By Dandelion Sprout
So now that https://www.pcgamingwiki.com/wiki/Property:MacOS_ARM_app was created yesterday, I think it could be time to create such properties for Windows and Linux ARM games as well. I've worked pretty extensively in the past 3 or 4 days to create and fill up architecture support lists, e.g. (but not limited to) https://www.pcgamingwiki.com/wiki/List_of_OS_X_64-bit_games, so I wouldn't mind filling up more such lists.
Although Windows ARM games (e.g. Rayman Fiesta Run) are in the low two-digits, and Linux ARM games (e.g. 0 A.D.) can be counted on two hands (and may or may not also be divided between ARM32 and ARM64), it wouldn't surprise me if their numbers will increase slightly if game devs decide to add ARM support across all platforms and not just on macOS.
I do however notice that the macOS ARM API property has not been implemented into the architectures table, but is at the time of writing in the technical specs table. I presume that the architecture table could be modified as in this edited mockup in the attached image.
AMD have announced that they will be offering Zen 3 support for older AMD 400 motherboards. This backtracks their previous statement that there would be no such backwards compatibility support.
The main reason they did not offer support initially was due to "serious constraints in SPI ROM capacities in most of the AMD 400 Series motherboards". However they have found a novel solution:
AMD made a commitment to support AM4 socket until 2020 and it looks like the newest batch of Ryzen 3 CPUs will be supported for even longer than expected.
Valve appear to be working on a new Steam Controller, as patent document "Handheld Controllers With Touch-Sensitive Controls" appears on the internet. This is surprising considering that Valve discontinued the old Steam Controller in November 2019.
The new controller appears to show that the analogue stick can be swapped with different components, such as a d-pad. The patent states, "FIG1 is a front view of an example handheld controller that includes, in part, a receiver that is configured to detachably couple to different controls, such as a joystick, directional pad (D-pad), and the like."
It's possible that a v2 version of the Steam Controller may be actively worked on for a future release by Valve.
After some past requests we have implemented ProtonDB links in all relevant PCGamingWiki articles.
The new link now appears in the form of a ProtonDB icon in the bottom of the infobox where other partner links are placed. This is automatically added when a Steam App ID is added to any game article.
Proton is a tool released by Valve Software that has been integrated with Steam Play to make playing Windows games on Linux easier to achieve. ProtonDB gather reports from other gamers as they test games with Proton on Linux and provide aggregate scores of how well games perform.
Hopefully this link will encourage more reports to be submitted to ProtonDB to help Linux gamers get their games working. I have also spoken to buck, the developer for the site, who is looking into mutual linking from ProtonDB pages back to PCGamingWiki in the future.
By Mr. Doomguy
A lot of interesting stuff has happened in February starting with the most important one.
NVIDIA contributes to Nouveau once more
Despite the status update report being published which mentions not only some new features which Nouveau received, it also appears that less and less people work on it but then, out of nowhere NVIDIA has stepped in and provided the following contributions to this project
NVIDIA Format Modifiers - Provide better performance in compressed layers. Will be available in the upcoming Linux kernel 5.7 Signed firmwares for GeForce 16 series (1600 and 1650 series) While this is surprising nice approach it still lacks a specific firmware to deal with poor performance from GTX 900 series to newer and we have yet to receive an open source Vulkan driver which Nouveau still lacks.
Mesa 20.0 has been released + 20.1 work has begun
As stated in the title, Mesa 20.0 has been released which provides the following new features:
Owners of Intel's Broadwell line of CPUs or newer will use the new Gallium3D driver codenamed Iris by default, providing better performance and take advantage of Gallium3D features such as the GalliumHUD or even Gallium3D Nine for use with Wine for a native DIrect3D 9 support (Requires Wine Nine Config) compared to the old i965 driver which is still used for older Intel iGPUs. Additionally Mesa 20.0 now supports Intel's Jasper Lake line of CPUs as well. Owners of AMD graphics card based on GCN 1.0/1.1 architecture can take advantage of Valve's shader compiler made specifically for AMD called ACO, reducing the shader compiling time (which in turn minimizes stuttering) and provide more FPS as a bonus. Speaking of ACO, it supports even more shaders and some improvements leaving only Tesselation shaders and OpenGL support for last. AMD's Gallium3D driver, RadeonSI, now supports OpenGL 4.6 due to the NIR being enabled and used by default and now uses the "live shader cache" to reduce the stuttering when compiling shaders in OpenGL games. The recently added Next-Gen Geometry added by AMD for Navi GPUs has been re-enabled. Previously was disabled due to the issues popping up that were difficult to fix. As of this release, the work on 20.1 version has begun and it's expected to receive a stable release in May 2020. So far these are the new features that has been presented:
Shader Disk Cache support for Nouveau, to improve loading times in games when using NVIDIA GPUs with the open source driver NIR support + OpenGL 4.6 support for R600 Gallium3D driver used by AMD HD 2000 series to HD 6000 series. Disabling (and perhaps removal) of SISched support, as Valve's ACO already beaten it. Used as a shader compiler for OpenGL and Vulkan games. Performance improvements by Valve for GCN 1.0/1.1 based graphics cards. AMD's GPU Profiler and SQ Thread Trace support for RadV (Open source Vulkan driver for AMDGPU) made possible by Valve. Normally these features were used by AMD in their own drivers, especially in their own open source Vulkan driver codenamed AMDVLK. Smaller size for RadeonSI, but even more performance improvements in combination with two compiling options which are LTO and PGO, as mentioned here. Speculation: OpenGL 3.0 support in Zink, an OpenGL To Vulkan driver. Some oopsies have happenned
It seems that Windows games that ran through Proton started to count as Windows sale instead of the Linux one for some time until a game developer noticed this, luckily this has been reported to Valve and turns out that despite the system of it works, the filtering did not.
But now time to mention some major issue that is going on. As of the release of Linux kernel 5.5, it turns out that it missed some of the critical patches for Intel Graphics Driver which led to system freezes and other serious issues. Hopefully the point releases included them.
- Besides the release of Godot Engine 4.0 happening in mid 2020, the developers announced that it will include Wayland support along with EGL support, which for latter's case will greatly help for Raspberry Pi devices.
- Wine has reached 5.3 release
- Proton reached 5.0 release
- DXVK received 1.5.5 release which only includes bugfixes. New major release will happen once all the regressions have been fixed.
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