VUDA: A Vulkan Implementation of CUDA
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VUDA: A Vulkan Implementation of CUDA
1–10 of 83 posts
Re: VUDA: A Vulkan Implementation of CUDA
#2That is quite interesting .. so I should be able to run my cuda accelerated programs on AMD and Intel devices then, correct?
Re: VUDA: A Vulkan Implementation of CUDA
#3As someone who has never programmed directly for a GPU, how does this compare to HIP? Can this be an efficient abstraction over Nvidia and AMD GPUs?
Re: VUDA: A Vulkan Implementation of CUDA
#4How does this relate to the goals outlined by George Hotz to bring ML to AMD chips and break the Nvidia dominance?
I'm not an expert here but this approach seems powerful and important. But this system seems complex enough to doubt the ability of an individual to build. It seems like this would need a corporate sponsor to get off the ground. Perhaps AMD itself would be interested in paying engineers to iterate on this?
Re: VUDA: A Vulkan Implementation of CUDA
#5Sounds great!
How far is it actually compatible right now?
Are there any tests / benchmarks?
Can this be used to run CUDA-accelerated LLMs?
Re: VUDA: A Vulkan Implementation of CUDA
#6Doesn't look very active, does it still work?
Re: VUDA: A Vulkan Implementation of CUDA
#7This could be a big deal if we have an actual alternative to CUDA
I can’t see NVIDIA letting this just exist
Re: VUDA: A Vulkan Implementation of CUDA
#8This could be a big deal if we have an actual alternative to CUDA I can’t see NVIDIA letting this just exist
My opinion is that CUDA is not the mote keeping the others out - it's the CUDNN (and CUBLAS), more specifically the level to which they are optimized.
Re: VUDA: A Vulkan Implementation of CUDA
#9Things like this pop up relatively often but they never pick up steam and I am still using Nvidia GPUs. I would imagine this is no different.
Re: VUDA: A Vulkan Implementation of CUDA
#10Seems dead. Last commit was February 2022.