 0x8348
[ 24.632703] ath: EEPROM indicates we should expect a country code
[ 24.632703] ath: doing EEPROM country->regdmn map search
[ 24.632704] ath: country maps to regdmn code: 0x3a
[ 24.632704] ath: Country alpha2 being used: US
[ 24.632705] ath: Regpair used: 0x3a
[ 24.632705] ath: regdomain 0x8348 dynamically updated by country IE
[ 24.632709] ath: phy0: TPC[00] 0x00000020
[ 24.632710] ath: phy0: TPC[01] 0x0000001e
[ 24.632710] ath: phy0: TPC[02] 0x0000001c
[ 24.632711] ath: phy0: TPC[03] 0x0000001a
[ 24.632712] ath: phy0: TPC[04] 0x00000020
[ 24.632712] ath: phy0: TPC[05] 0x00000020
[ 24.632713] ath: phy0: TPC[06] 0x00000020
[ 24.632714] ath: phy0: TPC[07] 0x00000020
[ 24.632714] ath: phy0: TPC[08] 0x0000001e
[ 24.632715] ath: phy0: TPC[09] 0x0000001e
[ 24.632716] ath: phy0: TPC[10] 0x0000001e
[ 24.632716] ath: phy0: TPC[11] 0x0000001c
[ 24.632717] ath: phy0: TPC[12] 0x0000001a
[ 24.632718] ath: phy0: TPC[13] 0x00000018
[ 24.632718] ath: phy0: TPC[14] 0x0000001e
[ 24.632719] ath: phy0: TPC[15] 0x0000001c
[ 24.632720] ath: phy0: TPC[16] 0x0000001a
[ 24.632720] ath: phy0: TPC[17] 0x00000018
[ 24.632721] ath: phy0: TPC[18] 0x00000000
[ 24.632722] ath: phy0: TPC[19] 0x00000000
[ 24.632722] ath: phy0: TPC[20] 0x00000000
[ 24.632723] ath: phy0: TPC[21] 0x00000000
[ 24.632724] ath: phy0: TPC[22] 0x00000000
[ 24.632724] ath: phy0: TPC[23] 0x00000000
[ 24.632725] ath: phy0: TPC[24] 0x00000000
[ 24.632726] ath: phy0: TPC[25] 0x00000000
[ 24.632726] ath: phy0: TPC[26] 0x00000000
[ 24.632727] ath: phy0: TPC[27] 0x00000000
[ 24.632728] ath: phy0: TPC[28] 0x00000000
[ 24.632728] ath: phy0: TPC[29] 0x00000000
[ 24.632729] ath: phy0: TPC[30] 0x00000000
[ 24.632730] ath: phy0: TPC[31] 0x00000000
[ 24.632731] ath: phy0: TPC[32] 0x00000000
[ 24.632731] ath: phy0: TPC[33] 0x00000000
[ 24.632732] ath: phy0: TPC[34] 0x00000000
[ 24.632733] ath: phy0: TPC[35] 0x00000000
[ 24.632734] ath: phy0: LOOP-Mode ctlMode 0 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.632735] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0x12 pCtlMode 0x01 ctlIndex 0x11 chan 2447
[ 24.632736] ath: phy0: SEL-Min ctlMode 0 pCtlMode 1 2xMaxEdge 33 sP 54 minCtlPwr 33
[ 24.632738] ath: phy0: LOOP-Mode ctlMode 1 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.632739] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0x12 pCtlMode 0x02 ctlIndex 0x11 chan 2447
[ 24.632740] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0x12 pCtlMode 0x02 ctlIndex 0x12 chan 2447
[ 24.632741] ath: phy0: SEL-Min ctlMode 1 pCtlMode 2 2xMaxEdge 33 sP 54 minCtlPwr 33
[ 24.632741] ath: phy0: LOOP-Mode ctlMode 2 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.632742] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0x12 pCtlMode 0x05 ctlIndex 0x11 chan 2447
[ 24.632743] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0x12 pCtlMode 0x05 ctlIndex 0x12 chan 2447
[ 24.632744] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0x12 pCtlMode 0x05 ctlIndex 0x15 chan 2447
[ 24.632745] ath: phy0: SEL-Min ctlMode 2 pCtlMode 5 2xMaxEdge 31 sP 54 minCtlPwr 31
[ 24.632746] ath: phy0: TPC[00] 0x00000020
[ 24.632747] ath: phy0: TPC[01] 0x0000001e
[ 24.632748] ath: phy0: TPC[02] 0x0000001c
[ 24.632748] ath: phy0: TPC[03] 0x0000001a
[ 24.632749] ath: phy0: TPC[04] 0x00000020
[ 24.632750] ath: phy0: TPC[05] 0x00000020
[ 24.632750] ath: phy0: TPC[06] 0x00000020
[ 24.632751] ath: phy0: TPC[07] 0x00000020
[ 24.632752] ath: phy0: TPC[08] 0x0000001e
[ 24.632752] ath: phy0: TPC[09] 0x0000001e
[ 24.632753] ath: phy0: TPC[10] 0x0000001e
[ 24.632754] ath: phy0: TPC[11] 0x0000001c
[ 24.632754] ath: phy0: TPC[12] 0x0000001a
[ 24.632755] ath: phy0: TPC[13] 0x00000018
[ 24.632756] ath: phy0: TPC[14] 0x0000001e
[ 24.632756] ath: phy0: TPC[15] 0x0000001c
[ 24.632757] ath: phy0: TPC[16] 0x0000001a
[ 24.632758] ath: phy0: TPC[17] 0x00000018
[ 24.632759] ath: phy0: TPC[18] 0x00000000
[ 24.632759] ath: phy0: TPC[19] 0x00000000
[ 24.632760] ath: phy0: TPC[20] 0x00000000
[ 24.632761] ath: phy0: TPC[21] 0x00000000
[ 24.632761] ath: phy0: TPC[22] 0x00000000
[ 24.632762] ath: phy0: TPC[23] 0x00000000
[ 24.632763] ath: phy0: TPC[24] 0x00000000
[ 24.632763] ath: phy0: TPC[25] 0x00000000
[ 24.632764] ath: phy0: TPC[26] 0x00000000
[ 24.632765] ath: phy0: TPC[27] 0x00000000
[ 24.632765] ath: phy0: TPC[28] 0x00000000
[ 24.632766] ath: phy0: TPC[29] 0x00000000
[ 24.632767] ath: phy0: TPC[30] 0x00000000
[ 24.632767] ath: phy0: TPC[31] 0x00000000
[ 24.632768] ath: phy0: TPC[32] 0x00000000
[ 24.632769] ath: phy0: TPC[33] 0x00000000
[ 24.632769] ath: phy0: TPC[34] 0x00000000
[ 24.632770] ath: phy0: TPC[35] 0x00000000
[ 24.632772] ath: phy0: ch=0 f=2447 low=2442 -18 h=2472 -16
[ 24.632773] ath: phy0: ch=1 f=2447 low=2442 -13 h=2472 -12
[ 24.632774] ath: phy0: ch=2 f=2447 low=2442 0 h=2472 0
[ 24.632786] ath: phy0: for frequency=2447, calibration correction = -18 -13 0
[ 24.634218] ath: phy0: disable IER
[ 24.634226] ath: phy0: TX complete: skb: ffff8ceba8dd0c00
[ 24.634229] ath: phy0: enable IER
[ 24.634233] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.637294] ath: phy0: disable IER
[ 24.637323] ath: phy0: enable IER
[ 24.637327] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.637424] ath: phy0: transmitting packet, skb: ffff8ceba8a62600
[ 24.637428] ath: phy0: qnum: 3, txq depth: 0
[ 24.637429] ath: phy0: TXDP[3] = 28040b80 (ffff8ce3a8040b80)
[ 24.639104] ath: phy0: disable IER
[ 24.639114] ath: phy0: TX complete: skb: ffff8ceba8a62600
[ 24.639117] ath: phy0: enable IER
[ 24.639121] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.652080] ath: phy0: Set HW Key 0
[ 24.652293] ath: phy0: Set HW Key 0
[ 24.652649] ath: phy0: Set HW RX filter: 0x80607
[ 24.653233] ath: phy0: disable IER
[ 24.653255] ath: phy0: Reconfigure beacon timers based on synchronized timestamp
[ 24.653263] ath: phy0: bmiss: 10 sleep: 102400
[ 24.653265] ath: phy0: disable IER
[ 24.653274] ath: phy0: next DTIM 571506688
[ 24.653276] ath: phy0: next beacon 571506688
[ 24.653278] ath: phy0: beacon period 102400
[ 24.653280] ath: phy0: DTIM period 204800
[ 24.653286] ath: phy0: New interrupt mask 0xf4040673
[ 24.653288] ath: phy0: new IMR 0x81840175
[ 24.653290] ath: phy0: enable IER
[ 24.653296] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.653312] ath: phy0: enable IER
[ 24.653318] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.653767] ath: phy0: disable IER
[ 24.653783] ath: phy0: enable IER
[ 24.653790] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.659458] ath: phy0: disable IER
[ 24.659498] ath: phy0: enable IER
[ 24.659505] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.660985] ath: phy0: transmitting packet, skb: ffff8cebda4af900
[ 24.660997] ath: phy0: qnum: 1, txq depth: 0
[ 24.661001] ath: phy0: TXDP[1] = 28040c00 (ffff8ce3a8040c00)
[ 24.662232] ath: phy0: disable IER
[ 24.662253] ath: phy0: TX complete: skb: ffff8cebda4af900
[ 24.662263] ath: phy0: enable IER
[ 24.662270] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.705037] ath: phy0: ath_tx_aggr_start called
[ 24.705061] ath: phy0: transmitting packet, skb: ffff8ceba84fde00
[ 24.705071] ath: phy0: qnum: 3, txq depth: 0
[ 24.705075] ath: phy0: TXDP[3] = 28040c80 (ffff8ce3a8040c80)
[ 24.706016] ath: phy0: disable IER
[ 24.706037] ath: phy0: TX complete: skb: ffff8ceba84fde00
[ 24.706053] ath: phy0: enable IER
[ 24.706060] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.707064] ath: phy0: disable IER
[ 24.707110] ath: phy0: enable IER
[ 24.707118] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.707161] ath: phy0: ath_tx_aggr_resume called
[ 24.756273] ath: phy0: disable IER
[ 24.756324] ath: phy0: enable IER
[ 24.756333] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.757509] ath: phy0: disable IER
[ 24.757556] ath: phy0: enable IER
[ 24.757563] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.858672] ath: phy0: disable IER
[ 24.858723] ath: phy0: enable IER
[ 24.858731] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.865007] ath: phy0: TPC[00] 0x00000020
[ 24.865011] ath: phy0: TPC[01] 0x0000001e
[ 24.865013] ath: phy0: TPC[02] 0x0000001c
[ 24.865015] ath: phy0: TPC[03] 0x0000001a
[ 24.865018] ath: phy0: TPC[04] 0x00000020
[ 24.865020] ath: phy0: TPC[05] 0x00000020
[ 24.865023] ath: phy0: TPC[06] 0x00000020
[ 24.865025] ath: phy0: TPC[07] 0x00000020
[ 24.865028] ath: phy0: TPC[08] 0x0000001e
[ 24.865030] ath: phy0: TPC[09] 0x0000001e
[ 24.865033] ath: phy0: TPC[10] 0x0000001e
[ 24.865036] ath: phy0: TPC[11] 0x0000001c
[ 24.865038] ath: phy0: TPC[12] 0x0000001a
[ 24.865040] ath: phy0: TPC[13] 0x00000018
[ 24.865043] ath: phy0: TPC[14] 0x0000001e
[ 24.865045] ath: phy0: TPC[15] 0x0000001c
[ 24.865048] ath: phy0: TPC[16] 0x0000001a
[ 24.865050] ath: phy0: TPC[17] 0x00000018
[ 24.865053] ath: phy0: TPC[18] 0x00000000
[ 24.865055] ath: phy0: TPC[19] 0x00000000
[ 24.865058] ath: phy0: TPC[20] 0x00000000
[ 24.865060] ath: phy0: TPC[21] 0x00000000
[ 24.865063] ath: phy0: TPC[22] 0x00000000
[ 24.865065] ath: phy0: TPC[23] 0x00000000
[ 24.865067] ath: phy0: TPC[24] 0x00000000
[ 24.865070] ath: phy0: TPC[25] 0x00000000
[ 24.865072] ath: phy0: TPC[26] 0x00000000
[ 24.865075] ath: phy0: TPC[27] 0x00000000
[ 24.865077] ath: phy0: TPC[28] 0x00000000
[ 24.865079] ath: phy0: TPC[29] 0x00000000
[ 24.865082] ath: phy0: TPC[30] 0x00000000
[ 24.865084] ath: phy0: TPC[31] 0x00000000
[ 24.865087] ath: phy0: TPC[32] 0x00000000
[ 24.865089] ath: phy0: TPC[33] 0x00000000
[ 24.865092] ath: phy0: TPC[34] 0x00000000
[ 24.865094] ath: phy0: TPC[35] 0x00000000
[ 24.865099] ath: phy0: LOOP-Mode ctlMode 0 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.865103] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0x12 pCtlMode 0x01 ctlIndex 0x11 chan 2447
[ 24.865108] ath: phy0: SEL-Min ctlMode 0 pCtlMode 1 2xMaxEdge 33 sP 54 minCtlPwr 33
[ 24.865111] ath: phy0: LOOP-Mode ctlMode 1 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.865115] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0x12 pCtlMode 0x02 ctlIndex 0x11 chan 2447
[ 24.865118] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0x12 pCtlMode 0x02 ctlIndex 0x12 chan 2447
[ 24.865122] ath: phy0: SEL-Min ctlMode 1 pCtlMode 2 2xMaxEdge 33 sP 54 minCtlPwr 33
[ 24.865125] ath: phy0: LOOP-Mode ctlMode 2 < 3, isHt40CtlMode 0, EXT_ADDITIVE 0
[ 24.865128] ath: phy0: LOOP-Ctlidx 0: cfgCtl 0x12 pCtlMode 0x05 ctlIndex 0x11 chan 2447
[ 24.865132] ath: phy0: LOOP-Ctlidx 1: cfgCtl 0x12 pCtlMode 0x05 ctlIndex 0x12 chan 2447
[ 24.865135] ath: phy0: LOOP-Ctlidx 2: cfgCtl 0x12 pCtlMode 0x05 ctlIndex 0x15 chan 2447
[ 24.865139] ath: phy0: SEL-Min ctlMode 2 pCtlMode 5 2xMaxEdge 31 sP 54 minCtlPwr 31
[ 24.865142] ath: phy0: TPC[00] 0x00000020
[ 24.865145] ath: phy0: TPC[01] 0x0000001e
[ 24.865147] ath: phy0: TPC[02] 0x0000001c
[ 24.865150] ath: phy0: TPC[03] 0x0000001a
[ 24.865152] ath: phy0: TPC[04] 0x00000020
[ 24.865155] ath: phy0: TPC[05] 0x00000020
[ 24.865157] ath: phy0: TPC[06] 0x00000020
[ 24.865159] ath: phy0: TPC[07] 0x00000020
[ 24.865162] ath: phy0: TPC[08] 0x00000014
[ 24.865164] ath: phy0: TPC[09] 0x00000014
[ 24.865167] ath: phy0: TPC[10] 0x00000014
[ 24.865169] ath: phy0: TPC[11] 0x00000014
[ 24.865172] ath: phy0: TPC[12] 0x00000014
[ 24.865174] ath: phy0: TPC[13] 0x00000014
[ 24.865176] ath: phy0: TPC[14] 0x00000014
[ 24.865179] ath: phy0: TPC[15] 0x00000014
[ 24.865181] ath: phy0: TPC[16] 0x00000014
[ 24.865184] ath: phy0: TPC[17] 0x00000014
[ 24.865186] ath: phy0: TPC[18] 0x00000000
[ 24.865189] ath: phy0: TPC[19] 0x00000000
[ 24.865191] ath: phy0: TPC[20] 0x00000000
[ 24.865194] ath: phy0: TPC[21] 0x00000000
[ 24.865196] ath: phy0: TPC[22] 0x00000000
[ 24.865199] ath: phy0: TPC[23] 0x00000000
[ 24.865201] ath: phy0: TPC[24] 0x00000000
[ 24.865203] ath: phy0: TPC[25] 0x00000000
[ 24.865206] ath: phy0: TPC[26] 0x00000000
[ 24.865208] ath: phy0: TPC[27] 0x00000000
[ 24.865211] ath: phy0: TPC[28] 0x00000000
[ 24.865213] ath: phy0: TPC[29] 0x00000000
[ 24.865216] ath: phy0: TPC[30] 0x00000000
[ 24.865218] ath: phy0: TPC[31] 0x00000000
[ 24.865220] ath: phy0: TPC[32] 0x00000000
[ 24.865223] ath: phy0: TPC[33] 0x00000000
[ 24.865225] ath: phy0: TPC[34] 0x00000000
[ 24.865228] ath: phy0: TPC[35] 0x00000000
[ 24.865236] ath: phy0: ch=0 f=2447 low=2442 -18 h=2472 -16
[ 24.865240] ath: phy0: ch=1 f=2447 low=2442 -13 h=2472 -12
[ 24.865243] ath: phy0: ch=2 f=2447 low=2442 0 h=2472 0
[ 24.865259] ath: phy0: for frequency=2447, calibration correction = -18 -13 0
[ 24.933072] ath: phy0: transmitting packet, skb: ffff8ceba80c4200
[ 24.933086] ath: phy0: qnum: 1, txq depth: 0
[ 24.933092] ath: phy0: TXDP[1] = 28040d00 (ffff8ce3a8040d00)
[ 24.938591] ath: phy0: disable IER
[ 24.938613] ath: phy0: TX complete: skb: ffff8ceba80c4200
[ 24.938633] ath: phy0: enable IER
[ 24.938640] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.961069] ath: phy0: disable IER
[ 24.961120] ath: phy0: enable IER
[ 24.961128] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 24.962212] ath: phy0: disable IER
[ 24.962253] ath: phy0: enable IER
[ 24.962261] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.063474] ath: phy0: disable IER
[ 25.063523] ath: phy0: enable IER
[ 25.063531] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.165876] ath: phy0: disable IER
[ 25.165926] ath: phy0: enable IER
[ 25.165934] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.268275] ath: phy0: disable IER
[ 25.268327] ath: phy0: enable IER
[ 25.268335] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.370675] ath: phy0: disable IER
[ 25.370727] ath: phy0: enable IER
[ 25.370735] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.473075] ath: phy0: disable IER
[ 25.473126] ath: phy0: enable IER
[ 25.473133] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.575476] ath: phy0: disable IER
[ 25.575528] ath: phy0: enable IER
[ 25.575535] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.594985] ath: phy0: transmitting packet, skb: ffff8ceba7f39f00
[ 25.595000] ath: phy0: qnum: 1, txq depth: 0
[ 25.595005] ath: phy0: TXDP[1] = 28040d80 (ffff8ce3a8040d80)
[ 25.595238] ath: phy0: disable IER
[ 25.595260] ath: phy0: TX complete: skb: ffff8ceba7f39f00
[ 25.595281] ath: phy0: enable IER
[ 25.595289] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.599373] ath: phy0: disable IER
[ 25.599429] ath: phy0: enable IER
[ 25.599436] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.637022] ath: phy0: listenTime=4400 OFDM:3 errs=98/s CCK:2 errs=32/s ofdm_turn=1
[ 25.637027] ath: phy0: **** ofdmlevel 3=>2, rssi=71[lo=7 hi=40]
[ 25.637035] ath: phy0: ** ch 2447: level 3=>2[def:3] cycpwrThr1[level]=4 ini=6
[ 25.637039] ath: phy0: ** ch 2447: level 3=>2[def:3] cycpwrThr1Ext[level]=6 ini=8
[ 25.637044] ath: phy0: ANI parameters: SI=2, ofdmWS=on FS=2 MRCcck=on listenTime=4400 ofdmErrs=433 cckErrs=143
[ 25.637070] ath: phy0: 0: Chn 0 pmi=0x0094f3d8;pmq=0x009cbf06;iqcm=0x0001b71b;
[ 25.637078] ath: phy0: 0: Chn 1 pmi=0x01dd8757;pmq=0x01d2246a;iqcm=0x000638b3;
[ 25.637081] ath: phy0: Starting IQ Cal and Correction for Chain 0
[ 25.637084] ath: phy0: Original: Chn 0 iq_corr_meas = 0x0001b71b
[ 25.637087] ath: phy0: Chn 0 pwr_meas_i = 0x0094f3d8
[ 25.637089] ath: phy0: Chn 0 pwr_meas_q = 0x009cbf06
[ 25.637091] ath: phy0: iqCorrNeg is 0x00000000
[ 25.637094] ath: phy0: Chn 0 iCoff = 0x00000002
[ 25.637097] ath: phy0: Chn 0 qCoff = 0xfffffffc
[ 25.637100] ath: phy0: Chn 0 : iCoff = 0x7e qCoff = 0x7c
[ 25.637104] ath: phy0: Register offset (0x98dc) before update = 0x20000000
[ 25.637112] ath: phy0: Register offset (0x98dc) QI COFF (bitfields 0x00003f80) after update = 0x20003f7c
[ 25.637117] ath: phy0: Register offset (0x98dc) QQ COFF (bitfields 0x0000007f) after update = 0x20003f7c
[ 25.637119] ath: phy0: IQ Cal and Correction done for Chain 0
[ 25.637122] ath: phy0: Starting IQ Cal and Correction for Chain 1
[ 25.637124] ath: phy0: Original: Chn 1 iq_corr_meas = 0x000638b3
[ 25.637127] ath: phy0: Chn 1 pwr_meas_i = 0x01dd8757
[ 25.637130] ath: phy0: Chn 1 pwr_meas_q = 0x01d2246a
[ 25.637132] ath: phy0: iqCorrNeg is 0x00000000
[ 25.637134] ath: phy0: Chn 1 iCoff = 0x00000003
[ 25.637137] ath: phy0: Chn 1 qCoff = 0x00000001
[ 25.637140] ath: phy0: Chn 1 : iCoff = 0x7d qCoff = 0x1
[ 25.637144] ath: phy0: Register offset (0xa8dc) before update = 0x0
[ 25.637152] ath: phy0: Register offset (0xa8dc) QI COFF (bitfields 0x00003f80) after update = 0x3e81
[ 25.637156] ath: phy0: Register offset (0xa8dc) QQ COFF (bitfields 0x0000007f) after update = 0x3e81
[ 25.637158] ath: phy0: IQ Cal and Correction done for Chain 1
[ 25.637165] ath: phy0: IQ Cal and Correction (offset 0x98dc) enabled (bit position 0x00004000). New Value 0x20007f7c
[ 25.637169] ath: phy0: Calibration @4294898704 finished: short ani, caldone: true
[ 25.669034] ath: phy0: transmitting packet, skb: ffff8cebdb784a00
[ 25.669049] ath: phy0: qnum: 1, txq depth: 0
[ 25.669054] ath: phy0: TXDP[1] = 28040e00 (ffff8ce3a8040e00)
[ 25.670368] ath: phy0: disable IER
[ 25.670390] ath: phy0: TX complete: skb: ffff8cebdb784a00
[ 25.670411] ath: phy0: enable IER
[ 25.670418] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.677844] ath: phy0: disable IER
[ 25.677894] ath: phy0: enable IER
[ 25.677902] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.780276] ath: phy0: disable IER
[ 25.780327] ath: phy0: enable IER
[ 25.780334] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.783552] ath: phy0: disable IER
[ 25.783598] ath: phy0: enable IER
[ 25.783606] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.784786] ath: phy0: disable IER
[ 25.784828] ath: phy0: enable IER
[ 25.784836] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.882679] ath: phy0: disable IER
[ 25.882730] ath: phy0: enable IER
[ 25.882737] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.957083] ath: phy0: transmitting packet, skb: ffff8ceba7f3d500
[ 25.957098] ath: phy0: qnum: 1, txq depth: 0
[ 25.957103] ath: phy0: TXDP[1] = 28040e80 (ffff8ce3a8040e80)
[ 25.957120] ath: phy0: transmitting packet, skb: ffff8ceba8bb4a00
[ 25.957125] ath: phy0: qnum: 1, txq depth: 1
[ 25.957128] ath: phy0: TXDP[1] = 28040f00 (ffff8ce3a8040f00)
[ 25.963308] ath: phy0: disable IER
[ 25.963330] ath: phy0: TX complete: skb: ffff8ceba7f3d500
[ 25.963351] ath: phy0: enable IER
[ 25.963358] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.968140] ath: phy0: disable IER
[ 25.968162] ath: phy0: TX complete: skb: ffff8ceba8bb4a00
[ 25.968173] ath: phy0: enable IER
[ 25.968180] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.985073] ath: phy0: disable IER
[ 25.985124] ath: phy0: enable IER
[ 25.985132] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.986323] ath: phy0: disable IER
[ 25.986365] ath: phy0: enable IER
[ 25.986373] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 25.987425] ath: phy0: disable IER
[ 25.987466] ath: phy0: enable IER
[ 25.987474] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.087472] ath: phy0: disable IER
[ 26.087524] ath: phy0: enable IER
[ 26.087531] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.189846] ath: phy0: disable IER
[ 26.189897] ath: phy0: enable IER
[ 26.189905] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.205047] ath: phy0: transmitting packet, skb: ffff8ceba8100d00
[ 26.205062] ath: phy0: qnum: 1, txq depth: 0
[ 26.205067] ath: phy0: TXDP[1] = 28040f80 (ffff8ce3a8040f80)
[ 26.205314] ath: phy0: disable IER
[ 26.205336] ath: phy0: TX complete: skb: ffff8ceba8100d00
[ 26.205357] ath: phy0: enable IER
[ 26.205364] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.292279] ath: phy0: disable IER
[ 26.292331] ath: phy0: enable IER
[ 26.292338] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.394679] ath: phy0: disable IER
[ 26.394731] ath: phy0: enable IER
[ 26.394738] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.395914] ath: phy0: disable IER
[ 26.395956] ath: phy0: enable IER
[ 26.395963] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.497081] ath: phy0: disable IER
[ 26.497131] ath: phy0: enable IER
[ 26.497138] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.599480] ath: phy0: disable IER
[ 26.599529] ath: phy0: enable IER
[ 26.599537] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.661014] ath: phy0: listenTime=920 OFDM:2 errs=553/s CCK:2 errs=141/s ofdm_turn=0
[ 26.661027] ath: phy0: Calibration @4294898960 finished: ani, caldone: true
[ 26.701896] ath: phy0: disable IER
[ 26.701950] ath: phy0: enable IER
[ 26.701958] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.804281] ath: phy0: disable IER
[ 26.804332] ath: phy0: enable IER
[ 26.804339] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 26.906682] ath: phy0: disable IER
[ 26.906735] ath: phy0: enable IER
[ 26.906743] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.009096] ath: phy0: disable IER
[ 27.009147] ath: phy0: enable IER
[ 27.009155] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.111482] ath: phy0: disable IER
[ 27.111534] ath: phy0: enable IER
[ 27.111541] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.213882] ath: phy0: disable IER
[ 27.213934] ath: phy0: enable IER
[ 27.213942] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.316929] ath: phy0: disable IER
[ 27.316981] ath: phy0: enable IER
[ 27.316988] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.418683] ath: phy0: disable IER
[ 27.418736] ath: phy0: enable IER
[ 27.418744] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.521080] ath: phy0: disable IER
[ 27.521131] ath: phy0: enable IER
[ 27.521139] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.623465] ath: phy0: disable IER
[ 27.623515] ath: phy0: enable IER
[ 27.623522] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.685022] ath: phy0: listenTime=1826 OFDM:2 errs=575/s CCK:2 errs=161/s ofdm_turn=0
[ 27.685034] ath: phy0: Calibration @4294899216 finished: ani, caldone: true
[ 27.725853] ath: phy0: disable IER
[ 27.725904] ath: phy0: enable IER
[ 27.725912] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.828286] ath: phy0: disable IER
[ 27.828338] ath: phy0: enable IER
[ 27.828345] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 27.930700] ath: phy0: disable IER
[ 27.930751] ath: phy0: enable IER
[ 27.930759] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.033640] ath: phy0: disable IER
[ 28.033695] ath: phy0: enable IER
[ 28.033702] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.135467] ath: phy0: disable IER
[ 28.135517] ath: phy0: enable IER
[ 28.135524] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.237888] ath: phy0: disable IER
[ 28.237938] ath: phy0: enable IER
[ 28.237945] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.340288] ath: phy0: disable IER
[ 28.340339] ath: phy0: enable IER
[ 28.340347] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.442688] ath: phy0: disable IER
[ 28.442741] ath: phy0: enable IER
[ 28.442748] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.545088] ath: phy0: disable IER
[ 28.545140] ath: phy0: enable IER
[ 28.545147] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.606158] ath: phy0: disable IER
[ 28.606230] ath: phy0: enable IER
[ 28.606238] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.606491] ath: phy0: transmitting packet, skb: ffff8ceba8b91500
[ 28.606504] ath: phy0: qnum: 1, txq depth: 0
[ 28.606508] ath: phy0: TXDP[1] = 28041000 (ffff8ce3a8041000)
[ 28.607100] ath: phy0: disable IER
[ 28.607122] ath: phy0: TX complete: skb: ffff8ceba8b91500
[ 28.607143] ath: phy0: enable IER
[ 28.607152] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.613935] ath: phy0: disable IER
[ 28.614002] ath: phy0: enable IER
[ 28.614009] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.647359] ath: phy0: disable IER
[ 28.647406] ath: phy0: enable IER
[ 28.647414] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.650640] ath: phy0: disable IER
[ 28.650677] ath: phy0: enable IER
[ 28.650685] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.708937] ath: phy0: listenTime=2750 OFDM:2 errs=582/s CCK:2 errs=143/s ofdm_turn=0
[ 28.708949] ath: phy0: Calibration @4294899472 finished: ani, caldone: true
[ 28.749758] ath: phy0: disable IER
[ 28.749806] ath: phy0: enable IER
[ 28.749814] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.852158] ath: phy0: disable IER
[ 28.852203] ath: phy0: enable IER
[ 28.852212] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 28.954679] ath: phy0: disable IER
[ 28.954704] ath: phy0: enable IER
[ 28.954708] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.057091] ath: phy0: disable IER
[ 29.057142] ath: phy0: enable IER
[ 29.057150] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.159490] ath: phy0: disable IER
[ 29.159542] ath: phy0: enable IER
[ 29.159549] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.261889] ath: phy0: disable IER
[ 29.261941] ath: phy0: enable IER
[ 29.261948] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.364276] ath: phy0: disable IER
[ 29.364329] ath: phy0: enable IER
[ 29.364337] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.466667] ath: phy0: disable IER
[ 29.466720] ath: phy0: enable IER
[ 29.466728] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.571633] ath: phy0: disable IER
[ 29.571683] ath: phy0: enable IER
[ 29.571691] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.671496] ath: phy0: disable IER
[ 29.671547] ath: phy0: enable IER
[ 29.671555] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.733004] ath: phy0: listenTime=3664 OFDM:2 errs=566/s CCK:2 errs=144/s ofdm_turn=0
[ 29.733017] ath: phy0: Calibration @4294899728 finished: ani, caldone: true
[ 29.773894] ath: phy0: disable IER
[ 29.773961] ath: phy0: enable IER
[ 29.773969] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.876295] ath: phy0: disable IER
[ 29.876346] ath: phy0: enable IER
[ 29.876353] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 29.978559] ath: phy0: disable IER
[ 29.978598] ath: phy0: enable IER
[ 29.978605] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.080952] ath: phy0: disable IER
[ 30.080971] ath: phy0: enable IER
[ 30.080988] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.181017] ath: phy0: transmitting packet, skb: ffff8ceba8b99c00
[ 30.181045] ath: phy0: qnum: 1, txq depth: 0
[ 30.181051] ath: phy0: TXDP[1] = 28041080 (ffff8ce3a8041080)
[ 30.183231] ath: phy0: disable IER
[ 30.183267] ath: phy0: TX complete: skb: ffff8ceba8b99c00
[ 30.183287] ath: phy0: enable IER
[ 30.183295] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.285895] ath: phy0: disable IER
[ 30.285959] ath: phy0: enable IER
[ 30.285967] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.287002] ath: phy0: disable IER
[ 30.287059] ath: phy0: enable IER
[ 30.287067] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.388296] ath: phy0: disable IER
[ 30.388357] ath: phy0: enable IER
[ 30.388365] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.490696] ath: phy0: disable IER
[ 30.490757] ath: phy0: enable IER
[ 30.490765] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.593097] ath: phy0: disable IER
[ 30.593158] ath: phy0: enable IER
[ 30.593166] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.695497] ath: phy0: disable IER
[ 30.695573] ath: phy0: enable IER
[ 30.695581] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 30.757002] ath: phy0: listenTime=4588 OFDM:2 errs=613/s CCK:2 errs=149/s ofdm_turn=0
[ 30.757028] ath: phy0: Calibration @4294899984 finished: ani, caldone: true
[ 30.797896] ath: phy0: disable IER
[ 30.797957] ath: phy0: enable IER
[ 30.797965] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 31.104998] ath: phy0: disable IER
[ 31.105061] ath: phy0: enable IER
[ 31.105069] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 31.106965] ath: phy0: disable IER
[ 31.107031] ath: phy0: enable IER
[ 31.107039] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 31.311808] ath: phy0: disable IER
[ 31.311876] ath: phy0: enable IER
[ 31.311883] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 31.514705] ath: phy0: disable IER
[ 31.514766] ath: phy0: enable IER
[ 31.514774] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 31.721418] ath: phy0: disable IER
[ 31.721485] ath: phy0: enable IER
[ 31.721493] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 31.780998] ath: phy0: listenTime=5497 OFDM:2 errs=573/s CCK:2 errs=146/s ofdm_turn=0
[ 31.781025] ath: phy0: Calibration @4294900240 finished: ani, caldone: true
[ 31.924305] ath: phy0: disable IER
[ 31.924366] ath: phy0: enable IER
[ 31.924374] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 32.026706] ath: phy0: disable IER
[ 32.026766] ath: phy0: enable IER
[ 32.026774] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 32.231505] ath: phy0: disable IER
[ 32.231567] ath: phy0: enable IER
[ 32.231575] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 32.538705] ath: phy0: disable IER
[ 32.538782] ath: phy0: enable IER
[ 32.538789] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 32.743487] ath: phy0: disable IER
[ 32.743547] ath: phy0: enable IER
[ 32.743554] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 32.804997] ath: phy0: listenTime=6430 OFDM:2 errs=544/s CCK:2 errs=146/s ofdm_turn=0
[ 32.805025] ath: phy0: Calibration @4294900496 finished: ani, caldone: true
[ 32.845876] ath: phy0: disable IER
[ 32.845937] ath: phy0: enable IER
[ 32.845944] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 32.948327] ath: phy0: disable IER
[ 32.948387] ath: phy0: enable IER
[ 32.948395] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.153110] ath: phy0: disable IER
[ 33.153171] ath: phy0: enable IER
[ 33.153179] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.357910] ath: phy0: disable IER
[ 33.357975] ath: phy0: enable IER
[ 33.357983] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.562710] ath: phy0: disable IER
[ 33.562770] ath: phy0: enable IER
[ 33.562778] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.614934] ath: phy0: disable IER
[ 33.615028] ath: phy0: transmitting packet, skb: ffff8ceba8aaf100
[ 33.615039] ath: phy0: qnum: 1, txq depth: 0
[ 33.615043] ath: phy0: TXDP[1] = 28041100 (ffff8ce3a8041100)
[ 33.615051] ath: phy0: enable IER
[ 33.615058] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.618716] ath: phy0: disable IER
[ 33.618752] ath: phy0: TX complete: skb: ffff8ceba8aaf100
[ 33.618771] ath: phy0: enable IER
[ 33.618778] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.767511] ath: phy0: disable IER
[ 33.767571] ath: phy0: enable IER
[ 33.767579] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 33.828984] ath: phy0: listenTime=7357 OFDM:2 errs=519/s CCK:2 errs=156/s ofdm_turn=0
[ 33.829010] ath: phy0: Calibration @4294900752 finished: ani, caldone: true
[ 34.279456] ath: phy0: disable IER
[ 34.279519] ath: phy0: enable IER
[ 34.279527] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 34.852935] ath: phy0: listenTime=8292 OFDM:2 errs=501/s CCK:2 errs=154/s ofdm_turn=0
[ 34.852961] ath: phy0: Calibration @4294901008 finished: ani, caldone: true
[ 35.301653] ath: phy0: disable IER
[ 35.301683] ath: phy0: enable IER
[ 35.301690] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 35.405917] ath: phy0: disable IER
[ 35.405978] ath: phy0: enable IER
[ 35.405986] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 35.508318] ath: phy0: disable IER
[ 35.508377] ath: phy0: enable IER
[ 35.508385] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 35.610718] ath: phy0: disable IER
[ 35.610779] ath: phy0: enable IER
[ 35.610786] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 35.713304] ath: phy0: disable IER
[ 35.713364] ath: phy0: enable IER
[ 35.713372] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 35.815501] ath: phy0: disable IER
[ 35.815561] ath: phy0: enable IER
[ 35.815569] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 35.876984] ath: phy0: listenTime=9210 OFDM:2 errs=472/s CCK:2 errs=152/s ofdm_turn=0
[ 35.877012] ath: phy0: Calibration @4294901264 finished: ani, caldone: true
[ 35.917917] ath: phy0: disable IER
[ 35.917978] ath: phy0: enable IER
[ 35.917986] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.224991] ath: phy0: disable IER
[ 36.225053] ath: phy0: enable IER
[ 36.225060] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.327501] ath: phy0: disable IER
[ 36.327560] ath: phy0: enable IER
[ 36.327568] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.429921] ath: phy0: disable IER
[ 36.429981] ath: phy0: enable IER
[ 36.429989] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.532322] ath: phy0: disable IER
[ 36.532386] ath: phy0: enable IER
[ 36.532394] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.634722] ath: phy0: disable IER
[ 36.634800] ath: phy0: enable IER
[ 36.634807] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.737710] ath: phy0: disable IER
[ 36.737770] ath: phy0: enable IER
[ 36.737778] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.839506] ath: phy0: disable IER
[ 36.839566] ath: phy0: enable IER
[ 36.839574] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 36.900981] ath: phy0: listenTime=10147 OFDM:2 errs=445/s CCK:2 errs=145/s ofdm_turn=0
[ 36.901007] ath: phy0: Calibration @4294901520 finished: ani, caldone: true
[ 36.941924] ath: phy0: disable IER
[ 36.941986] ath: phy0: enable IER
[ 36.941994] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.146725] ath: phy0: disable IER
[ 37.146786] ath: phy0: enable IER
[ 37.146794] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.249125] ath: phy0: disable IER
[ 37.249186] ath: phy0: enable IER
[ 37.249193] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.351506] ath: phy0: disable IER
[ 37.351569] ath: phy0: enable IER
[ 37.351577] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.556312] ath: phy0: disable IER
[ 37.556388] ath: phy0: enable IER
[ 37.556396] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.658707] ath: phy0: disable IER
[ 37.658767] ath: phy0: enable IER
[ 37.658774] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.760997] ath: phy0: disable IER
[ 37.761057] ath: phy0: enable IER
[ 37.761064] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.863508] ath: phy0: disable IER
[ 37.863567] ath: phy0: enable IER
[ 37.863575] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 37.924977] ath: phy0: listenTime=11081 OFDM:2 errs=433/s CCK:2 errs=138/s ofdm_turn=0
[ 37.925003] ath: phy0: Calibration @4294901776 finished: ani, caldone: true
[ 38.068330] ath: phy0: disable IER
[ 38.068392] ath: phy0: enable IER
[ 38.068400] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.375511] ath: phy0: disable IER
[ 38.375575] ath: phy0: enable IER
[ 38.375583] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.580331] ath: phy0: disable IER
[ 38.580396] ath: phy0: enable IER
[ 38.580404] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.628989] ath: phy0: transmitting packet, skb: ffff8ceba8901100
[ 38.629019] ath: phy0: qnum: 1, txq depth: 0
[ 38.629024] ath: phy0: TXDP[1] = 28041180 (ffff8ce3a8041180)
[ 38.629174] ath: phy0: disable IER
[ 38.629208] ath: phy0: TX complete: skb: ffff8ceba8901100
[ 38.629230] ath: phy0: enable IER
[ 38.629239] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.683852] ath: phy0: disable IER
[ 38.683910] ath: phy0: enable IER
[ 38.683917] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.785215] ath: phy0: disable IER
[ 38.785276] ath: phy0: enable IER
[ 38.785284] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.887536] ath: phy0: disable IER
[ 38.887595] ath: phy0: enable IER
[ 38.887603] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 38.948968] ath: phy0: listenTime=12003 OFDM:2 errs=442/s CCK:2 errs=133/s ofdm_turn=0
[ 38.948994] ath: phy0: Calibration @4294902032 finished: ani, caldone: true
[ 38.989930] ath: phy0: disable IER
[ 38.989991] ath: phy0: enable IER
[ 38.989999] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 39.194713] ath: phy0: disable IER
[ 39.194773] ath: phy0: enable IER
[ 39.194781] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 39.604335] ath: phy0: disable IER
[ 39.604397] ath: phy0: enable IER
[ 39.604405] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 39.706735] ath: phy0: disable IER
[ 39.706796] ath: phy0: enable IER
[ 39.706804] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 39.809152] ath: phy0: disable IER
[ 39.809213] ath: phy0: enable IER
[ 39.809221] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 39.911536] ath: phy0: disable IER
[ 39.911598] ath: phy0: enable IER
[ 39.911606] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 39.972972] ath: phy0: listenTime=12899 OFDM:2 errs=448/s CCK:2 errs=136/s ofdm_turn=0
[ 39.972998] ath: phy0: Calibration @4294902288 finished: ani, caldone: true
[ 40.218739] ath: phy0: disable IER
[ 40.218800] ath: phy0: enable IER
[ 40.218808] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 40.321137] ath: phy0: disable IER
[ 40.321198] ath: phy0: enable IER
[ 40.321206] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 40.423539] ath: phy0: disable IER
[ 40.423600] ath: phy0: enable IER
[ 40.423608] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 40.628325] ath: phy0: disable IER
[ 40.628393] ath: phy0: enable IER
[ 40.628400] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 40.996941] ath: phy0: listenTime=13830 OFDM:2 errs=444/s CCK:2 errs=135/s ofdm_turn=0
[ 40.996954] ath: phy0: Calibration @4294902544 finished: ani, caldone: true
[ 41.140341] ath: phy0: disable IER
[ 41.140403] ath: phy0: enable IER
[ 41.140410] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.142230] ath: phy0: disable IER
[ 41.142296] ath: phy0: enable IER
[ 41.142304] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.242742] ath: phy0: disable IER
[ 41.242803] ath: phy0: enable IER
[ 41.242811] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.345143] ath: phy0: disable IER
[ 41.345204] ath: phy0: enable IER
[ 41.345212] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.347005] ath: phy0: disable IER
[ 41.347057] ath: phy0: enable IER
[ 41.347065] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.447543] ath: phy0: disable IER
[ 41.447604] ath: phy0: enable IER
[ 41.447612] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.549943] ath: phy0: disable IER
[ 41.550005] ath: phy0: enable IER
[ 41.550013] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.754729] ath: phy0: disable IER
[ 41.754790] ath: phy0: enable IER
[ 41.754798] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.756592] ath: phy0: disable IER
[ 41.756657] ath: phy0: enable IER
[ 41.756665] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 41.857148] ath: phy0: disable IER
[ 41.857209] ath: phy0: enable IER
[ 41.857217] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 42.020962] ath: phy0: listenTime=14763 OFDM:2 errs=439/s CCK:2 errs=132/s ofdm_turn=0
[ 42.020988] ath: phy0: Calibration @4294902800 finished: ani, caldone: true
[ 42.266744] ath: phy0: disable IER
[ 42.266806] ath: phy0: enable IER
[ 42.266814] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 42.369144] ath: phy0: disable IER
[ 42.369206] ath: phy0: enable IER
[ 42.369213] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 42.471528] ath: phy0: disable IER
[ 42.471593] ath: phy0: enable IER
[ 42.471601] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 42.576457] ath: phy0: disable IER
[ 42.576517] ath: phy0: enable IER
[ 42.576525] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.044950] ath: phy0: listenTime=15665 OFDM:2 errs=430/s CCK:2 errs=136/s ofdm_turn=0
[ 43.044977] ath: phy0: Calibration @4294903056 finished: ani, caldone: true
[ 43.085953] ath: phy0: disable IER
[ 43.086017] ath: phy0: enable IER
[ 43.086024] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.190138] ath: phy0: disable IER
[ 43.190205] ath: phy0: enable IER
[ 43.190213] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.290753] ath: phy0: disable IER
[ 43.290814] ath: phy0: enable IER
[ 43.290822] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.393153] ath: phy0: disable IER
[ 43.393214] ath: phy0: enable IER
[ 43.393222] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.700363] ath: phy0: disable IER
[ 43.700424] ath: phy0: enable IER
[ 43.700432] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.802753] ath: phy0: disable IER
[ 43.802814] ath: phy0: enable IER
[ 43.802822] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 43.905153] ath: phy0: disable IER
[ 43.905214] ath: phy0: enable IER
[ 43.905222] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.007535] ath: phy0: disable IER
[ 44.007595] ath: phy0: enable IER
[ 44.007602] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.068954] ath: phy0: listenTime=16566 OFDM:2 errs=420/s CCK:2 errs=136/s ofdm_turn=0
[ 44.068980] ath: phy0: Calibration @4294903312 finished: ani, caldone: true
[ 44.109971] ath: phy0: disable IER
[ 44.110035] ath: phy0: enable IER
[ 44.110043] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.212355] ath: phy0: disable IER
[ 44.212416] ath: phy0: enable IER
[ 44.212424] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.314755] ath: phy0: disable IER
[ 44.314817] ath: phy0: enable IER
[ 44.314825] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.418365] ath: phy0: disable IER
[ 44.418437] ath: phy0: enable IER
[ 44.418444] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.519555] ath: phy0: disable IER
[ 44.519615] ath: phy0: enable IER
[ 44.519623] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.621956] ath: phy0: disable IER
[ 44.622017] ath: phy0: enable IER
[ 44.622024] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.724356] ath: phy0: disable IER
[ 44.724418] ath: phy0: enable IER
[ 44.724425] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.826772] ath: phy0: disable IER
[ 44.826833] ath: phy0: enable IER
[ 44.826841] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 44.929157] ath: phy0: disable IER
[ 44.929217] ath: phy0: enable IER
[ 44.929225] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.031559] ath: phy0: disable IER
[ 45.031619] ath: phy0: enable IER
[ 45.031627] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.092954] ath: phy0: listenTime=17465 OFDM:2 errs=413/s CCK:2 errs=135/s ofdm_turn=0
[ 45.092980] ath: phy0: Calibration @4294903568 finished: ani, caldone: true
[ 45.133959] ath: phy0: disable IER
[ 45.134023] ath: phy0: enable IER
[ 45.134031] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.236359] ath: phy0: disable IER
[ 45.236420] ath: phy0: enable IER
[ 45.236428] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.338759] ath: phy0: disable IER
[ 45.338820] ath: phy0: enable IER
[ 45.338829] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.441160] ath: phy0: disable IER
[ 45.441221] ath: phy0: enable IER
[ 45.441229] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.543560] ath: phy0: disable IER
[ 45.543621] ath: phy0: enable IER
[ 45.543628] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.645958] ath: phy0: disable IER
[ 45.646019] ath: phy0: enable IER
[ 45.646027] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.748349] ath: phy0: disable IER
[ 45.748428] ath: phy0: enable IER
[ 45.748435] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 45.850737] ath: phy0: disable IER
[ 45.850797] ath: phy0: enable IER
[ 45.850805] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 46.055544] ath: phy0: disable IER
[ 46.055604] ath: phy0: enable IER
[ 46.055612] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 46.116945] ath: phy0: listenTime=18389 OFDM:2 errs=409/s CCK:2 errs=134/s ofdm_turn=0
[ 46.116971] ath: phy0: Calibration @4294903824 finished: ani, caldone: true
[ 46.260375] ath: phy0: disable IER
[ 46.260436] ath: phy0: enable IER
[ 46.260444] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 46.567565] ath: phy0: disable IER
[ 46.567625] ath: phy0: enable IER
[ 46.567633] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 46.669983] ath: phy0: disable IER
[ 46.670043] ath: phy0: enable IER
[ 46.670050] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 47.140944] ath: phy0: listenTime=19325 OFDM:2 errs=403/s CCK:2 errs=131/s ofdm_turn=0
[ 47.140970] ath: phy0: Calibration @4294904080 finished: ani, caldone: true
[ 47.181965] ath: phy0: disable IER
[ 47.182026] ath: phy0: enable IER
[ 47.182034] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 47.284353] ath: phy0: disable IER
[ 47.284416] ath: phy0: enable IER
[ 47.284424] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 47.489152] ath: phy0: disable IER
[ 47.489211] ath: phy0: enable IER
[ 47.489219] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 47.796370] ath: phy0: disable IER
[ 47.796432] ath: phy0: enable IER
[ 47.796440] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 47.898770] ath: phy0: disable IER
[ 47.898831] ath: phy0: enable IER
[ 47.898839] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 48.001171] ath: phy0: disable IER
[ 48.001232] ath: phy0: enable IER
[ 48.001240] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 48.164940] ath: phy0: listenTime=20261 OFDM:2 errs=399/s CCK:2 errs=129/s ofdm_turn=0
[ 48.164958] ath: phy0: **** ccklevel 2=>1, rssi=69[lo=7 hi=40]
[ 48.164978] ath: phy0: Calibration @4294904336 finished: ani, caldone: true
[ 48.205971] ath: phy0: disable IER
[ 48.206032] ath: phy0: enable IER
[ 48.206040] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 48.410773] ath: phy0: disable IER
[ 48.410841] ath: phy0: enable IER
[ 48.410849] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 48.717944] ath: phy0: disable IER
[ 48.718004] ath: phy0: enable IER
[ 48.718011] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 48.820373] ath: phy0: disable IER
[ 48.820434] ath: phy0: enable IER
[ 48.820442] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 48.922750] ath: phy0: disable IER
[ 48.922810] ath: phy0: enable IER
[ 48.922818] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 49.025173] ath: phy0: disable IER
[ 49.025234] ath: phy0: enable IER
[ 49.025241] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 49.188936] ath: phy0: listenTime=940 OFDM:2 errs=512/s CCK:1 errs=92/s ofdm_turn=1
[ 49.188962] ath: phy0: Calibration @4294904592 finished: ani, caldone: true
[ 49.229949] ath: phy0: disable IER
[ 49.230010] ath: phy0: enable IER
[ 49.230017] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 49.434776] ath: phy0: disable IER
[ 49.434851] ath: phy0: enable IER
[ 49.434859] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 49.537171] ath: phy0: disable IER
[ 49.537232] ath: phy0: enable IER
[ 49.537240] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 49.639578] ath: phy0: disable IER
[ 49.639639] ath: phy0: enable IER
[ 49.639646] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 49.946777] ath: phy0: disable IER
[ 49.946838] ath: phy0: enable IER
[ 49.946846] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 50.049179] ath: phy0: disable IER
[ 50.049240] ath: phy0: enable IER
[ 50.049248] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 50.212932] ath: phy0: listenTime=1828 OFDM:2 errs=585/s CCK:1 errs=150/s ofdm_turn=1
[ 50.212958] ath: phy0: Calibration @4294904848 finished: ani, caldone: true
[ 50.356380] ath: phy0: disable IER
[ 50.356458] ath: phy0: enable IER
[ 50.356466] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 50.765968] ath: phy0: disable IER
[ 50.766027] ath: phy0: enable IER
[ 50.766035] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 50.868368] ath: phy0: disable IER
[ 50.868432] ath: phy0: enable IER
[ 50.868440] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.073184] ath: phy0: disable IER
[ 51.073244] ath: phy0: enable IER
[ 51.073252] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.175458] ath: phy0: disable IER
[ 51.175481] ath: phy0: enable IER
[ 51.175485] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.177347] ath: phy0: disable IER
[ 51.177364] ath: phy0: enable IER
[ 51.177368] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.236803] ath: phy0: listenTime=2742 OFDM:2 errs=587/s CCK:1 errs=141/s ofdm_turn=1
[ 51.236809] ath: phy0: Calibration @4294905104 finished: ani, caldone: true
[ 51.277839] ath: phy0: disable IER
[ 51.277852] ath: phy0: enable IER
[ 51.277856] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.382271] ath: phy0: disable IER
[ 51.382285] ath: phy0: enable IER
[ 51.382289] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.482640] ath: phy0: disable IER
[ 51.482655] ath: phy0: enable IER
[ 51.482659] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.585041] ath: phy0: disable IER
[ 51.585053] ath: phy0: enable IER
[ 51.585057] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.586921] ath: phy0: disable IER
[ 51.586934] ath: phy0: enable IER
[ 51.586938] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.687441] ath: phy0: disable IER
[ 51.687453] ath: phy0: enable IER
[ 51.687457] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.892241] ath: phy0: disable IER
[ 51.892254] ath: phy0: enable IER
[ 51.892258] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 51.994643] ath: phy0: disable IER
[ 51.994655] ath: phy0: enable IER
[ 51.994659] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 52.199443] ath: phy0: disable IER
[ 52.199456] ath: phy0: enable IER
[ 52.199460] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 52.260799] ath: phy0: listenTime=3627 OFDM:2 errs=540/s CCK:1 errs=171/s ofdm_turn=1
[ 52.260805] ath: phy0: Calibration @4294905360 finished: ani, caldone: true
[ 52.404244] ath: phy0: disable IER
[ 52.404256] ath: phy0: enable IER
[ 52.404260] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 52.609155] ath: phy0: disable IER
[ 52.609189] ath: phy0: enable IER
[ 52.609196] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 52.813988] ath: phy0: disable IER
[ 52.814046] ath: phy0: enable IER
[ 52.814053] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 52.916389] ath: phy0: disable IER
[ 52.916446] ath: phy0: enable IER
[ 52.916453] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.018817] ath: phy0: disable IER
[ 53.018873] ath: phy0: enable IER
[ 53.018880] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.121155] ath: phy0: disable IER
[ 53.121213] ath: phy0: enable IER
[ 53.121220] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.223593] ath: phy0: disable IER
[ 53.223651] ath: phy0: enable IER
[ 53.223658] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.284918] ath: phy0: listenTime=4562 OFDM:2 errs=530/s CCK:1 errs=155/s ofdm_turn=1
[ 53.284943] ath: phy0: Calibration @4294905616 finished: ani, caldone: true
[ 53.325994] ath: phy0: disable IER
[ 53.326051] ath: phy0: enable IER
[ 53.326058] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.428394] ath: phy0: disable IER
[ 53.428450] ath: phy0: enable IER
[ 53.428458] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.530794] ath: phy0: disable IER
[ 53.530851] ath: phy0: enable IER
[ 53.530858] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.633193] ath: phy0: disable IER
[ 53.633253] ath: phy0: enable IER
[ 53.633260] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.735578] ath: phy0: disable IER
[ 53.735639] ath: phy0: enable IER
[ 53.735647] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.837994] ath: phy0: disable IER
[ 53.838059] ath: phy0: enable IER
[ 53.838066] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 53.940380] ath: phy0: disable IER
[ 53.940441] ath: phy0: enable IER
[ 53.940449] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.042770] ath: phy0: disable IER
[ 54.042828] ath: phy0: enable IER
[ 54.042835] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.145151] ath: phy0: disable IER
[ 54.145209] ath: phy0: enable IER
[ 54.145217] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.247596] ath: phy0: disable IER
[ 54.247658] ath: phy0: enable IER
[ 54.247665] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.308913] ath: phy0: listenTime=5497 OFDM:2 errs=492/s CCK:1 errs=146/s ofdm_turn=1
[ 54.308937] ath: phy0: Calibration @4294905872 finished: ani, caldone: true
[ 54.349996] ath: phy0: disable IER
[ 54.350053] ath: phy0: enable IER
[ 54.350061] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.452397] ath: phy0: disable IER
[ 54.452473] ath: phy0: enable IER
[ 54.452481] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.554797] ath: phy0: disable IER
[ 54.554854] ath: phy0: enable IER
[ 54.554861] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.759599] ath: phy0: disable IER
[ 54.759661] ath: phy0: enable IER
[ 54.759669] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.862000] ath: phy0: disable IER
[ 54.862060] ath: phy0: enable IER
[ 54.862068] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 54.964400] ath: phy0: disable IER
[ 54.964460] ath: phy0: enable IER
[ 54.964468] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.066800] ath: phy0: disable IER
[ 55.066861] ath: phy0: enable IER
[ 55.066869] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.169200] ath: phy0: disable IER
[ 55.169261] ath: phy0: enable IER
[ 55.169269] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.332920] ath: phy0: listenTime=6422 OFDM:2 errs=479/s CCK:1 errs=148/s ofdm_turn=1
[ 55.332950] ath: phy0: NF calibrated [ctl] [chain 0] is -114
[ 55.332953] ath: phy0: NF calibrated [ctl] [chain 1] is -111
[ 55.332978] ath: phy0: Calibration @4294906128 finished: long ani, caldone: true
[ 55.374000] ath: phy0: disable IER
[ 55.374083] ath: phy0: enable IER
[ 55.374091] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.476401] ath: phy0: disable IER
[ 55.476461] ath: phy0: enable IER
[ 55.476469] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.578801] ath: phy0: disable IER
[ 55.578862] ath: phy0: enable IER
[ 55.578870] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.681198] ath: phy0: disable IER
[ 55.681259] ath: phy0: enable IER
[ 55.681266] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.783583] ath: phy0: disable IER
[ 55.783647] ath: phy0: enable IER
[ 55.783654] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.885975] ath: phy0: disable IER
[ 55.886034] ath: phy0: enable IER
[ 55.886042] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 55.988404] ath: phy0: disable IER
[ 55.988464] ath: phy0: enable IER
[ 55.988472] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.193205] ath: phy0: disable IER
[ 56.193265] ath: phy0: enable IER
[ 56.193273] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.292926] ath: phy0: transmitting packet, skb: ffff8cebce3cc600
[ 56.292957] ath: phy0: qnum: 1, txq depth: 0
[ 56.292962] ath: phy0: TXDP[1] = 28041200 (ffff8ce3a8041200)
[ 56.293111] ath: phy0: disable IER
[ 56.293140] ath: phy0: TX complete: skb: ffff8cebce3cc600
[ 56.293158] ath: phy0: enable IER
[ 56.293166] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.295585] ath: phy0: disable IER
[ 56.295644] ath: phy0: enable IER
[ 56.295652] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.356910] ath: phy0: listenTime=7356 OFDM:2 errs=457/s CCK:1 errs=147/s ofdm_turn=1
[ 56.356937] ath: phy0: Calibration @4294906384 finished: ani, caldone: true
[ 56.398006] ath: phy0: disable IER
[ 56.398067] ath: phy0: enable IER
[ 56.398075] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.500406] ath: phy0: disable IER
[ 56.500467] ath: phy0: enable IER
[ 56.500475] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.501487] ath: phy0: disable IER
[ 56.501543] ath: phy0: enable IER
[ 56.501551] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.602806] ath: phy0: disable IER
[ 56.602866] ath: phy0: enable IER
[ 56.602874] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.705213] ath: phy0: disable IER
[ 56.705278] ath: phy0: enable IER
[ 56.705285] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.807606] ath: phy0: disable IER
[ 56.807669] ath: phy0: enable IER
[ 56.807676] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 56.910007] ath: phy0: disable IER
[ 56.910068] ath: phy0: enable IER
[ 56.910076] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 57.012408] ath: phy0: disable IER
[ 57.012468] ath: phy0: enable IER
[ 57.012475] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 57.114808] ath: phy0: disable IER
[ 57.114869] ath: phy0: enable IER
[ 57.114876] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 57.217206] ath: phy0: disable IER
[ 57.217277] ath: phy0: enable IER
[ 57.217285] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 57.380908] ath: phy0: listenTime=8293 OFDM:2 errs=436/s CCK:1 errs=144/s ofdm_turn=1
[ 57.380934] ath: phy0: Calibration @4294906640 finished: ani, caldone: true
[ 57.729211] ath: phy0: disable IER
[ 57.729273] ath: phy0: enable IER
[ 57.729280] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 57.831592] ath: phy0: disable IER
[ 57.831655] ath: phy0: enable IER
[ 57.831663] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 58.036412] ath: phy0: disable IER
[ 58.036474] ath: phy0: enable IER
[ 58.036482] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 58.138813] ath: phy0: disable IER
[ 58.138873] ath: phy0: enable IER
[ 58.138881] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 58.241201] ath: phy0: disable IER
[ 58.241262] ath: phy0: enable IER
[ 58.241270] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 58.343595] ath: phy0: disable IER
[ 58.343656] ath: phy0: enable IER
[ 58.343663] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 58.404906] ath: phy0: listenTime=9218 OFDM:2 errs=423/s CCK:1 errs=144/s ofdm_turn=1
[ 58.404933] ath: phy0: Calibration @4294906896 finished: ani, caldone: true
[ 58.445993] ath: phy0: disable IER
[ 58.446027] ath: phy0: enable IER
[ 58.446032] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 58.958015] ath: phy0: disable IER
[ 58.958083] ath: phy0: enable IER
[ 58.958091] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.162794] ath: phy0: disable IER
[ 59.162854] ath: phy0: enable IER
[ 59.162861] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.367600] ath: phy0: disable IER
[ 59.367660] ath: phy0: enable IER
[ 59.367667] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.428901] ath: phy0: listenTime=10161 OFDM:2 errs=415/s CCK:1 errs=138/s ofdm_turn=1
[ 59.428926] ath: phy0: Calibration @4294907152 finished: ani, caldone: true
[ 59.470033] ath: phy0: disable IER
[ 59.470096] ath: phy0: enable IER
[ 59.470104] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.572419] ath: phy0: disable IER
[ 59.572481] ath: phy0: enable IER
[ 59.572488] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.674820] ath: phy0: disable IER
[ 59.674880] ath: phy0: enable IER
[ 59.674888] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.778192] ath: phy0: disable IER
[ 59.778269] ath: phy0: enable IER
[ 59.778276] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.879601] ath: phy0: disable IER
[ 59.879661] ath: phy0: enable IER
[ 59.879668] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 59.982021] ath: phy0: disable IER
[ 59.982083] ath: phy0: enable IER
[ 59.982091] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.084421] ath: phy0: disable IER
[ 60.084482] ath: phy0: enable IER
[ 60.084490] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.186821] ath: phy0: disable IER
[ 60.186883] ath: phy0: enable IER
[ 60.186891] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.289222] ath: phy0: disable IER
[ 60.289282] ath: phy0: enable IER
[ 60.289290] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.391622] ath: phy0: disable IER
[ 60.391697] ath: phy0: enable IER
[ 60.391704] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.452897] ath: phy0: listenTime=11038 OFDM:2 errs=415/s CCK:1 errs=144/s ofdm_turn=1
[ 60.452923] ath: phy0: Calibration @4294907408 finished: ani, caldone: true
[ 60.494020] ath: phy0: disable IER
[ 60.494087] ath: phy0: enable IER
[ 60.494095] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.596430] ath: phy0: disable IER
[ 60.596490] ath: phy0: enable IER
[ 60.596498] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.801199] ath: phy0: disable IER
[ 60.801259] ath: phy0: enable IER
[ 60.801267] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 60.903625] ath: phy0: disable IER
[ 60.903686] ath: phy0: enable IER
[ 60.903694] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.006025] ath: phy0: disable IER
[ 61.006089] ath: phy0: enable IER
[ 61.006097] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.007879] ath: phy0: disable IER
[ 61.007946] ath: phy0: enable IER
[ 61.007953] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.108425] ath: phy0: disable IER
[ 61.108487] ath: phy0: enable IER
[ 61.108495] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.210826] ath: phy0: disable IER
[ 61.210887] ath: phy0: enable IER
[ 61.210895] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.313261] ath: phy0: disable IER
[ 61.313322] ath: phy0: enable IER
[ 61.313329] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.415627] ath: phy0: disable IER
[ 61.415688] ath: phy0: enable IER
[ 61.415696] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.417484] ath: phy0: disable IER
[ 61.417550] ath: phy0: enable IER
[ 61.417558] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.476895] ath: phy0: listenTime=11964 OFDM:2 errs=408/s CCK:1 errs=136/s ofdm_turn=1
[ 61.476922] ath: phy0: Calibration @4294907664 finished: ani, caldone: true
[ 61.518028] ath: phy0: disable IER
[ 61.518089] ath: phy0: enable IER
[ 61.518097] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.620427] ath: phy0: disable IER
[ 61.620487] ath: phy0: enable IER
[ 61.620495] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.622278] ath: phy0: disable IER
[ 61.622348] ath: phy0: enable IER
[ 61.622356] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.722828] ath: phy0: disable IER
[ 61.722889] ath: phy0: enable IER
[ 61.722897] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.825228] ath: phy0: disable IER
[ 61.825290] ath: phy0: enable IER
[ 61.825297] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 61.927631] ath: phy0: disable IER
[ 61.927692] ath: phy0: enable IER
[ 61.927700] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.030029] ath: phy0: disable IER
[ 62.030090] ath: phy0: enable IER
[ 62.030098] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.234829] ath: phy0: disable IER
[ 62.234907] ath: phy0: enable IER
[ 62.234915] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.337226] ath: phy0: disable IER
[ 62.337287] ath: phy0: enable IER
[ 62.337295] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.439613] ath: phy0: disable IER
[ 62.439674] ath: phy0: enable IER
[ 62.439682] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.500891] ath: phy0: listenTime=12898 OFDM:2 errs=399/s CCK:1 errs=136/s ofdm_turn=1
[ 62.500908] ath: phy0: **** ofdmlevel 2=>1, rssi=70[lo=7 hi=40]
[ 62.500917] ath: phy0: ** ch 2447: level 2=>1[def:3] cycpwrThr1[level]=2 ini=6
[ 62.500920] ath: phy0: ** ch 2447: level 2=>1[def:3] cycpwrThr1Ext[level]=4 ini=8
[ 62.500925] ath: phy0: ANI parameters: SI=1, ofdmWS=on FS=2 MRCcck=on listenTime=12898 ofdmErrs=5149 cckErrs=1762
[ 62.500933] ath: phy0: ** ch 2447: level 2=>1[def:2] firstep[level]=4 ini=6
[ 62.500936] ath: phy0: ** ch 2447: level 2=>1[def:2] firstep_low[level]=4 ini=6
[ 62.500940] ath: phy0: ANI parameters: SI=1, ofdmWS=on FS=1 MRCcck=on listenTime=12898 ofdmErrs=5149 cckErrs=1762
[ 62.500960] ath: phy0: Calibration @4294907920 finished: ani, caldone: true
[ 62.542002] ath: phy0: disable IER
[ 62.542063] ath: phy0: enable IER
[ 62.542070] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.644432] ath: phy0: disable IER
[ 62.644494] ath: phy0: enable IER
[ 62.644502] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.746832] ath: phy0: disable IER
[ 62.746892] ath: phy0: enable IER
[ 62.746900] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.849232] ath: phy0: disable IER
[ 62.849294] ath: phy0: enable IER
[ 62.849301] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 62.951633] ath: phy0: disable IER
[ 62.951695] ath: phy0: enable IER
[ 62.951702] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.054033] ath: phy0: disable IER
[ 63.054101] ath: phy0: enable IER
[ 63.054109] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.156433] ath: phy0: disable IER
[ 63.156494] ath: phy0: enable IER
[ 63.156503] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.258834] ath: phy0: disable IER
[ 63.258895] ath: phy0: enable IER
[ 63.258903] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.260569] ath: phy0: disable IER
[ 63.260636] ath: phy0: enable IER
[ 63.260644] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.361235] ath: phy0: disable IER
[ 63.361297] ath: phy0: enable IER
[ 63.361304] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.463635] ath: phy0: disable IER
[ 63.463696] ath: phy0: enable IER
[ 63.463703] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.524891] ath: phy0: listenTime=905 OFDM:1 errs=570/s CCK:1 errs=128/s ofdm_turn=0
[ 63.524917] ath: phy0: Calibration @4294908176 finished: ani, caldone: true
[ 63.566043] ath: phy0: disable IER
[ 63.566105] ath: phy0: enable IER
[ 63.566112] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.668436] ath: phy0: disable IER
[ 63.668497] ath: phy0: enable IER
[ 63.668504] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.770836] ath: phy0: disable IER
[ 63.770897] ath: phy0: enable IER
[ 63.770904] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.873252] ath: phy0: disable IER
[ 63.873313] ath: phy0: enable IER
[ 63.873320] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 63.975570] ath: phy0: disable IER
[ 63.975638] ath: phy0: enable IER
[ 63.975647] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.078009] ath: phy0: disable IER
[ 64.078074] ath: phy0: enable IER
[ 64.078082] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.180438] ath: phy0: disable IER
[ 64.180500] ath: phy0: enable IER
[ 64.180507] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.282839] ath: phy0: disable IER
[ 64.282900] ath: phy0: enable IER
[ 64.282908] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.385239] ath: phy0: disable IER
[ 64.385304] ath: phy0: enable IER
[ 64.385312] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.484909] ath: phy0: transmitting packet, skb: ffff8ceba8530e00
[ 64.484921] ath: phy0: qnum: 3, txq depth: 0
[ 64.484926] ath: phy0: TXDP[3] = 28041280 (ffff8ce3a8041280)
[ 64.485795] ath: phy0: disable IER
[ 64.485815] ath: phy0: TX complete: skb: ffff8ceba8530e00
[ 64.485850] ath: phy0: enable IER
[ 64.485857] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.488061] ath: phy0: disable IER
[ 64.488110] ath: phy0: enable IER
[ 64.488118] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.548874] ath: phy0: listenTime=1801 OFDM:1 errs=661/s CCK:1 errs=200/s ofdm_turn=0
[ 64.548900] ath: phy0: Calibration @4294908432 finished: ani, caldone: true
[ 64.590040] ath: phy0: disable IER
[ 64.590103] ath: phy0: enable IER
[ 64.590111] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.692440] ath: phy0: disable IER
[ 64.692501] ath: phy0: enable IER
[ 64.692508] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.794841] ath: phy0: disable IER
[ 64.794901] ath: phy0: enable IER
[ 64.794909] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.897242] ath: phy0: disable IER
[ 64.897303] ath: phy0: enable IER
[ 64.897311] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 64.999623] ath: phy0: disable IER
[ 64.999685] ath: phy0: enable IER
[ 64.999693] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.102043] ath: phy0: disable IER
[ 65.102105] ath: phy0: enable IER
[ 65.102113] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.204442] ath: phy0: disable IER
[ 65.204503] ath: phy0: enable IER
[ 65.204510] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.306843] ath: phy0: disable IER
[ 65.306904] ath: phy0: enable IER
[ 65.306912] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.409244] ath: phy0: disable IER
[ 65.409310] ath: phy0: enable IER
[ 65.409317] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.511643] ath: phy0: disable IER
[ 65.511704] ath: phy0: enable IER
[ 65.511712] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.572879] ath: phy0: listenTime=2732 OFDM:1 errs=652/s CCK:1 errs=178/s ofdm_turn=0
[ 65.572905] ath: phy0: Calibration @4294908688 finished: ani, caldone: true
[ 65.614043] ath: phy0: disable IER
[ 65.614105] ath: phy0: enable IER
[ 65.614113] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.716416] ath: phy0: disable IER
[ 65.716480] ath: phy0: enable IER
[ 65.716488] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.818821] ath: phy0: disable IER
[ 65.818883] ath: phy0: enable IER
[ 65.818891] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 65.921206] ath: phy0: disable IER
[ 65.921266] ath: phy0: enable IER
[ 65.921273] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.023632] ath: phy0: disable IER
[ 66.023692] ath: phy0: enable IER
[ 66.023700] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.126047] ath: phy0: disable IER
[ 66.126126] ath: phy0: enable IER
[ 66.126134] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.228447] ath: phy0: disable IER
[ 66.228507] ath: phy0: enable IER
[ 66.228515] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.330855] ath: phy0: disable IER
[ 66.330923] ath: phy0: enable IER
[ 66.330931] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.433249] ath: phy0: disable IER
[ 66.433310] ath: phy0: enable IER
[ 66.433318] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.535648] ath: phy0: disable IER
[ 66.535709] ath: phy0: enable IER
[ 66.535717] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.596875] ath: phy0: listenTime=3665 OFDM:1 errs=650/s CCK:1 errs=171/s ofdm_turn=0
[ 66.596901] ath: phy0: Calibration @4294908944 finished: ani, caldone: true
[ 66.638049] ath: phy0: disable IER
[ 66.638111] ath: phy0: enable IER
[ 66.638118] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.740449] ath: phy0: disable IER
[ 66.740508] ath: phy0: enable IER
[ 66.740516] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.842849] ath: phy0: disable IER
[ 66.842910] ath: phy0: enable IER
[ 66.842918] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 66.945249] ath: phy0: disable IER
[ 66.945310] ath: phy0: enable IER
[ 66.945318] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.047649] ath: phy0: disable IER
[ 67.047715] ath: phy0: enable IER
[ 67.047723] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.150048] ath: phy0: disable IER
[ 67.150110] ath: phy0: enable IER
[ 67.150118] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.252436] ath: phy0: disable IER
[ 67.252512] ath: phy0: enable IER
[ 67.252520] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.354829] ath: phy0: disable IER
[ 67.354889] ath: phy0: enable IER
[ 67.354897] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.457213] ath: phy0: disable IER
[ 67.457274] ath: phy0: enable IER
[ 67.457281] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.559653] ath: phy0: disable IER
[ 67.559714] ath: phy0: enable IER
[ 67.559722] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.620870] ath: phy0: listenTime=4580 OFDM:1 errs=652/s CCK:1 errs=167/s ofdm_turn=0
[ 67.620897] ath: phy0: Calibration @4294909200 finished: ani, caldone: true
[ 67.662053] ath: phy0: disable IER
[ 67.662115] ath: phy0: enable IER
[ 67.662123] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.764453] ath: phy0: disable IER
[ 67.764515] ath: phy0: enable IER
[ 67.764523] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.866854] ath: phy0: disable IER
[ 67.866914] ath: phy0: enable IER
[ 67.866922] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 67.969254] ath: phy0: disable IER
[ 67.969314] ath: phy0: enable IER
[ 67.969322] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.071654] ath: phy0: disable IER
[ 68.071715] ath: phy0: enable IER
[ 68.071723] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.174055] ath: phy0: disable IER
[ 68.174133] ath: phy0: enable IER
[ 68.174140] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.276455] ath: phy0: disable IER
[ 68.276517] ath: phy0: enable IER
[ 68.276524] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.378855] ath: phy0: disable IER
[ 68.378919] ath: phy0: enable IER
[ 68.378927] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.481259] ath: phy0: disable IER
[ 68.481319] ath: phy0: enable IER
[ 68.481327] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.583656] ath: phy0: disable IER
[ 68.583717] ath: phy0: enable IER
[ 68.583725] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.644868] ath: phy0: listenTime=5514 OFDM:1 errs=644/s CCK:1 errs=159/s ofdm_turn=0
[ 68.644894] ath: phy0: Calibration @4294909456 finished: ani, caldone: true
[ 68.686056] ath: phy0: disable IER
[ 68.686120] ath: phy0: enable IER
[ 68.686127] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.788633] ath: phy0: disable IER
[ 68.788694] ath: phy0: enable IER
[ 68.788702] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.893009] ath: phy0: disable IER
[ 68.893069] ath: phy0: enable IER
[ 68.893077] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 68.993254] ath: phy0: disable IER
[ 68.993315] ath: phy0: enable IER
[ 68.993323] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.095624] ath: phy0: disable IER
[ 69.095684] ath: phy0: enable IER
[ 69.095692] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.198031] ath: phy0: disable IER
[ 69.198094] ath: phy0: enable IER
[ 69.198103] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.300459] ath: phy0: disable IER
[ 69.300521] ath: phy0: enable IER
[ 69.300530] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.402861] ath: phy0: disable IER
[ 69.402923] ath: phy0: enable IER
[ 69.402931] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.668856] ath: phy0: listenTime=6426 OFDM:1 errs=644/s CCK:1 errs=159/s ofdm_turn=0
[ 69.668881] ath: phy0: Calibration @4294909712 finished: ani, caldone: true
[ 69.710061] ath: phy0: disable IER
[ 69.710125] ath: phy0: enable IER
[ 69.710132] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.812461] ath: phy0: disable IER
[ 69.812522] ath: phy0: enable IER
[ 69.812530] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 69.914862] ath: phy0: disable IER
[ 69.914926] ath: phy0: enable IER
[ 69.914934] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 70.692860] ath: phy0: listenTime=7268 OFDM:1 errs=616/s CCK:1 errs=171/s ofdm_turn=0
[ 70.692885] ath: phy0: Calibration @4294909968 finished: ani, caldone: true
[ 70.820908] ath: phy0: transmitting packet, skb: ffff8ceba8d2bf00
[ 70.820921] ath: phy0: qnum: 3, txq depth: 0
[ 70.820926] ath: phy0: TXDP[3] = 28041300 (ffff8ce3a8041300)
[ 70.823462] ath: phy0: disable IER
[ 70.823497] ath: phy0: TX complete: skb: ffff8ceba8d2bf00
[ 70.823528] ath: phy0: enable IER
[ 70.823535] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 70.836451] ath: phy0: disable IER
[ 70.836502] ath: phy0: enable IER
[ 70.836509] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 70.837412] ath: phy0: disable IER
[ 70.837463] ath: phy0: enable IER
[ 70.837470] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 70.839103] ath: phy0: disable IER
[ 70.839155] ath: phy0: enable IER
[ 70.839163] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 70.840760] ath: phy0: disable IER
[ 70.840833] ath: phy0: enable IER
[ 70.840840] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 70.938866] ath: phy0: disable IER
[ 70.938928] ath: phy0: enable IER
[ 70.938936] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.043138] ath: phy0: disable IER
[ 71.043207] ath: phy0: enable IER
[ 71.043215] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.089378] ath: phy0: disable IER
[ 71.089418] ath: phy0: enable IER
[ 71.089426] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.089855] ath: phy0: disable IER
[ 71.089890] ath: phy0: enable IER
[ 71.089897] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.090695] ath: phy0: disable IER
[ 71.090734] ath: phy0: enable IER
[ 71.090742] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.091178] ath: phy0: disable IER
[ 71.091213] ath: phy0: enable IER
[ 71.091221] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.093704] ath: phy0: disable IER
[ 71.093744] ath: phy0: enable IER
[ 71.093752] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.094208] ath: phy0: disable IER
[ 71.094242] ath: phy0: enable IER
[ 71.094250] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.116565] ath: phy0: disable IER
[ 71.116605] ath: phy0: enable IER
[ 71.116613] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.117041] ath: phy0: disable IER
[ 71.117075] ath: phy0: enable IER
[ 71.117082] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.143829] ath: phy0: disable IER
[ 71.143890] ath: phy0: enable IER
[ 71.143898] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.150195] ath: phy0: disable IER
[ 71.150234] ath: phy0: enable IER
[ 71.150242] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.150691] ath: phy0: disable IER
[ 71.150725] ath: phy0: enable IER
[ 71.150733] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.160317] ath: phy0: disable IER
[ 71.160356] ath: phy0: enable IER
[ 71.160364] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.160814] ath: phy0: disable IER
[ 71.160850] ath: phy0: enable IER
[ 71.160857] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.247092] ath: phy0: disable IER
[ 71.247159] ath: phy0: enable IER
[ 71.247166] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.348481] ath: phy0: disable IER
[ 71.348540] ath: phy0: enable IER
[ 71.348548] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.450869] ath: phy0: disable IER
[ 71.450929] ath: phy0: enable IER
[ 71.450936] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.452716] ath: phy0: disable IER
[ 71.452782] ath: phy0: enable IER
[ 71.452789] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.553270] ath: phy0: disable IER
[ 71.553329] ath: phy0: enable IER
[ 71.553337] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.655670] ath: phy0: disable IER
[ 71.655734] ath: phy0: enable IER
[ 71.655742] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.657516] ath: phy0: disable IER
[ 71.657598] ath: phy0: enable IER
[ 71.657606] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.716782] ath: phy0: listenTime=8118 OFDM:1 errs=608/s CCK:1 errs=168/s ofdm_turn=0
[ 71.716809] ath: phy0: Calibration @4294910224 finished: ani, caldone: true
[ 71.758070] ath: phy0: disable IER
[ 71.758131] ath: phy0: enable IER
[ 71.758138] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 71.862147] ath: phy0: disable IER
[ 71.862214] ath: phy0: enable IER
[ 71.862222] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 72.270071] ath: phy0: disable IER
[ 72.270148] ath: phy0: enable IER
[ 72.270155] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 72.740855] ath: phy0: listenTime=9050 OFDM:1 errs=589/s CCK:1 errs=161/s ofdm_turn=0
[ 72.740881] ath: phy0: Calibration @4294910480 finished: ani, caldone: true
[ 72.884476] ath: phy0: disable IER
[ 72.884536] ath: phy0: enable IER
[ 72.884544] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 72.886074] ath: phy0: disable IER
[ 72.886141] ath: phy0: enable IER
[ 72.886148] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 73.191676] ath: phy0: disable IER
[ 73.191747] ath: phy0: enable IER
[ 73.191755] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 73.498881] ath: phy0: disable IER
[ 73.498944] ath: phy0: enable IER
[ 73.498952] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 73.764852] ath: phy0: listenTime=9976 OFDM:1 errs=578/s CCK:1 errs=153/s ofdm_turn=0
[ 73.764878] ath: phy0: Calibration @4294910736 finished: ani, caldone: true
[ 74.421161] ath: phy0: disable IER
[ 74.421222] ath: phy0: enable IER
[ 74.421230] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 74.788850] ath: phy0: listenTime=10874 OFDM:1 errs=593/s CCK:1 errs=151/s ofdm_turn=0
[ 74.788876] ath: phy0: Calibration @4294910992 finished: ani, caldone: true
[ 75.442595] ath: phy0: disable IER
[ 75.442627] ath: phy0: enable IER
[ 75.442634] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 75.812852] ath: phy0: listenTime=11809 OFDM:1 errs=604/s CCK:1 errs=147/s ofdm_turn=0
[ 75.812878] ath: phy0: Calibration @4294911248 finished: ani, caldone: true
[ 75.812961] ath: phy0: transmitting packet, skb: ffff8ceba8b91a00
[ 75.812974] ath: phy0: qnum: 3, txq depth: 0
[ 75.812979] ath: phy0: TXDP[3] = 28041380 (ffff8ce3a8041380)
[ 75.815362] ath: phy0: disable IER
[ 75.815411] ath: phy0: TX complete: skb: ffff8ceba8b91a00
[ 75.815439] ath: phy0: enable IER
[ 75.815447] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 75.854059] ath: phy0: disable IER
[ 75.854119] ath: phy0: enable IER
[ 75.854127] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 76.468488] ath: phy0: disable IER
[ 76.468550] ath: phy0: enable IER
[ 76.468558] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 76.570890] ath: phy0: disable IER
[ 76.570950] ath: phy0: enable IER
[ 76.570958] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 76.836854] ath: phy0: listenTime=12680 OFDM:1 errs=600/s CCK:1 errs=151/s ofdm_turn=0
[ 76.836880] ath: phy0: Calibration @4294911504 finished: ani, caldone: true
[ 77.082892] ath: phy0: disable IER
[ 77.082956] ath: phy0: enable IER
[ 77.082964] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 77.287677] ath: phy0: disable IER
[ 77.287753] ath: phy0: enable IER
[ 77.287761] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 77.860837] ath: phy0: listenTime=13618 OFDM:1 errs=605/s CCK:1 errs=149/s ofdm_turn=0
[ 77.860863] ath: phy0: Calibration @4294911760 finished: ani, caldone: true
[ 77.902097] ath: phy0: disable IER
[ 77.902160] ath: phy0: enable IER
[ 77.902168] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 78.004497] ath: phy0: disable IER
[ 78.004557] ath: phy0: enable IER
[ 78.004565] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 78.107516] ath: phy0: disable IER
[ 78.107594] ath: phy0: enable IER
[ 78.107602] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 78.516498] ath: phy0: disable IER
[ 78.516558] ath: phy0: enable IER
[ 78.516566] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 78.618899] ath: phy0: disable IER
[ 78.618959] ath: phy0: enable IER
[ 78.618966] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 78.823681] ath: phy0: disable IER
[ 78.823741] ath: phy0: enable IER
[ 78.823749] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 78.884837] ath: phy0: listenTime=14504 OFDM:1 errs=605/s CCK:1 errs=152/s ofdm_turn=0
[ 78.884863] ath: phy0: Calibration @4294912016 finished: ani, caldone: true
[ 78.926099] ath: phy0: disable IER
[ 78.926163] ath: phy0: enable IER
[ 78.926171] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.028486] ath: phy0: disable IER
[ 79.028546] ath: phy0: enable IER
[ 79.028553] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.130878] ath: phy0: disable IER
[ 79.130955] ath: phy0: enable IER
[ 79.130963] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.233264] ath: phy0: disable IER
[ 79.233323] ath: phy0: enable IER
[ 79.233331] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.438103] ath: phy0: disable IER
[ 79.438164] ath: phy0: enable IER
[ 79.438171] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.642903] ath: phy0: disable IER
[ 79.642967] ath: phy0: enable IER
[ 79.642975] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.847686] ath: phy0: disable IER
[ 79.847746] ath: phy0: enable IER
[ 79.847754] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 79.908828] ath: phy0: listenTime=15440 OFDM:1 errs=592/s CCK:1 errs=152/s ofdm_turn=0
[ 79.908854] ath: phy0: Calibration @4294912272 finished: ani, caldone: true
[ 80.564493] ath: phy0: disable IER
[ 80.564557] ath: phy0: enable IER
[ 80.564565] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 80.666885] ath: phy0: disable IER
[ 80.666945] ath: phy0: enable IER
[ 80.666953] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 80.871690] ath: phy0: disable IER
[ 80.871749] ath: phy0: enable IER
[ 80.871757] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 80.932823] ath: phy0: listenTime=16375 OFDM:1 errs=590/s CCK:1 errs=149/s ofdm_turn=0
[ 80.932849] ath: phy0: Calibration @4294912528 finished: ani, caldone: true
[ 81.078390] ath: phy0: disable IER
[ 81.078458] ath: phy0: enable IER
[ 81.078466] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 81.283209] ath: phy0: disable IER
[ 81.283277] ath: phy0: enable IER
[ 81.283285] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 81.796893] ath: phy0: transmitting packet, skb: ffff8ceba75b9000
[ 81.796906] ath: phy0: qnum: 3, txq depth: 0
[ 81.796911] ath: phy0: TXDP[3] = 28041400 (ffff8ce3a8041400)
[ 81.799376] ath: phy0: disable IER
[ 81.799414] ath: phy0: TX complete: skb: ffff8ceba75b9000
[ 81.799441] ath: phy0: enable IER
[ 81.799449] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 81.893846] ath: phy0: disable IER
[ 81.893876] ath: phy0: enable IER
[ 81.893883] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 81.895687] ath: phy0: disable IER
[ 81.895746] ath: phy0: enable IER
[ 81.895754] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 81.956822] ath: phy0: listenTime=17314 OFDM:1 errs=582/s CCK:1 errs=150/s ofdm_turn=0
[ 81.956848] ath: phy0: Calibration @4294912784 finished: ani, caldone: true
[ 82.100512] ath: phy0: disable IER
[ 82.100574] ath: phy0: enable IER
[ 82.100582] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 82.407697] ath: phy0: disable IER
[ 82.407757] ath: phy0: enable IER
[ 82.407765] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 82.510087] ath: phy0: disable IER
[ 82.510146] ath: phy0: enable IER
[ 82.510154] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 82.612518] ath: phy0: disable IER
[ 82.612579] ath: phy0: enable IER
[ 82.612587] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 82.980808] ath: phy0: listenTime=18251 OFDM:1 errs=584/s CCK:1 errs=148/s ofdm_turn=0
[ 82.980834] ath: phy0: Calibration @4294913040 finished: ani, caldone: true
[ 83.022119] ath: phy0: disable IER
[ 83.022181] ath: phy0: enable IER
[ 83.022189] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 83.126314] ath: phy0: disable IER
[ 83.126386] ath: phy0: enable IER
[ 83.126394] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 83.431718] ath: phy0: disable IER
[ 83.431780] ath: phy0: enable IER
[ 83.431787] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 83.534123] ath: phy0: disable IER
[ 83.534184] ath: phy0: enable IER
[ 83.534192] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 83.636524] ath: phy0: disable IER
[ 83.636586] ath: phy0: enable IER
[ 83.636593] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 83.738923] ath: phy0: disable IER
[ 83.738984] ath: phy0: enable IER
[ 83.738993] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 83.943705] ath: phy0: disable IER
[ 83.943765] ath: phy0: enable IER
[ 83.943773] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 84.004813] ath: phy0: listenTime=19183 OFDM:1 errs=578/s CCK:1 errs=144/s ofdm_turn=0
[ 84.004839] ath: phy0: Calibration @4294913296 finished: ani, caldone: true
[ 84.046096] ath: phy0: disable IER
[ 84.046156] ath: phy0: enable IER
[ 84.046164] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 84.148523] ath: phy0: disable IER
[ 84.148597] ath: phy0: enable IER
[ 84.148605] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 84.353323] ath: phy0: disable IER
[ 84.353385] ath: phy0: enable IER
[ 84.353393] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 84.455723] ath: phy0: disable IER
[ 84.455783] ath: phy0: enable IER
[ 84.455791] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 84.558124] ath: phy0: disable IER
[ 84.558185] ath: phy0: enable IER
[ 84.558193] ath: phy0: AR_IMR 0x81840175 IER 0x1
[ 85.028816] ath: phy0: listenTime=20125 OFDM:1 errs=590/s CCK:1 errs=142/s ofdm_turn=0
[ 85.028843] ath: phy0: Calibration @4294913552 finished: ani, caldone: true
[ 85.580247] ath: phy0: disable IER
[ 85.580278] ath: phy0: enable IER
[ 85.580286] ath: phy0: AR_IMR 0x81840175 IER 0x1
---- Sedat Dilek <[email protected]> wrote:
> On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > I've run out of ideas and am hoping someone here can help.
> >
> > All I want to do is connect a client to my 5Ghz network.
> >
> > My client:
> > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > "iw reg set US"
> > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> >
> > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> >
> > What I've tried:
> > Running with and without CRDA
> > Running latest mainline kernel
> > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> >
> > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
>
> Hi,
>
> I try to give some initial help.
>
> The linux-wireless driver is supported by ath9k driver see [1] and [2].
>
> Unfortunately, you have not sent any log-files at least your dmesg-log.
> No output of the above userspace commands or userspace-tools versions.
> No information to VendorID/ProductID (PCI, USB, whatever).
> It's not clear to me if this is a kernelspace (ath9k-driver) or
> userspace (CRDA/regulatory) problem.
> How should someone help you effectively?
>
> The linux-wireless wiki has somne informations on how to debug
> Atheros/Qualcomm ath9k-driver, see [3].
>
> As a debianist I say try Linux v4.16 Debian packages from
> stretch-backports (and maybe a higher version of wireless-regdb).
>
> Try to ask questions the smart way [4] :-).
>
> Hope this helps.
>
> Regards,
> - Sedat -
>
> [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> [4] http://www.catb.org/esr/faqs/smart-questions.html
I have also built the latest wireless-regdb and crda, but it made no difference.
On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> I've run out of ideas and am hoping someone here can help.
>
> All I want to do is connect a client to my 5Ghz network.
>
> My client:
> OS is Debian stable "Stretch" with sysvinit instead of systemd
> Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> "iw reg set US"
> "iw list" shows both 2.4Ghz and 5Ghz bands available.
> "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
>
> There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
>
> What I've tried:
> Running with and without CRDA
> Running latest mainline kernel
> Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
>
> Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
Hi,
I try to give some initial help.
The linux-wireless driver is supported by ath9k driver see [1] and [2].
Unfortunately, you have not sent any log-files at least your dmesg-log.
No output of the above userspace commands or userspace-tools versions.
No information to VendorID/ProductID (PCI, USB, whatever).
It's not clear to me if this is a kernelspace (ath9k-driver) or
userspace (CRDA/regulatory) problem.
How should someone help you effectively?
The linux-wireless wiki has somne informations on how to debug
Atheros/Qualcomm ath9k-driver, see [3].
As a debianist I say try Linux v4.16 Debian packages from
stretch-backports (and maybe a higher version of wireless-regdb).
Try to ask questions the smart way [4] :-).
Hope this helps.
Regards,
- Sedat -
[1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
[2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
[3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
[4] http://www.catb.org/esr/faqs/smart-questions.html
---- [email protected] wrote:
>
> ---- [email protected] wrote:
> >
> > ---- [email protected] wrote:
> > >
> > > ---- Sedat Dilek <[email protected]> wrote:
> > > > On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > > > > I've run out of ideas and am hoping someone here can help.
> > > > >
> > > > > All I want to do is connect a client to my 5Ghz network.
> > > > >
> > > > > My client:
> > > > > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > > > > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > > > > "iw reg set US"
> > > > > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > > > > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> > > > >
> > > > > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> > > > >
> > > > > What I've tried:
> > > > > Running with and without CRDA
> > > > > Running latest mainline kernel
> > > > > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> > > > >
> > > > > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
> > > >
> > > > Hi,
> > > >
> > > > I try to give some initial help.
> > > >
> > > > The linux-wireless driver is supported by ath9k driver see [1] and [2].
> > > >
> > > > Unfortunately, you have not sent any log-files at least your dmesg-log.
> > > > No output of the above userspace commands or userspace-tools versions.
> > > > No information to VendorID/ProductID (PCI, USB, whatever).
> > > > It's not clear to me if this is a kernelspace (ath9k-driver) or
> > > > userspace (CRDA/regulatory) problem.
> > > > How should someone help you effectively?
> > > >
> > > > The linux-wireless wiki has somne informations on how to debug
> > > > Atheros/Qualcomm ath9k-driver, see [3].
> > > >
> > > > As a debianist I say try Linux v4.16 Debian packages from
> > > > stretch-backports (and maybe a higher version of wireless-regdb).
> > > >
> > > > Try to ask questions the smart way [4] :-).
> > > >
> > > > Hope this helps.
> > > >
> > > > Regards,
> > > > - Sedat -
> > > >
> > > > [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> > > > [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> > > > [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> > > > [4] http://www.catb.org/esr/faqs/smart-questions.html
> > >
> > >
> > > I have also built the latest wireless-regdb and crda, but it made no difference.
> >
> >
> >
> > Did any of the information I posted point towards a cause?
>
>
> Also, I'll gladly send one of these adapters to someone with ath9k experience if they suspect they can make it work.
> Just message me. :)
I'm surprised at the apparent lack of interest in this by anybody whatsoever.
Are there any other M.2 cards (both A and E keyed) on the market that support dual band with a fully open driver and requiring no proprietary firmware?
Maybe it was too good to be true and there is no such thing?
---- [email protected] wrote:
>
> ---- [email protected] wrote:
> >
> > ---- Sedat Dilek <[email protected]> wrote:
> > > On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > > > I've run out of ideas and am hoping someone here can help.
> > > >
> > > > All I want to do is connect a client to my 5Ghz network.
> > > >
> > > > My client:
> > > > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > > > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > > > "iw reg set US"
> > > > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > > > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> > > >
> > > > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> > > >
> > > > What I've tried:
> > > > Running with and without CRDA
> > > > Running latest mainline kernel
> > > > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> > > >
> > > > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
> > >
> > > Hi,
> > >
> > > I try to give some initial help.
> > >
> > > The linux-wireless driver is supported by ath9k driver see [1] and [2].
> > >
> > > Unfortunately, you have not sent any log-files at least your dmesg-log.
> > > No output of the above userspace commands or userspace-tools versions.
> > > No information to VendorID/ProductID (PCI, USB, whatever).
> > > It's not clear to me if this is a kernelspace (ath9k-driver) or
> > > userspace (CRDA/regulatory) problem.
> > > How should someone help you effectively?
> > >
> > > The linux-wireless wiki has somne informations on how to debug
> > > Atheros/Qualcomm ath9k-driver, see [3].
> > >
> > > As a debianist I say try Linux v4.16 Debian packages from
> > > stretch-backports (and maybe a higher version of wireless-regdb).
> > >
> > > Try to ask questions the smart way [4] :-).
> > >
> > > Hope this helps.
> > >
> > > Regards,
> > > - Sedat -
> > >
> > > [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> > > [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> > > [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> > > [4] http://www.catb.org/esr/faqs/smart-questions.html
> >
> >
> > I have also built the latest wireless-regdb and crda, but it made no difference.
>
>
>
> Did any of the information I posted point towards a cause?
Also, I'll gladly send one of these adapters to someone with ath9k experience if they suspect they can make it work.
Just message me. :)
with mPCIe version i got one could only read eeprom but not write, or
the information presented were wrong..
On 21/06/2018, [email protected] <[email protected]> wrote:
>
> ---- Arend van Spriel <[email protected]> wrote:
>> + Martin
>>
>> On 6/18/2018 3:53 PM, [email protected] wrote:
>> >
>> > ---- Tom Psyborg <[email protected]> wrote:
>> >> Hi
>> >>
>> >> Your log only show attemps on ch 2447, Can you try connecting to 5GHz
>> >> AP? Connect to Hidden Wireless Network option at the bottom of the
>> >> nm-applet? Running airodump in monitor mode to see if it captures
>> >> anything? Maybe your laptop's antennas were designed for 2.4G card
>> >> only but this just dumb guessing...
>> >>
>> >
>> > It won't connect to any 5GHz AP.
>> > I don't run network manager or Gnome, in fact X11 is not installed on
>> > this machine at all.
>> > I don't think there is such a thing as 2.4GHz vs 5GHz antennas.
>>
>> Actually there is. At least there are 2.4G specific antennas and
>> dual-band antennas.
>>
>> In 4.11 there have been a couple eeprom related changes dealing with
>> endianness of fields in eeprom. Could be those cause a regression for
>> you. I don't have the exact sha id of those commits, but I added the
>> author to this thread.
>>
>> Regards,
>> Arend
>>
>
> An interesting new development:
>
> I've confirmed it's not the antenna as I was able to acquire some more cards
> from a different source which work fine.
>
> Ostensibly they are the same card: Atheros AR9462 : QCNFA222 reference
> design.
>
> The output from lspci for both working and non-working cards is: "03:00.0
> Network controller: Qualcomm Atheros AR9462 Wireless Network Adapter".
>
> However the Subsystem listed in lspci is different. I don't have the exact
> value at the moment for the working cards, but it lists Dell and the part
> number DW1802. The non-working cards are AzureWave.
>
> I've seen a lot of similar cards on ebay that I suspect are the AzureWave. A
> few offers on ebay are for the genuine Dell parts.
>
> What would be the best way to compare and contrast these cards to determine
> if there is a way to make them work?
>
> Inspect EEPROM? Someone previously mentioned calibration data, but I have no
> idea if it's possible to inspect or alter that.
>
---- Janusz Dziedzic <[email protected]> wrote:
> 2018-06-14 6:15 GMT+02:00 <[email protected]>:
> >
> > ---- [email protected] wrote:
> >>
> >> ---- [email protected] wrote:
> >> >
> >> > ---- [email protected] wrote:
> >> > >
> >> > > ---- Sedat Dilek <[email protected]> wrote:
> >> > > > On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> >> > > > > I've run out of ideas and am hoping someone here can help.
> >> > > > >
> >> > > > > All I want to do is connect a client to my 5Ghz network.
> >> > > > >
> >> > > > > My client:
> >> > > > > OS is Debian stable "Stretch" with sysvinit instead of systemd
> >> > > > > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> >> > > > > "iw reg set US"
> >> > > > > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> >> > > > > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> >> > > > >
> >> > > > > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> >> > > > >
> >> > > > > What I've tried:
> >> > > > > Running with and without CRDA
> >> > > > > Running latest mainline kernel
> >> > > > > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> >> > > > >
> >> > > > > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
> >> > > >
> >> > > > Hi,
> >> > > >
> >> > > > I try to give some initial help.
> >> > > >
> >> > > > The linux-wireless driver is supported by ath9k driver see [1] and [2].
> >> > > >
> >> > > > Unfortunately, you have not sent any log-files at least your dmesg-log.
> >> > > > No output of the above userspace commands or userspace-tools versions.
> >> > > > No information to VendorID/ProductID (PCI, USB, whatever).
> >> > > > It's not clear to me if this is a kernelspace (ath9k-driver) or
> >> > > > userspace (CRDA/regulatory) problem.
> >> > > > How should someone help you effectively?
> >> > > >
> >> > > > The linux-wireless wiki has somne informations on how to debug
> >> > > > Atheros/Qualcomm ath9k-driver, see [3].
> >> > > >
> >> > > > As a debianist I say try Linux v4.16 Debian packages from
> >> > > > stretch-backports (and maybe a higher version of wireless-regdb).
> >> > > >
> >> > > > Try to ask questions the smart way [4] :-).
> >> > > >
> >> > > > Hope this helps.
> >> > > >
> >> > > > Regards,
> >> > > > - Sedat -
> >> > > >
> >> > > > [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> >> > > > [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> >> > > > [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> >> > > > [4] http://www.catb.org/esr/faqs/smart-questions.html
> >> > >
> >> > >
> >> > > I have also built the latest wireless-regdb and crda, but it made no difference.
> >> >
> >> >
> >> >
> >> > Did any of the information I posted point towards a cause?
> >>
> >>
> >> Also, I'll gladly send one of these adapters to someone with ath9k experience if they suspect they can make it work.
> >> Just message me. :)
> >
> >
> > I'm surprised at the apparent lack of interest in this by anybody whatsoever.
> >
> > Are there any other M.2 cards (both A and E keyed) on the market that support dual band with a fully open driver and requiring no proprietary firmware?
> >
> > Maybe it was too good to be true and there is no such thing?
> >
> >
>
> Seems, pcie version works fine:
> root@test4:~# lspci |grep Atheros
> 01:00.0 Network controller: Qualcomm Atheros AR9462 Wireless Network
> Adapter (rev 01)
> root@test4:~# iw wlp1s0 scan|grep "freq: 5"
> freq: 5180
> freq: 5180
> freq: 5180
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5620
> freq: 5745
> freq: 5785
> freq: 5785
> freq: 5745
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5200
> freq: 5200
> freq: 5220
> freq: 5220
> freq: 5785
> freq: 5180
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5540
> freq: 5540
> freq: 5540
> freq: 5540
> freq: 5540
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5200
> freq: 5200
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5220
> freq: 5240
> freq: 5540
> freq: 5540
> freq: 5540
> freq: 5660
> freq: 5745
> freq: 5745
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5785
> freq: 5200
> freq: 5220
> freq: 5785
> freq: 5785
> root@test4:~# uname -a
> Linux test4 4.17.0-rc7+ #5 SMP Mon May 28 12:35:22 CEST 2018 x86_64 GNU/Linux
>
> Added:
> ATH_USER_REGD - openwrt patch (4 returns in ath/regd.c)
>
> I have this card (pcie version) in 10 laptops (in some 2,3 of them) -
> working perfectly :)
>
> BR
> Janusz
I have working PCI-E cards with this chipset as well, but M.2 cards with the same chipset (AR9462) do NOT work.
Many laptops only have M.2 slots, making the PCI-E solution impossible. Specifically I have laptops from ThinkPenguin which only have an A-keyed M.2 slot. It seems most M.2 cards available are E-keyed, making it difficult to find a compatible card that supports 5Ghz at all. I was excited to find these cards, only to be disappointed when they didn't work.
---- Arend van Spriel <[email protected]> wrote:
> + Martin
>
> On 6/18/2018 3:53 PM, [email protected] wrote:
> >
> > ---- Tom Psyborg <[email protected]> wrote:
> >> Hi
> >>
> >> Your log only show attemps on ch 2447, Can you try connecting to 5GHz
> >> AP? Connect to Hidden Wireless Network option at the bottom of the
> >> nm-applet? Running airodump in monitor mode to see if it captures
> >> anything? Maybe your laptop's antennas were designed for 2.4G card
> >> only but this just dumb guessing...
> >>
> >
> > It won't connect to any 5GHz AP.
> > I don't run network manager or Gnome, in fact X11 is not installed on this machine at all.
> > I don't think there is such a thing as 2.4GHz vs 5GHz antennas.
>
> Actually there is. At least there are 2.4G specific antennas and
> dual-band antennas.
>
> In 4.11 there have been a couple eeprom related changes dealing with
> endianness of fields in eeprom. Could be those cause a regression for
> you. I don't have the exact sha id of those commits, but I added the
> author to this thread.
>
> Regards,
> Arend
>
An interesting new development:
I've confirmed it's not the antenna as I was able to acquire some more cards from a different source which work fine.
Ostensibly they are the same card: Atheros AR9462 : QCNFA222 reference design.
The output from lspci for both working and non-working cards is: "03:00.0 Network controller: Qualcomm Atheros AR9462 Wireless Network Adapter".
However the Subsystem listed in lspci is different. I don't have the exact value at the moment for the working cards, but it lists Dell and the part number DW1802. The non-working cards are AzureWave.
I've seen a lot of similar cards on ebay that I suspect are the AzureWave. A few offers on ebay are for the genuine Dell parts.
What would be the best way to compare and contrast these cards to determine if there is a way to make them work?
Inspect EEPROM? Someone previously mentioned calibration data, but I have no idea if it's possible to inspect or alter that.
+ Martin
On 6/18/2018 3:53 PM, [email protected] wrote:
>
> ---- Tom Psyborg <[email protected]> wrote:
>> Hi
>>
>> Your log only show attemps on ch 2447, Can you try connecting to 5GHz
>> AP? Connect to Hidden Wireless Network option at the bottom of the
>> nm-applet? Running airodump in monitor mode to see if it captures
>> anything? Maybe your laptop's antennas were designed for 2.4G card
>> only but this just dumb guessing...
>>
>
> It won't connect to any 5GHz AP.
> I don't run network manager or Gnome, in fact X11 is not installed on this machine at all.
> I don't think there is such a thing as 2.4GHz vs 5GHz antennas.
Actually there is. At least there are 2.4G specific antennas and
dual-band antennas.
In 4.11 there have been a couple eeprom related changes dealing with
endianness of fields in eeprom. Could be those cause a regression for
you. I don't have the exact sha id of those commits, but I added the
author to this thread.
Regards,
Arend
---- Tom Psyborg <[email protected]> wrote:
> Hi
>
> Your log only show attemps on ch 2447, Can you try connecting to 5GHz
> AP? Connect to Hidden Wireless Network option at the bottom of the
> nm-applet? Running airodump in monitor mode to see if it captures
> anything? Maybe your laptop's antennas were designed for 2.4G card
> only but this just dumb guessing...
>
It won't connect to any 5GHz AP.
I don't run network manager or Gnome, in fact X11 is not installed on this machine at all.
I don't think there is such a thing as 2.4GHz vs 5GHz antennas.
> On 17/06/2018, [email protected] <[email protected]> wrote:
> >
> > ---- "Michał Kazior" <[email protected]> wrote:
> >> On 15 June 2018 at 19:23, <[email protected]> wrote:
> >> > ---- [email protected] wrote:
> >> >> ---- "Michał Kazior" <[email protected]> wrote:
> >> >> > Your noise floor readout in survey dump is terribly bad for 5GHz. It
> >> >> > ain't stellar for 2.4GHz either but within reason nonetheless.
> >> >> >
> >> >> > Did you try using the card in a different device? I wonder if the
> >> >> > device you're trying to use it in has some sort of internal noise on
> >> >> > those frequencies and/or ath9k's ANI isn't able to deal with it.
> >> >> >
> >> >> >
> >> >> > Michał
> >> >> >
> >> >> > On 15 June 2018 at 15:31, <[email protected]> wrote:
> >> >>
> >> >> I did.
> >> >> I took it out of the Penguin-Z notebook and put it in a Dell XPS15 9560
> >> >> running Windows 10. Only 2.4Ghz networks were visible from there as
> >> >> well. Not exactly apples-to-apples, but consistent results.
> >>
> >> This reduces likeliness this is tied to a os/driver issue. Maybe
> >> calibration data on the device eeprom is broken? Or maybe it's a
> >> hardware defect?
> >
> >
> >
> >
> > I have three of these cards all with the same problem, so if it's a hardware
> > defect then it's pretty much game over and these cards are all useless.
> > Forgive my ignorance, but is there any way to check/fix calibration data?
> >
> >
> >
> >
> >>
> >>
> >> > Could it be antenna related (in multiple devices)?
> >>
> >> Antennas can be designed to work better on certain frequency ranges. I
> >> wouldn't expect such a dramatic effect though.
> >>
> >>
> >> > On wikidevi.com I see some M.2 cards listed with an antenna connector of
> >> > U.FL and others with MHF4. I can't find anything describing the
> >> > difference, if any. The connectors seemed to fit OK. Also, what's the
> >> > deal with 'main' and 'aux' antenna connectors? I've seen people suggest
> >> > swapping them has helped in some cases with poor signal, while others
> >> > insist that it makes no difference. I have not tried swapping the
> >> > connectors.
> >>
> >> I think it's not a connector problem because 2.4GHz scan results
> >> report reasonable signal strength for found APs (-60dBm). My
> >> experience is that if you use a wrong (but seemingly fitting)
> >> connector you'd get near 0 results or below -90dBm across the board.
> >>
> >>
> >> Michał
> >
> >
---- [email protected] wrote:
>
> ---- "Michał Kazior" <[email protected]> wrote:
> > Your noise floor readout in survey dump is terribly bad for 5GHz. It
> > ain't stellar for 2.4GHz either but within reason nonetheless.
> >
> > Did you try using the card in a different device? I wonder if the
> > device you're trying to use it in has some sort of internal noise on
> > those frequencies and/or ath9k's ANI isn't able to deal with it.
> >
> >
> > Michał
> >
> > On 15 June 2018 at 15:31, <[email protected]> wrote:
>
>
> I did.
> I took it out of the Penguin-Z notebook and put it in a Dell XPS15 9560 running Windows 10. Only 2.4Ghz networks were visible from there as well. Not exactly apples-to-apples, but consistent results.
Could it be antenna related (in multiple devices)?
On wikidevi.com I see some M.2 cards listed with an antenna connector of U.FL and others with MHF4. I can't find anything describing the difference, if any. The connectors seemed to fit OK. Also, what's the deal with 'main' and 'aux' antenna connectors? I've seen people suggest swapping them has helped in some cases with poor signal, while others insist that it makes no difference. I have not tried swapping the connectors.
Your noise floor readout in survey dump is terribly bad for 5GHz. It
ain't stellar for 2.4GHz either but within reason nonetheless.
Did you try using the card in a different device? I wonder if the
device you're trying to use it in has some sort of internal noise on
those frequencies and/or ath9k's ANI isn't able to deal with it.
Micha=C5=82
On 15 June 2018 at 15:31, <[email protected]> wrote:
>
> ---- Janusz Dziedzic <[email protected]> wrote:
>> 2018-06-14 6:15 GMT+02:00 <[email protected]>:
>> >
>> > ---- [email protected] wrote:
>> >>
>> >> ---- [email protected] wrote:
>> >> >
>> >> > ---- [email protected] wrote:
>> >> > >
>> >> > > ---- Sedat Dilek <[email protected]> wrote:
>> >> > > > On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
>> >> > > > > I've run out of ideas and am hoping someone here can help.
>> >> > > > >
>> >> > > > > All I want to do is connect a client to my 5Ghz network.
>> >> > > > >
>> >> > > > > My client:
>> >> > > > > OS is Debian stable "Stretch" with sysvinit instead of syst=
emd
>> >> > > > > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
>> >> > > > > "iw reg set US"
>> >> > > > > "iw list" shows both 2.4Ghz and 5Ghz bands available.
>> >> > > > > "iw wlp3s0 survey dump" shows received traffic on 5Ghz band=
s.
>> >> > > > >
>> >> > > > > There are oodles of 5Ghz AP's within range, but scans (includ=
ing passive scans) reveal only 2.4Ghz networks. My only guess was that it w=
on't transmit due to regulatory requirements, but I cannot make it work.
>> >> > > > >
>> >> > > > > What I've tried:
>> >> > > > > Running with and without CRDA
>> >> > > > > Running latest mainline kernel
>> >> > > > > Hacking around on the ath9k driver and nl80211 to remove al=
l regulatory enforcement.
>> >> > > > >
>> >> > > > > Nothing works and I'm pulling my hair out. Any help would be =
greatly appreciated.
>> >> > > >
>> >> > > > Hi,
>> >> > > >
>> >> > > > I try to give some initial help.
>> >> > > >
>> >> > > > The linux-wireless driver is supported by ath9k driver see [1] =
and [2].
>> >> > > >
>> >> > > > Unfortunately, you have not sent any log-files at least your dm=
esg-log.
>> >> > > > No output of the above userspace commands or userspace-tools ve=
rsions.
>> >> > > > No information to VendorID/ProductID (PCI, USB, whatever).
>> >> > > > It's not clear to me if this is a kernelspace (ath9k-driver) or
>> >> > > > userspace (CRDA/regulatory) problem.
>> >> > > > How should someone help you effectively?
>> >> > > >
>> >> > > > The linux-wireless wiki has somne informations on how to debug
>> >> > > > Atheros/Qualcomm ath9k-driver, see [3].
>> >> > > >
>> >> > > > As a debianist I say try Linux v4.16 Debian packages from
>> >> > > > stretch-backports (and maybe a higher version of wireless-regdb=
).
>> >> > > >
>> >> > > > Try to ask questions the smart way [4] :-).
>> >> > > >
>> >> > > > Hope this helps.
>> >> > > >
>> >> > > > Regards,
>> >> > > > - Sedat -
>> >> > > >
>> >> > > > [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
>> >> > > > [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/dev=
ices
>> >> > > > [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/deb=
ug
>> >> > > > [4] http://www.catb.org/esr/faqs/smart-questions.html
>> >> > >
>> >> > >
>> >> > > I have also built the latest wireless-regdb and crda, but it made=
no difference.
>> >> >
>> >> >
>> >> >
>> >> > Did any of the information I posted point towards a cause?
>> >>
>> >>
>> >> Also, I'll gladly send one of these adapters to someone with ath9k ex=
perience if they suspect they can make it work.
>> >> Just message me. :)
>> >
>> >
>> > I'm surprised at the apparent lack of interest in this by anybody what=
soever.
>> >
>> > Are there any other M.2 cards (both A and E keyed) on the market that =
support dual band with a fully open driver and requiring no proprietary fir=
mware?
>> >
>> > Maybe it was too good to be true and there is no such thing?
>> >
>> >
>>
>> Seems, pcie version works fine:
>> root@test4:~# lspci |grep Atheros
>> 01:00.0 Network controller: Qualcomm Atheros AR9462 Wireless Network
>> Adapter (rev 01)
>> root@test4:~# iw wlp1s0 scan|grep "freq: 5"
>> freq: 5180
>> freq: 5180
>> freq: 5180
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5620
>> freq: 5745
>> freq: 5785
>> freq: 5785
>> freq: 5745
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5200
>> freq: 5200
>> freq: 5220
>> freq: 5220
>> freq: 5785
>> freq: 5180
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5540
>> freq: 5540
>> freq: 5540
>> freq: 5540
>> freq: 5540
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5200
>> freq: 5200
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5220
>> freq: 5240
>> freq: 5540
>> freq: 5540
>> freq: 5540
>> freq: 5660
>> freq: 5745
>> freq: 5745
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5785
>> freq: 5200
>> freq: 5220
>> freq: 5785
>> freq: 5785
>> root@test4:~# uname -a
>> Linux test4 4.17.0-rc7+ #5 SMP Mon May 28 12:35:22 CEST 2018 x86_64 GNU/=
Linux
>>
>> Added:
>> ATH_USER_REGD - openwrt patch (4 returns in ath/regd.c)
>>
>> I have this card (pcie version) in 10 laptops (in some 2,3 of them) -
>> working perfectly :)
>>
>> BR
>> Janusz
>
>
> I have working PCI-E cards with this chipset as well, but M.2 cards with =
the same chipset (AR9462) do NOT work.
>
> Many laptops only have M.2 slots, making the PCI-E solution impossible. S=
pecifically I have laptops from ThinkPenguin which only have an A-keyed M.2=
slot. It seems most M.2 cards available are E-keyed, making it difficult t=
o find a compatible card that supports 5Ghz at all. I was excited to find t=
hese cards, only to be disappointed when they didn't work.
>
>
2018-06-14 6:15 GMT+02:00 <[email protected]>:
>
> ---- [email protected] wrote:
>>
>> ---- [email protected] wrote:
>> >
>> > ---- [email protected] wrote:
>> > >
>> > > ---- Sedat Dilek <[email protected]> wrote:
>> > > > On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
>> > > > > I've run out of ideas and am hoping someone here can help.
>> > > > >
>> > > > > All I want to do is connect a client to my 5Ghz network.
>> > > > >
>> > > > > My client:
>> > > > > OS is Debian stable "Stretch" with sysvinit instead of systemd
>> > > > > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
>> > > > > "iw reg set US"
>> > > > > "iw list" shows both 2.4Ghz and 5Ghz bands available.
>> > > > > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
>> > > > >
>> > > > > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
>> > > > >
>> > > > > What I've tried:
>> > > > > Running with and without CRDA
>> > > > > Running latest mainline kernel
>> > > > > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
>> > > > >
>> > > > > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
>> > > >
>> > > > Hi,
>> > > >
>> > > > I try to give some initial help.
>> > > >
>> > > > The linux-wireless driver is supported by ath9k driver see [1] and [2].
>> > > >
>> > > > Unfortunately, you have not sent any log-files at least your dmesg-log.
>> > > > No output of the above userspace commands or userspace-tools versions.
>> > > > No information to VendorID/ProductID (PCI, USB, whatever).
>> > > > It's not clear to me if this is a kernelspace (ath9k-driver) or
>> > > > userspace (CRDA/regulatory) problem.
>> > > > How should someone help you effectively?
>> > > >
>> > > > The linux-wireless wiki has somne informations on how to debug
>> > > > Atheros/Qualcomm ath9k-driver, see [3].
>> > > >
>> > > > As a debianist I say try Linux v4.16 Debian packages from
>> > > > stretch-backports (and maybe a higher version of wireless-regdb).
>> > > >
>> > > > Try to ask questions the smart way [4] :-).
>> > > >
>> > > > Hope this helps.
>> > > >
>> > > > Regards,
>> > > > - Sedat -
>> > > >
>> > > > [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
>> > > > [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
>> > > > [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
>> > > > [4] http://www.catb.org/esr/faqs/smart-questions.html
>> > >
>> > >
>> > > I have also built the latest wireless-regdb and crda, but it made no difference.
>> >
>> >
>> >
>> > Did any of the information I posted point towards a cause?
>>
>>
>> Also, I'll gladly send one of these adapters to someone with ath9k experience if they suspect they can make it work.
>> Just message me. :)
>
>
> I'm surprised at the apparent lack of interest in this by anybody whatsoever.
>
> Are there any other M.2 cards (both A and E keyed) on the market that support dual band with a fully open driver and requiring no proprietary firmware?
>
> Maybe it was too good to be true and there is no such thing?
>
>
Seems, pcie version works fine:
root@test4:~# lspci |grep Atheros
01:00.0 Network controller: Qualcomm Atheros AR9462 Wireless Network
Adapter (rev 01)
root@test4:~# iw wlp1s0 scan|grep "freq: 5"
freq: 5180
freq: 5180
freq: 5180
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5620
freq: 5745
freq: 5785
freq: 5785
freq: 5745
freq: 5785
freq: 5785
freq: 5785
freq: 5200
freq: 5200
freq: 5220
freq: 5220
freq: 5785
freq: 5180
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5540
freq: 5540
freq: 5540
freq: 5540
freq: 5540
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5200
freq: 5200
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5220
freq: 5240
freq: 5540
freq: 5540
freq: 5540
freq: 5660
freq: 5745
freq: 5745
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5785
freq: 5200
freq: 5220
freq: 5785
freq: 5785
root@test4:~# uname -a
Linux test4 4.17.0-rc7+ #5 SMP Mon May 28 12:35:22 CEST 2018 x86_64 GNU/Linux
Added:
ATH_USER_REGD - openwrt patch (4 returns in ath/regd.c)
I have this card (pcie version) in 10 laptops (in some 2,3 of them) -
working perfectly :)
BR
Janusz
---- [email protected] wrote:
>
> ---- Sedat Dilek <[email protected]> wrote:
> > On Tue, May 22, 2018 at 7:21 PM, <[email protected]> wrote:
> > > I've run out of ideas and am hoping someone here can help.
> > >
> > > All I want to do is connect a client to my 5Ghz network.
> > >
> > > My client:
> > > OS is Debian stable "Stretch" with sysvinit instead of systemd
> > > Atheros AR9462 (World roaming 0x64 regdomain in EEPROM)
> > > "iw reg set US"
> > > "iw list" shows both 2.4Ghz and 5Ghz bands available.
> > > "iw wlp3s0 survey dump" shows received traffic on 5Ghz bands.
> > >
> > > There are oodles of 5Ghz AP's within range, but scans (including passive scans) reveal only 2.4Ghz networks. My only guess was that it won't transmit due to regulatory requirements, but I cannot make it work.
> > >
> > > What I've tried:
> > > Running with and without CRDA
> > > Running latest mainline kernel
> > > Hacking around on the ath9k driver and nl80211 to remove all regulatory enforcement.
> > >
> > > Nothing works and I'm pulling my hair out. Any help would be greatly appreciated.
> >
> > Hi,
> >
> > I try to give some initial help.
> >
> > The linux-wireless driver is supported by ath9k driver see [1] and [2].
> >
> > Unfortunately, you have not sent any log-files at least your dmesg-log.
> > No output of the above userspace commands or userspace-tools versions.
> > No information to VendorID/ProductID (PCI, USB, whatever).
> > It's not clear to me if this is a kernelspace (ath9k-driver) or
> > userspace (CRDA/regulatory) problem.
> > How should someone help you effectively?
> >
> > The linux-wireless wiki has somne informations on how to debug
> > Atheros/Qualcomm ath9k-driver, see [3].
> >
> > As a debianist I say try Linux v4.16 Debian packages from
> > stretch-backports (and maybe a higher version of wireless-regdb).
> >
> > Try to ask questions the smart way [4] :-).
> >
> > Hope this helps.
> >
> > Regards,
> > - Sedat -
> >
> > [1] https://wireless.wiki.kernel.org/en/users/drivers/ath9k
> > [2] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/devices
> > [3] https://wireless.wiki.kernel.org/en/users/drivers/ath9k/debug
> > [4] http://www.catb.org/esr/faqs/smart-questions.html
>
>
> I have also built the latest wireless-regdb and crda, but it made no difference.
Did any of the information I posted point towards a cause?
Hi
Your log only show attemps on ch 2447, Can you try connecting to 5GHz
AP? Connect to Hidden Wireless Network option at the bottom of the
nm-applet? Running airodump in monitor mode to see if it captures
anything? Maybe your laptop's antennas were designed for 2.4G card
only but this just dumb guessing...
On 17/06/2018, [email protected] <[email protected]> wrote:
>
> ---- "Micha=C5=82 Kazior" <[email protected]> wrote:
>> On 15 June 2018 at 19:23, <[email protected]> wrote:
>> > ---- [email protected] wrote:
>> >> ---- "Micha=C5=82 Kazior" <[email protected]> wrote:
>> >> > Your noise floor readout in survey dump is terribly bad for 5GHz. I=
t
>> >> > ain't stellar for 2.4GHz either but within reason nonetheless.
>> >> >
>> >> > Did you try using the card in a different device? I wonder if the
>> >> > device you're trying to use it in has some sort of internal noise o=
n
>> >> > those frequencies and/or ath9k's ANI isn't able to deal with it.
>> >> >
>> >> >
>> >> > Micha=C5=82
>> >> >
>> >> > On 15 June 2018 at 15:31, <[email protected]> wrote:
>> >>
>> >> I did.
>> >> I took it out of the Penguin-Z notebook and put it in a Dell XPS15 95=
60
>> >> running Windows 10. Only 2.4Ghz networks were visible from there as
>> >> well. Not exactly apples-to-apples, but consistent results.
>>
>> This reduces likeliness this is tied to a os/driver issue. Maybe
>> calibration data on the device eeprom is broken? Or maybe it's a
>> hardware defect?
>
>
>
>
> I have three of these cards all with the same problem, so if it's a hardw=
are
> defect then it's pretty much game over and these cards are all useless.
> Forgive my ignorance, but is there any way to check/fix calibration data?
>
>
>
>
>>
>>
>> > Could it be antenna related (in multiple devices)?
>>
>> Antennas can be designed to work better on certain frequency ranges. I
>> wouldn't expect such a dramatic effect though.
>>
>>
>> > On wikidevi.com I see some M.2 cards listed with an antenna connector =
of
>> > U.FL and others with MHF4. I can't find anything describing the
>> > difference, if any. The connectors seemed to fit OK. Also, what's the
>> > deal with 'main' and 'aux' antenna connectors? I've seen people sugges=
t
>> > swapping them has helped in some cases with poor signal, while others
>> > insist that it makes no difference. I have not tried swapping the
>> > connectors.
>>
>> I think it's not a connector problem because 2.4GHz scan results
>> report reasonable signal strength for found APs (-60dBm). My
>> experience is that if you use a wrong (but seemingly fitting)
>> connector you'd get near 0 results or below -90dBm across the board.
>>
>>
>> Micha=C5=82
>
>
On 15 June 2018 at 19:23, <[email protected]> wrote:
> ---- [email protected] wrote:
>> ---- "Micha=C5=82 Kazior" <[email protected]> wrote:
>> > Your noise floor readout in survey dump is terribly bad for 5GHz. It
>> > ain't stellar for 2.4GHz either but within reason nonetheless.
>> >
>> > Did you try using the card in a different device? I wonder if the
>> > device you're trying to use it in has some sort of internal noise on
>> > those frequencies and/or ath9k's ANI isn't able to deal with it.
>> >
>> >
>> > Micha=C5=82
>> >
>> > On 15 June 2018 at 15:31, <[email protected]> wrote:
>>
>> I did.
>> I took it out of the Penguin-Z notebook and put it in a Dell XPS15 9560 =
running Windows 10. Only 2.4Ghz networks were visible from there as well. N=
ot exactly apples-to-apples, but consistent results.
This reduces likeliness this is tied to a os/driver issue. Maybe
calibration data on the device eeprom is broken? Or maybe it's a
hardware defect?
> Could it be antenna related (in multiple devices)?
Antennas can be designed to work better on certain frequency ranges. I
wouldn't expect such a dramatic effect though.
> On wikidevi.com I see some M.2 cards listed with an antenna connector of =
U.FL and others with MHF4. I can't find anything describing the difference,=
if any. The connectors seemed to fit OK. Also, what's the deal with 'main'=
and 'aux' antenna connectors? I've seen people suggest swapping them has h=
elped in some cases with poor signal, while others insist that it makes no =
difference. I have not tried swapping the connectors.
I think it's not a connector problem because 2.4GHz scan results
report reasonable signal strength for found APs (-60dBm). My
experience is that if you use a wrong (but seemingly fitting)
connector you'd get near 0 results or below -90dBm across the board.
Micha=C5=82
Hi Arend,
On Mon, Jun 18, 2018 at 9:23 PM Arend van Spriel
<[email protected]> wrote:
>
> + Martin
thank you for CC'ing me!
> On 6/18/2018 3:53 PM, [email protected] wrote:
> >
> > ---- Tom Psyborg <[email protected]> wrote:
> >> Hi
> >>
> >> Your log only show attemps on ch 2447, Can you try connecting to 5GHz
> >> AP? Connect to Hidden Wireless Network option at the bottom of the
> >> nm-applet? Running airodump in monitor mode to see if it captures
> >> anything? Maybe your laptop's antennas were designed for 2.4G card
> >> only but this just dumb guessing...
> >>
> >
> > It won't connect to any 5GHz AP.
> > I don't run network manager or Gnome, in fact X11 is not installed on this machine at all.
> > I don't think there is such a thing as 2.4GHz vs 5GHz antennas.
>
> Actually there is. At least there are 2.4G specific antennas and
> dual-band antennas.
>
> In 4.11 there have been a couple eeprom related changes dealing with
> endianness of fields in eeprom. Could be those cause a regression for
> you. I don't have the exact sha id of those commits, but I added the
> author to this thread.
I couldn't find the whole thread in a mailing list archive somewhere
could the original reporter please send a kernel log (dmesg) and some
information about the host system?
if the host system uses devicetree (maybe because it's an ARM based
system or some PowerMac, etc.) then please keep reading
Bas Vermeulen (I added him to this thread *in case* we find out that
it's the same issue) reported that a AR9278 card refused to work in
his "PowerMac G5"
he posted a patch here: [0]
back then I asked if he could test and send a modified version of his
patch - I included that below
(if someone is interested in the cause: whenever there is a devicetree
node for the ath9k card then the driver-internal flag AH_NO_EEP_SWAP
is set unconditionally. this flag is *NOT* set if there's no
devicetree node. if it is set then the driver doesn't try to swap the
EEPROM data as this breaks some OpenWrt based devices. however, since
all OpenWrt devices set the "qca,no-eeprom" property we can move
setting the AH_NO_EEP_SWAP flag into the existing if-block and
hopefully solve all issues)
Regards
Martin
[0] https://patchwork.kernel.org/patch/10241731/
---- "Michał Kazior" <[email protected]> wrote:
> On 15 June 2018 at 19:23, <[email protected]> wrote:
> > ---- [email protected] wrote:
> >> ---- "Michał Kazior" <[email protected]> wrote:
> >> > Your noise floor readout in survey dump is terribly bad for 5GHz. It
> >> > ain't stellar for 2.4GHz either but within reason nonetheless.
> >> >
> >> > Did you try using the card in a different device? I wonder if the
> >> > device you're trying to use it in has some sort of internal noise on
> >> > those frequencies and/or ath9k's ANI isn't able to deal with it.
> >> >
> >> >
> >> > Michał
> >> >
> >> > On 15 June 2018 at 15:31, <[email protected]> wrote:
> >>
> >> I did.
> >> I took it out of the Penguin-Z notebook and put it in a Dell XPS15 9560 running Windows 10. Only 2.4Ghz networks were visible from there as well. Not exactly apples-to-apples, but consistent results.
>
> This reduces likeliness this is tied to a os/driver issue. Maybe
> calibration data on the device eeprom is broken? Or maybe it's a
> hardware defect?
I have three of these cards all with the same problem, so if it's a hardware defect then it's pretty much game over and these cards are all useless.
Forgive my ignorance, but is there any way to check/fix calibration data?
>
>
> > Could it be antenna related (in multiple devices)?
>
> Antennas can be designed to work better on certain frequency ranges. I
> wouldn't expect such a dramatic effect though.
>
>
> > On wikidevi.com I see some M.2 cards listed with an antenna connector of U.FL and others with MHF4. I can't find anything describing the difference, if any. The connectors seemed to fit OK. Also, what's the deal with 'main' and 'aux' antenna connectors? I've seen people suggest swapping them has helped in some cases with poor signal, while others insist that it makes no difference. I have not tried swapping the connectors.
>
> I think it's not a connector problem because 2.4GHz scan results
> report reasonable signal strength for found APs (-60dBm). My
> experience is that if you use a wrong (but seemingly fitting)
> connector you'd get near 0 results or below -90dBm across the board.
>
>
> Michał
---- "Michał Kazior" <[email protected]> wrote:
> Your noise floor readout in survey dump is terribly bad for 5GHz. It
> ain't stellar for 2.4GHz either but within reason nonetheless.
>
> Did you try using the card in a different device? I wonder if the
> device you're trying to use it in has some sort of internal noise on
> those frequencies and/or ath9k's ANI isn't able to deal with it.
>
>
> Michał
>
> On 15 June 2018 at 15:31, <[email protected]> wrote:
I did.
I took it out of the Penguin-Z notebook and put it in a Dell XPS15 9560 running Windows 10. Only 2.4Ghz networks were visible from there as well. Not exactly apples-to-apples, but consistent results.