-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Kerry She (shekairui at gmail.com) just uploaded a new patch set to gerrit,
which you can find at http://review.coreboot.org/135
-gerrit
commit 5cb524a357dc0c3b4f959ca44a50b00c1dd76b77
Author: Kerry She shekairui at gmail.com
Date: Thu Aug 18
such as lm-sensors to access temperature,
fan monitoring and control and voltage registers.
asrock/e350m1 and advansus/a785e-i mainboard changes are included herein.
Change-Id: I2176885549277b335c0c41b48457d09b9b76b703
Signed-off-by: Per Hansen perh52 at runbox.com
Signed-off
commit 000ea3878c8d28dc79897c997f5ca82366542da8
Author: Kerry She shekairui at gmail.com
Date: Thu Aug 18 18:58:40 2011 +0800
AMD F14 Rev C0 update
Add AMD Family14 Rev C0 cpu id
The second line is in my opinion even a better commit summary.
How about
family14: Add AMD
Hi,
Upon booting, I get this:
[...]
you could try commit 0df0e14fb, that may or may not work, the commit after
that broke fusion boards completely, apparently.
Florian
Thank you! I can confirm that 0df0e14fb works properly.
-Marshall
Frank,
It looks like we have a regression. Is
This patch enables access to the registers of the hardware monitor logical
device
in the superio via isa ports 0x295/0x296. Previously this was not enabled in the
SB8xx LPC device. This is required for initialisation in init_hwm() in
src/superio/winbond/w83627hf/superio.c and also by OS-level
The proposed get_sb800_revision is incomplete. We know that at least SB810,
SB820M
and SB850 exist, and that production ASIC revisions are A12, A13 (and perhaps
later).
Since Frank is at AMD I guess he can obtain the full set easily.
The SB8xx device in the Asrock E350M1 has rev_id = 0x42 and
Looking at src/southbridge/amd/cimx/sb800/late.c
static void usb_init(struct device *dev)
{
+ printk(BIOS_DEBUG, SB800 - Late.c - usb_init - Start.\n);
usbInitAfterPciInit(sb_config);
commonInitLateBoot(sb_config);
+ printk(BIOS_DEBUG, SB800 - Late.c - usb_init -
On the SATA MSI disable problem: calling sbAfterPciInit from cpu_bus_init
succeeds in disabling MSI for SATA. So now the linux driver correctly
does not try to enable MSI for SATA. But that code is not minimal and might
not be the right thing to do.
Back to the ethernet problem. Comparing PCI
Start by comparing interrupt setup and interrupt rates with factory BIOS.
Then drill all the way down through the five-six groups of registers
that are relevant for interrupt handling in the hardware and compare
differences selectively based on ideas gathered from initial behavior
On the ASRock E350M1 I see slow data rates (=10% of full rate) for incoming
data transfers
using the onboard gigabit NIC. There are kernel log messages like
r8169 :03:00.0: eth0: link up
NOHZ: local_softirq_pending 08
repeated 10 times, followed by messages like
net_ratelimit: 75 callbacks
10 matches
Mail list logo