Hello,
Right, there's HT elements in there, so it looks likely you properly
negotiated HT.
And the amrr output :
Test kernel: wlan0: [00:24:d4:97:80:20] amrr_node_init: non-11n node
Test kernel: wlan0: [00:24:d4:97:80:20] AMRR: nrates=0, initial rate
0
That's the initial I don't
Hi,
Let's merge some more stuff into -HEAD first. it's likely there's some
RF configuration problem which we can dig into in more detail but I
can't do it whilst we've got broken Intel 5100 support (as then MY
laptop doesn't work!)
I have a spectrum analyser and I'm not afraid to use it.
De : adrian.ch...@gmail.com [mailto:adrian.ch...@gmail.com] De la part
de Adrian Chadd
Envoyé : lundi 29 juillet 2013 21:08
À : Cedric GROSS
Cc : freebsd-wireless@freebsd.org
Objet : Re: Wifi rates
Hi,
So the trick here is that iwn uses the net80211 rate control API for
doing things
On 30 July 2013 02:33, Cedric GROSS c...@cgross.info wrote:
[root@Test]/root#ifconfig -v wlan0 list sta
ADDR AID CHAN RATE RSSI IDLE TXSEQ RXSEQ CAPS FLAG
00:24:d4:97:80:2025 6M 18.50 1162 58480 EP AQEHTRS
SSIDWLenine RATESB2,B4,B11,
B22,12,18,24,36
Hello,
Part of splitting work, I continue to investigate on my side for my NIC
(Centrino 2230).
I notice that from ifconfig wlan0 :
media: IEEE 802.11 Wireless Ethernet DS/1Mbps mode 11ng
Rate is very slow and should be 54Mbps.
I try to understand how rates is determined but it's
Hi,
So the trick here is that iwn uses the net80211 rate control API for
doing things.
Look at if_iwn.c for ratectl. There's a spot in the TX path where it
calls it to look up the rate.
It then converts that rate to the iwn PLCP format for the given
transmission rate. You can google PLCP. Intel
