Searched hist:219605 (Results 1 - 3 of 3) sorted by relevance
| /freebsd-10.3-release/sys/dev/ath/ath_hal/ar9002/ | ||
| H A D | ar9285.c | diff 219605 Sun Mar 13 13:00:49 MDT 2011 adrian Fix the nfarray offsets for the ar2133/ar5133 radio - (AR5416, AR9160, etc.) The offsets didn't match the assumption that nfarray[] is ordered by the chainmask bits and programmed via the register order in ar5416_cca_regs[]. This repairs that damage and ensures that chain 1 is programmed correctly. (And extension channels will now be programmed correctly also.) This fixes some of the stuck beacons I've been seeing on my AR9160/AR5416 setups - because Chain 1 would be programmed -80 or -85 dBm, which is higher than the actual noise floor and thus convincing the radio that indeed it can't ever transmit. |
| H A D | ar9280.c | diff 219605 Sun Mar 13 13:00:49 MDT 2011 adrian Fix the nfarray offsets for the ar2133/ar5133 radio - (AR5416, AR9160, etc.) The offsets didn't match the assumption that nfarray[] is ordered by the chainmask bits and programmed via the register order in ar5416_cca_regs[]. This repairs that damage and ensures that chain 1 is programmed correctly. (And extension channels will now be programmed correctly also.) This fixes some of the stuck beacons I've been seeing on my AR9160/AR5416 setups - because Chain 1 would be programmed -80 or -85 dBm, which is higher than the actual noise floor and thus convincing the radio that indeed it can't ever transmit. |
| /freebsd-10.3-release/sys/dev/ath/ath_hal/ar5416/ | ||
| H A D | ar2133.c | diff 219605 Sun Mar 13 13:00:49 MDT 2011 adrian Fix the nfarray offsets for the ar2133/ar5133 radio - (AR5416, AR9160, etc.) The offsets didn't match the assumption that nfarray[] is ordered by the chainmask bits and programmed via the register order in ar5416_cca_regs[]. This repairs that damage and ensures that chain 1 is programmed correctly. (And extension channels will now be programmed correctly also.) This fixes some of the stuck beacons I've been seeing on my AR9160/AR5416 setups - because Chain 1 would be programmed -80 or -85 dBm, which is higher than the actual noise floor and thus convincing the radio that indeed it can't ever transmit. |
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