What will AMD do with Windows Vulkan driver, didn't they use amdvlk there? There was some radv on Windows experiment, it would be cool if AMD would use that.
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> This is a good but long overdue decision by AMD. RADV has long been more popular with gamers/enthusiasts on Linux than their own official driver. Thanks to Valve, Google, Red Hat, and others, RADV has evolved very nicely.
Per AMD
>Notably, AMD's closed-source Vulkan driver currently uses a different pipeline compiler, which is the major difference between AMD's open-source and closed-source Vulkan drivers.
AMD is unifying its Linux Vulkan driver strategy and has decided to discontinue the AMDVLK open-source project, throwing our full support behind the RADV driver as the officially supported open-source Vulkan driver for Radeon™ graphics adapters.
I believe the intent was to slowly deprecate the internal closed compiler, and leave it more as a fallback for older hardware, with most new development happening on LLVM. Though my info is a few months out of date now, I'd be surprised if the trajectory changed that quickly.
AMDVLK was always a weird regression in the openness of the development model compared to that. Maybe understandable that the bean counters wanted to share the effort between the Windows and AMD drivers but throwing away the community aspect in order to achieve that made that approach doomed from the start IMO. The initial release being incredibly late (even though Vulkan was modeled after AMD's own Mantle) was the cherry on top that allowed RADV to secure the winning seat but probably only accelerated the inevitable.
This is a matter of AMD no longer wasting time on a pointless duplicate project no-one is really interested in. They can allocate more resources for amdgpu and radv and ultimately do less overall by getting rid of the redundant project.
Win-win.
Hardware vendors: Stop writing software. Instead write and publish hardware documentation sufficient for others to write the code. If you want to publish a reference implementation that's fine, but your assumption should be that its primary purpose is as a form of documentation for the people who are going to make a better one. Focus on making good hardware with good documentation.
Intel had great success for many years by doing that well and have recently stumbled not because the strategy doesn't work but because they stopped fulfilling the "make good hardware" part of it relative to TSMC.
When the fears are unfounded the reason isn't "Nvidia/Intel could find out things about the hardware", it's "incompetence rooted in believing something that isn't true". Which is an entirely different thing because in one case they would have a proper dilemma and in the other they would need only extricate their cranium from their rectum.