I am not familiar with Fedora. My distro of choice is openSUSE and rtl8192ce has worked on every kernel release and version of openSUSE since kernel 2.6.38 when the driver was added.
The firmware that I use has the following sha1sums:
These are the official files in the linux-firmware git repo. No other versions are supported.
If I understand correctly, the driver worked with Ubuntu when using kernel 3.2 and failed sometime after that. Is that correct, and could someone tell me which kernel after that failed?
Also, is there anyone with the knowledge and the necessary hardware that would be willing to download the kernel source from the mainline git repo, and bisect this problem? I could certainly do the bisection, but as the failures do not happen with my system, it would do no good. I could install Ubuntu and do it myself, but that scenario would have very low priority.
I am not familiar with Fedora. My distro of choice is openSUSE and rtl8192ce has worked on every kernel release and version of openSUSE since kernel 2.6.38 when the driver was added.
The firmware that I use has the following sha1sums:
4fc1e72c5f82cf9 5c62050c56cce07 4d90c3e579 /home/finger/ linux-firmware/ rtlwifi/ rtl8192cfw. bin ab7139c0e357fdc ddcc21cc46 /home/finger/ linux-firmware/ rtlwifi/ rtl8192cfwU_ B.bin ea9f7bff66e76b5 2dec4e157a /home/finger/ linux-firmware/ rtlwifi/ rtl8192cfwU. bin
c81ec289a236875
3ff2a534ecb0cb0
These are the official files in the linux-firmware git repo. No other versions are supported.
If I understand correctly, the driver worked with Ubuntu when using kernel 3.2 and failed sometime after that. Is that correct, and could someone tell me which kernel after that failed?
Also, is there anyone with the knowledge and the necessary hardware that would be willing to download the kernel source from the mainline git repo, and bisect this problem? I could certainly do the bisection, but as the failures do not happen with my system, it would do no good. I could install Ubuntu and do it myself, but that scenario would have very low priority.