https://bugs.freedesktop.org/show_bug.cgi?id=97157
Bug ID: 97157
Summary: MST displays fail to wake
Product: DRI
Version: XOrg git
Hardware: x86-64 (AMD64)
OS: Linux (All)
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: dan.doel(a)gmail.com
Created attachment 125450
--> https://bugs.freedesktop.org/attachment.cgi?id=125450&action=edit
dmesg output
Since moving to kernel 4.6, I've been having regular problems with my MST
monitors failing to wake after being put to sleep. This only seems to occur
after the machine has been on for a sufficient amount of time, but I usually
experience it within a day of booting, and typically after the displays have
been powered off for an extended period of time.
There are two MST monitors, but typically only one fails to wake. Also, it is
more often that the secondary display is the one that fails. However, I have
had the primary display fail to come back (while the secondary one succeeds),
and I have had both fail to come back as well.
Sometimes, only a complete power off is able to make the monitors wake up; a
reboot is not always sufficient.
The dmesg displays some errors, and I've poked around a bit. It seems likely
that this is related to commit f3d58dccdbf9f8c0a229d555d4b295d52e743039, which
was first included in 4.6. This commit basically causes dpms to work at all
with MST monitors; before it was a no-op that didn't actually put the monitors
into power saving. That doesn't help narrow the problem down much, though,
since a significant portion of the mst dpms code probably wasn't being
exercised before that.
Also, it seems notable that the error message (which seems more like a debug
message) in the STANDBY/SUSPEND/OFF case keeps reporting higher numbers, as
though it keeps going through the ON case, which increments the variable, but
not making it through the portion of the OFF case that decrements the variable.
I'll attach dmesg journal output that might be relevant. I believe the
error/debug messages timestamped 'Jul 31 11:03:49' correspond to the first time
one of the displays failed to wake up. I tried various ways of toggling the
dpms off and on after that, so those are the subsequent error messages in the
log.
As far as specs go, I have:
Radeon HD7870 (Pitcairn)
Kernel 4.6.4 (4.6.3 also affected)
2 UP2414Q mst displays
xorg-server 1.18.4
Modesetting driver
Let me know if there's any more information I can try to provide.
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=94153
Bug ID: 94153
Summary: Unresponsive system on boot with radeon + HD 3870
Product: DRI
Version: unspecified
Hardware: x86-64 (AMD64)
OS: Linux (All)
Status: NEW
Severity: blocker
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: g47qk(a)ukr.net
Created attachment 121755
--> https://bugs.freedesktop.org/attachment.cgi?id=121755&action=edit
dmesg.log saved via the serial port
I'm using a HD 3870 with Debian 9 Stretch x64 (Testing). When booting to a
command line, when drivers are loaded, the screen goes into power saving mode,
and the system becomes unresponsive.
Booting with `nomodeset' works OK. If I run "#modprobe radeon modeset=1", the
screen goes power saving mode, the system stops responding and the caps lock
key no longer works (kernel panic?).
I've also tested with a Fedora 23 Workstation Live-CD (64-bit), Ubuntu 15.10
Desktop (64-bit) Live-CD, SystemRescueCd-x86-4.7.0 with the same results
(unresponsive on driver load).
I've tested a ATI X1600 Pro in the same system, and everything works fine.
#lspci -nnn | grep VGA
01:00.0 VGA compatible controller [0300]: Advanced Micro Devices, Inc.
[AMD/ATI] RV670 [Radeon HD 3870] [1002:9501]
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=89971
Bug ID: 89971
Summary: HDMI out *not* working with radeon (mobile 8550g)
Product: DRI
Version: DRI git
Hardware: x86-64 (AMD64)
OS: Linux (All)
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: adrianovidiugabor(a)gmail.com
Created attachment 114999
--> https://bugs.freedesktop.org/attachment.cgi?id=114999&action=edit
screen's content
Hi all.
If I'm connecting my laptop's HDMI out to my TV I get a black screen with
garbage on top (see attached pic). This is with mirror mode on. If making the
second screen primary, the pc blocks and I have to restart it. It won't unblock
even if I disconnect the cable.
If switching to one of the virtual consoles, everything works correctly as it
should, so the problem seems to be related somehow to the display server.
The Tv is recognized correctly by xrandr.
Specs: Asus laptop, with AMD A8-5550M, Radeon 8550G(Aruba)/8670M(Hainan), OS
ArchLinux(x64) Xorg-xerver 1.17, kernel 3.19.3, Mesa-git, xf86-ati-git,
llvm-svn.
This doesn't seem to be a regression (experienced it with older versions of the
kernel and userspace components) and it's reproducible on another machine.
HDMI out works on Windows and ChromeOS.
Didn't try Catalyst on Linux.
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=80531
Priority: medium
Bug ID: 80531
Assignee: dri-devel(a)lists.freedesktop.org
Summary: 3.16-rc2 hdmi output resolution out of range Cape
Verde PRO [Radeon HD 7750]
Severity: normal
Classification: Unclassified
OS: Linux (All)
Reporter: fredrik(a)obra.se
Hardware: x86-64 (AMD64)
Status: NEW
Version: XOrg CVS
Component: DRM/Radeon
Product: DRI
Created attachment 101759
--> https://bugs.freedesktop.org/attachment.cgi?id=101759&action=edit
dmesg with drm.debug=1
With 3.16-rc2 my tripple screen setup breaks.
DisplayPort-0 connected 1920x1200 <- ok
HDMI-0 connected 1920x1080 <- (tv) resolution out of range
DVI-0 connected 1680x1050 <- ok
All screens work during bootup before X starts.
ddx driver 7.3.0.
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=75992
Priority: medium
Bug ID: 75992
Assignee: dri-devel(a)lists.freedesktop.org
Summary: Display freezes & corruption with an r7 260x on
3.14-rc6
Severity: major
Classification: Unclassified
OS: Linux (All)
Reporter: edt(a)aei.ca
Hardware: x86-64 (AMD64)
Status: NEW
Version: unspecified
Component: DRM/Radeon
Product: DRI
Created attachment 95520
--> https://bugs.freedesktop.org/attachment.cgi?id=95520&action=edit
log of boot
I recently added a R7 260X to my system. While the card works with 3.13 its
supposed work much better with 14-rc. This is not the case. My system is
unstable without radeon.dpm=0 which was the default in .13.
linux 3.14-rc6 (with an up to date arch, stable X and mesa-git (10.2) mesa 10.1
and 10.0 also show very similar problems.
When X started I did notice some corruption. There are sets of two rectangles
about of a height of 2 or 3 mm, width of 25m or so with a second about a cm
below. The often occurs in chomium especially when scrolling. Runing the
unigine-sanctuary or unigine-tropics demo/benchmark programs also produce the
above problems and eventually stall.
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=97896
Bug ID: 97896
Summary: RADEON DisplayPort - Monitor shows out of range in
some modes
Product: DRI
Version: unspecified
Hardware: x86 (IA32)
OS: Linux (All)
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: jan.burgmeier(a)unicon-software.com
Created attachment 126733
--> https://bugs.freedesktop.org/attachment.cgi?id=126733&action=edit
dmesg output with drm.debug=0x1e log_buf_len=1M
Hi,
I have two monitors connected to my PC one via DVI and one via DP. The monitor
connected via DP shows "frequency out of range" when some modes including the
preferred one are used. This happens in X and in the KMS framebuffer. For
example on the attached logs the preferred mode of 1680x1050 does not work
where as 1680x945 works perfectly fine.
Kernel: 4.4.11
Xorg: 1.18.2
xf86-video-radeon: 7.7.0
Last working kernel: 3.19
First broken kernel: 4.0
Here is the bisect info, the 4.0 release segfaulted in the radeon driver but
the change which broke this was before so I hope the bisect is right:
# first bad commit: [e55bca26188e45f209597abf986c87cc5a49894a] radeon/audio:
enable DP audio
After finding the bad commit I tried booting with radeon.audio=0 this made the
display work for 3.19 kernel with that commit but did not work for the 4.4.11
kernel.
Attached log files:
- dmesg output with drm.debug=0x1e log_buf_len=1M
- lspci -vv output
- video card bios
- Xorg.0.log
- xrander --verbose output
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=97856
Bug ID: 97856
Summary: Computer restart playing 3D games (possibly
overheating)
Product: DRI
Version: XOrg git
Hardware: Other
OS: All
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: tukkek(a)gmail.com
Hello, sorry if I'm reporting this to the wrong product but the bug report
procedures on the wiki are pretty hard to understand
https://www.x.org/wiki/RadeonFeature/#index11h2
I have an onboard Radeon HD 3000 (ATI RS780L). I am primarily using Debian
testing ("stretch"). I believe the open source drivers for it are providade by
the following packages:
linux-image-4.6.0-1-amd64 (4.6.4-1, radeon.ko)
xserver-xorg-video-ati (1:7.7.0-1)
xserver-xorg-video-radeon (1:7.7.0-1, radeon_drv.so, due to update in a few
days)
The problem I'm having is that when playing 3D games the computer will randomly
crash and reboot after anywhere from 10 minutes into the game, to over an hour
of gameplay without rebooting (mostly around 10-30 minutes with a crash). It
seems to be heat-related because when it's cooler it seems the game has less
chance of crashing and when a crash happens and I try playing again after the
reboot is complete, the crash seems to happen more rapidly - maybe after 5
minutes or so playing.
The crash seems to be some sort of hardware failure because there are no trace
in the journald persistent logs that I can find. For this, I can't also be sure
what is happening. Let me know if there is something I can do to help debug
this.
To verity if the error was the driver's fault I installed a new Debian system
(oldstable, Debian 7 "wheezy"), which allowed me to install the fglrx legacy
driver with Radeon HD 3000 support. In this new system I haven't experienced a
single reboot so far - which establishes the cause isn't hardware-only related
but very likely a driver issue. Being an entirely new system means it could be
something else too but since I have very frequent crashes/reboots in my primary
system and none so far in the alternate system while running games for an hour
or so frequently on a hot day, would indicate that the fault is indeed coming
from the Radeon open-source criver.
I haven't done any 3D gaming in this computer before a couple of weeks from now
so I can't say that this bug only happens on recent driver versions or not.
Watching videos in a browser or in a video application (such as VLC) and 2D
games like http://littlewargame.com or rendering videos (via kdenlive or such)
do not cause reboots, even though they can be relatively heavy on the GPU. I
haven't had any random crashes in a very long while as well except when doing
3D gaming. I've installed a few games to test it out and whenever 3D gaming the
crashes do happen frequently. Some of the games I've used to test this are
Heroes of Newerth and Runescape (both free to download and play) and very
lightweigth in the low settings, so it shouldn't be a quesiton of me stressing
the card too much either (HoN for example works fine with the fglrx legacy
driver on my alternate system).
I have run memtest86, CPU and memory stress (stress-ng 0.06.15-1) in the hopes
of catching a spike in my machine's temperature as the culprit for these random
crashes but I've found the temperature to be stable and low even during heavy
load for a long time. I've ran the Geeks3D GpuTest, which puts a heavier load
than these games on the graphics card but haven't been able to cause a crash,
even though in this case my tests haven't been extensible - I can run them for
longer though if it would help debug the issue.
I undestand that there have been recent updates on the graphics drivers on the
new Linux kernel update. I will try the new drivers as they come out since it's
somewhat of a bother having to reboot the computer (and maintain a legacy
system) whenever I want to play 3D games and if the problem is solved I'll
report back here. If I don't comment on this issue in the near future it's
because the problem persists even with the new drivers.
My guess about what is happening: since the problem seems to be heat-related
maybe there is some sort of temperature sensor that the open source driver
isn't able to read on my card - which I was expecting to be able to see using
lmsensors (version 1:3.4.0-3) while maybe the fglrx is able to read and handle
heat properly.
I don't usually report bugs to trackers that already have many reports open but
since I've spent a long time in tracking this issue and was able to fix it, I
thought that I should share all the information I've gathered in the hope it's
useful. It's an older, onboard graphics card model, probably getting to the end
of its lifespan soon but I hope this report is valuable in some way, anyway.
Thank you for the good work on these open drivers. If I were able to use them
on my primary system I'd certainly do it, even if the fglrx legacy system is a
little bit smoother, since it would be a lot more convenient than maitaning a
separare gaming system in my machine. Thanks again for the contributions to the
FOSS community and for the time reading this report!
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=97838
Bug ID: 97838
Summary: Hang on resume [AMD/ATI] RV515/M54 [Mobility Radeon
X1400]
Product: DRI
Version: unspecified
Hardware: Other
OS: All
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: mar.kolya(a)gmail.com
I've got Dell Inspiron 6400 with Ubuntu 16.04, oibaf drivers and kernel 4.7.3.
The box doesn't seem to be able to come out of STR - it just hangs with black
screen.
I've tried 'echo devices > /sys/power/pm_test; echo mem > /sys/power/state' and
on resume I often get to see my desktop but then box completely freezes - no
keyboard, no mouse, no net.
I've tried suspending/resumeing in console mode and could not reproduce this
problem.
On previous Ubuntu kernels (stock) it hangs often, but sometimes it is able to
resume, in 4.7.3 it seems to be handging close to 100% percent of the time.
Unfortunately I'm not really able to get any debug logs since box gets totally
frozen. Is there any way I can provide any more information or debug this?
Thanks!
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=97635
Bug ID: 97635
Summary: radeon fails to initialize some DisplayPort monitors
Product: DRI
Version: XOrg git
Hardware: x86-64 (AMD64)
OS: Linux (All)
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: nybbles2bytes(a)gmail.com
Created attachment 126301
--> https://bugs.freedesktop.org/attachment.cgi?id=126301&action=edit
Logs to compare all screens properly booted to some not
It took a mistake or two but I have been directed that this is the place to
report this issue. I believe I am in a unique position to help with DisplayPort
issues (and want to do so) because I have been able to generate both working
and non-working logs and because I have a significant quantity of DisplayPorts
on my system, 6 in total. Also, I put a wealth of information together
(automated for completeness and consistency) that should help the development
team nail down the cause of this issue.
Here's everything I have been able to determine but first the hardware setup:
My graphics card is "HD 5870 Eyefinity 6" which has 6 DisplayPorts. I have them
setup in a grid of 3 across by 2 down. Each display is at a resolution of
2560x1440 creating a total work area of 7680x2880 in a Xinerama setup running
on the KDE4 desktop.
I currently have 3 kernels in my grub list which are:
kernel-3.16.7
kernel-4.7.0
kernel-4.7.2
These are all with suse's Tumbleweed however kernel-3.16.7 came with openSUSE
13.2.
I have no evidence that my problem is related to so many screens of
DisplayPorts but it does allow me to see more variations of the problem than
most do which helps pinpoint what the real problem is (hopefully!)
Focusing on kernel-4.7.2 the kernel would only turn on the first two displays.
That happens during boot long before Xorg gets loaded.
In Xorg the behavior is a little strange when it gets DisplayPorts off from the
kernel. Xorg will acknowledge all 6 displays but it is not able to turn on any
that are initially off when the kernel was handling them. E.g.: the last 4
monitors in the case of the 4.x kernels.
The upshot is that when I go to the multidisplay setup part of KDE all 6
displays are showing as active even though only the first two are turned on in
reality. If I disable and re-enable the displays turned off, they don't turn
on. If I use xrandr to turn them on, no dice. That is, if they are off when the
kernel was handling them they are off for good, nothing in Xorg or KDE can
change it that I have found.
That said, adding radeon.audio=0 to the boot makes things better but doesn't
fix the issue completely. With that settings sometimes I'll get all 6 boot
good, more often I'll get 5 out of six boot good and one bad. Usually, the last
one (DisplayPort 5) is the one that fails when one does, however, not always.
I went to the trouble to write a script to gather information and I think I got
enough to show where things are going wrong. At least enough to show a
difference between a good and bad boot and I will help with more information as
needed. I really want to get this problem solved and I'll do whatever I can to
help.
In the tarred file, to see what's different between a good and bad boot all you
have to do is a diff on the files:
./logs/timing-stripped/filtered-drm/
screens-0-4-good-5-bad_kernel-4.7.2-1-default_logo.nologo-radeon.audio=0-debug-debug_objects_dmsg.txt
screens-0-5-good_kernel-4.7.2-1-default_logo.nologo-radeon.audio=0-debug-debug_objects_dmsg.txt
Anybody who wanted to also gather comprehensive information for the developers
could take the file ./gather-info-for-diagnostics.sh in the tarred file and
modify as needed for their own system.
That said, below explains in detail what's in the tarred compressed file.
Directory structure
===================
.
+-- logs
+-- filtered-drm
+-- timing-stripped
+-- filtered-drm
This structure is as follows:
.
=
The script that creates the log files and script to turn on any screens
that are off during boot (more on this one later).
./logs
======
The raw log files the script gathered which include:
dmsg.txt - from dmesg
proc-cmdline.txt - from /proc/cmdline
module-kernel-parameters.txt - from
/sys/module/kernel/parameters/*
module-processor-parameters.txt - from
/sys/module/processor/parameters/*
sys-module-radeon-parameters.txt - from
/sys/module/radeon/parameters/*
Xorg.0.log.txt - from /var/log/Xorg.0.log
./logs/filtered-drm
===================
Some of the above raw log files with lines that do not contain radeon
information removed - makes it easier to see what's relevant. If you want to
know exactly how the lines were filtered you can look at the script
./gather-info-for-diagnostics.sh.
./logs/timing-stripped
======================
The above raw log files with the timing at the beginning of each line
removed. This makes using diff programs easier (I use meld on Linux). If you
want to know exactly how this was done you can look at the script
./gather-info-for-diagnostics.sh.
./logs/timing-stripped/filtered-drm
===================================
Some of the above raw log files with the timing at the beginning of each
line removed and lines that do not contain radeon information removed. Again,
makes it easier to see what's relevant. If you want to know exactly how this
was done you can look at the script ./gather-info-for-diagnostics.sh.
Scripts
=======
./gather-info-for-diagnostics.sh
--------------------------------
Does all the heavy lifting in gathering the info.
./display-on.sh
---------------
This was a curious discovery and may make fixing the issue easier. This is
because I found when the script was like this:
xrandr --output DisplayPort-${1} --mode 1920x1080
xrandr --output DisplayPort-${1} --mode 2560x1440
it sometimes it would turn the display on but others it would turn it off. To
consistantly turn the display on I had to change it to this:
xrandr --output DisplayPort-${1} --mode 1920x1080
sleep 5
xrandr --output DisplayPort-${1} --mode 2560x1440
suggesting there might be a timing problem that needs to be addressed. Even
though running this script can turn the display on that was erroneously off
during boot the display will turn itself back off after a few seconds or so so
it's not a usable workaround. I guess there is some status flag during boot in
the kernel that ultimately can't be changed or overridden that eventually
reasserts itself.
Update: It may not be that the 5 second delay solved the issue. It may be that
just running it again was the solution. Perhaps the first time some cache got
cleared, I'm not really sure, some experimenting is in need on this one.
File Names
==========
File names take the form of:
<what happened to the screens at boot>_<partial command line when booting
the kernel>_<the file name>.txt
E.g. The file:
screens-0-4-good-5-bad_kernel-4.7.2-1-default_logo.nologo-radeon.audio=0-debug-debug_objects_dmsg.txt
can be broken down to:
screens-0-4-good-5-bad = The first 5 of the 6 screens came on as
they should during boot but the 6th one (number 5) did not.
kernel-4.7.2-1-default_logo.nologo-radeon.audio=0-debug-debug_objects
= shows most of the boot command line
dmsg = A key indicating the file contents, from
dmesg in this case
.txt = That this is a text file
If the file starts off with something like this:
screens-0-5-good-after-5-fixed-with_display-on.sh it means after booting and
logging in I ran the script ./display-on.sh to turn on the display and then
gathered all the log information. I will have gathered the log information
prior to running the script as well so you will also see files prefixed with
just screens-0-5-good in such a case.
Let me know what else I can do to help.
--
You are receiving this mail because:
You are the assignee for the bug.
https://bugs.freedesktop.org/show_bug.cgi?id=97530
Bug ID: 97530
Summary: [HD5650][REDWOOD] kernel commit
8c70e1cda04b966b50ddfefafbd0ea376ed8edd5 causing
multiple delays during X server start
Product: DRI
Version: unspecified
Hardware: x86-64 (AMD64)
OS: Linux (All)
Status: NEW
Severity: normal
Priority: medium
Component: DRM/Radeon
Assignee: dri-devel(a)lists.freedesktop.org
Reporter: Heiko.Lechner(a)ruhr-uni-bochum.de
Created attachment 126096
--> https://bugs.freedesktop.org/attachment.cgi?id=126096&action=edit
log before reverting the patch
Hi!
https://git.kernel.org/cgit/linux/kernel/git/torvalds/linux.git/commit/?id=…
is causing a very long boot delay for me.
I attached a Xorg log before and after reverting the patch in the current linux
kernel.
--
You are receiving this mail because:
You are the assignee for the bug.