Graphics

[DJ1001]

I am having the same issues with my Aorus Master 6800 XT connected to a LG 27GN850.

I also get some mouse stuttering while in the desktop. Wondering if the two issues are related and maybe if anyone else has the stuttering issues.

[falita · Accepted solution]

Same problem, 6800XT Nitro+ with an LG 32GK650F (1440p 144hz), using 120hz is the only way to get the memory chill because selecting 144hz gets the 2000mhz bug.

EDIT:

What a friend told me:

"From what I've seen, the default blanking interval is very short, and at that refresh rate (144hz) the memories in their idle/2D speed are not up to the task and need to go to performance/3D state so that the output image doesn't get corrupted or flickering, etc.

The signal being 10 bits/hdr doesn't help either, more load.

Increasing that parameter and lowering 2hz solves the problem so that everything fits in the idle speed of the memories, if the monitor has no problems with that extended interval, luckily and generally does not seem to be a problem."

In CRU i copied the original 144hz settings and only changed this:

Now is working 142hz 10bit no problems. Another thing unrelated to this thread was freesync, on the driver was reported 120-144hz... changed that on CRU to 48-144hz which is what LG says my monitor supports and now is also working fine.

[gravyrizor]

Cool, thanks for your answer! I’ll give it a go, when I’m at home! Cant go past 137Hz with my LG 27-850 for now.

/e: So i tried it, but unfortunately my memory still is stuck at 2000MHZ. I have no idea why, since we both have the same monitor settings. Any idea?

I found the problem. After restarting with CRU it added my second monitor again as a device, so it got stuck at the high MHZ. After disabling it and putting it to your values, its now working! Thank you for your help. I think 2 Hz more or less is no problem. 🙂

[G5Y]

After some mails with the AMD Tech Support. I got the following answer.

So at least they didn t say, that this is a behaviour as intended.

I hope they fix it, I don´t wanna mess around with the customs CTR Tool refreshrates as it always created some trouble in games. Running right now 144Hz on 1440p. The memory downclocks. 165Hz is not downclocking.

So I´m running desktop with 144Hz and if I wanna switch inside the game (properly configured the settings) to 165Hz the monitor doesnt accept that. In some games they say it is 165Hz, but if I check the refreshrat in the Monitor OSD it is still stuck at 144Hz :/.

I hope they fix it, or at least fix that the changes inside the game will work and overwrite the 144Hz from the desktop setting.

[Nekela]

I guess I don't understand why the memory clock being higher at idle is an issue? With my previous 2080 and current 6800 xt and 6900 xt they always remained constant. 

[falita]

Is using 40w on idle when it could use 5w, and keeps the card hot (just touch the backplate) and releaseing that heated air to the other components inside the case.

[Nekela]

Its just a bit above room temperature on the backplate. It's also driving 2 3440x1440 144hz HDR monitors... I guess if someone is having issues with 30-40w going through their GPU at idle causing heatsoak in their other components than maybe they need to rethink their airflow pattern or turn up the fan speed a bit

[G5Y]

Did anyone tried the new driver? 

Radeon Software Adrenalin 2020 Edition 21.3.1 

The changelog didn´t mention any changes for the vram idle clock.

Since I got my second Dell S2721DGFA with 165Hz,  I can just get the VRAM clock down on desktop and idle when I change both monitors to 60Hz.

Kind regards

Radeon Software Adrenalin 2020 Edition 21.3.1 Highlights Support For

• AMD Radeon™ RX 6700 Graphics
• DOOM Eternal™: The Ancient Gods - Part Two
• Radeon BoostGD-158
  • Now supports DirectX®12 with Variable Rate Shading for select titles.
• Radeon Anti-LagGD-157
  • Now supports DirectX®12.
• Performance Tuning Stress TestGD-106
  • A new built in tool for Performance Tuning in Radeon Software that allows users to stress test their graphics products tuning profiles.

Added Vulkan® Support

• VK_KHR_synchronization2
  • This extension modifies the original core synchronization APIs to simplify the interface and improve usability of these APIs. It also adds new pipeline stage and access flag types that extend into the 64-bit range. Pipeline stages and access flags are now specified together in memory barrier structures, making the connection between the two more obvious. Additionally, Layout transitions have been simplified by providing generic layouts, which are contextually applied based on the image format. Events are made more efficient as well as they include memory dependency information when they are set on the device. Furthermore, Queue submission has also been changed to wrap command buffers and semaphores in extensible structures, which incorporate changes from Vulkan 1.1, VK_KHR_device_group and VK_KHR_timeline_semaphore. This adds a pipeline stage to the semaphore signal operation, mirroring the existing pipeline stage specification for wait operations.
• VK_EXT_4444_formats
  • This extension defines the VK_FORMAT_A4R4G4B4_UNORM_PACK16_EXT and VK_FORMAT_A4B4G4R4_UNORM_PACK16_EXT formats for compatibility with other graphics APIs to help with porting without having to resort to swizzling.
• VK_EXT_conditional_rendering
  • This extension allows conditional draws, compute dispatches or clears based on a value in command buffer memory. These commands could be discarded without the application’s intervention if the condition is not met, which may result in reduced latency.
• VK_KHR_sampler_ycbcr_conversion
  • This extension provides the ability to perform color space conversions during texture sampling operations for the Y′CBCR color space, which is mainly used for processing inputs from video decoders and cameras. It also adds a selection of multi-planar formats, image aspect plane, and the ability to bind memory to the planes of an image collectively or separately.

Fixed Issues

• Radeon Software may sometimes have higher than expected CPU utilization, even when a system is at idle.
• A system hang or crash may be experienced when upgrading Radeon Software while an Oculus™ VR headset is connected to your system on Radeon GCN graphics products.
• Minecraft™ DXR may exhibit corrupted or missing textures when ray tracing is enabled on Radeon RX 6000 series graphics products.
• An application crash may occur in Call of Duty™: Modern Warfare when ray tracing is enabled on Radeon RX 6000 series graphics products.
• Lighting fails to render correctly on Radeon RX 6800 series graphics products in Star Citizen™.
• A black screen may occur when enabling and disabling Enhanced Sync while vsync is enabled in some Vulkan® API games.
• A black screen or system hang may occur on Hybrid Graphics systems for some Vulkan® API games when Enhanced Sync is enabled.
• Bethesda™ launcher may experience an application crash on startup when launching some games.
• Users may be unable to create a new scene in the Radeon Software Streaming tab on first launch or after a settings factory reset.
• Game specific performance tuning profiles may fail to load when a global performance tuning profile has been created or set.
• Disabling HDCP support and performing a factory reset and/or system restart may sometimes trigger a system crash or hang on boot.
• Epic Games™ social overlay or launcher may exhibit color corruption.
• Xuan-Yuan Sword VII™ may experience an application crash with DirectX®12 ray tracing enabled on Radeon RX 6000 series graphics.
• Color corruption may be experienced in Cyberpunk 2077™ when Radeon Boost is enabled.
• Display flicker or corruption may occur on high refresh rate/resolution multi-monitor system configurations on Radeon RX Vega series graphics.
• Audio loss or cutout may intermittently occur on some TV displays when Windows® audio is set to use 5.1 or 7.1 speaker configurations.

Known Issues

• The start and cancel buttons in the performance tuning stress test may disappear when Radeon Software is resized to be small.
• On a limited number of displays, the preferred desktop resolution in Windows® may change when the display is power cycled.
• Enabling vsync in Rocket League and setting the game to use borderless fullscreen may cause stuttering or ghosting.
• Radeon RX 400 and 500 series graphics products may experience a TDR during extended periods of video playback.
• Brightness flickering may intermittently occur in some games or applications when Radeon™ FreeSync is enabled, and the game is set to use borderless fullscreen.
• Enhanced Sync may cause a black screen to occur when enabled on some games and system configurations. Any users who may be experiencing issues with Enhanced Sync enabled should disable it as a temporary workaround.