HPC Guru (Twitter)
RT @illuhad: Since we already some great #SYCL announcements today, why stop? #hipSYCL can now target all backends simultaneously to compile to a single binary that can run on CPUs, NVIDIA GPUs, and AMD GPUs.
https://github.com/illuhad/hipSYCL/pull/459
RT @illuhad: Since we already some great #SYCL announcements today, why stop? #hipSYCL can now target all backends simultaneously to compile to a single binary that can run on CPUs, NVIDIA GPUs, and AMD GPUs.
https://github.com/illuhad/hipSYCL/pull/459
GitHub
Add support for explicit multipass to target multiple device backends (e.g. CUDA+HIP) simultaneously by illuhad · Pull Request…
While it was possible to use the OpenMP backend simultaneously with either CUDA or HIP backend, it was not yet possible to create a single binary that can run on both CUDA and HIP devices. This PR ...
HPC Guru (Twitter)
RT @illuhad: I'm thrilled to announce that #hipSYCL is coming to @IntelGraphics, using a new Level Zero/SPIR-V backend! https://github.com/illuhad/hipSYCL/pull/480 Still experimental and WIP, but the basics are working. And yes, hipSYCL can compile to a single binary that runs on CPUs/AMD/NVIDIA/Intel GPUs! 1/
RT @illuhad: I'm thrilled to announce that #hipSYCL is coming to @IntelGraphics, using a new Level Zero/SPIR-V backend! https://github.com/illuhad/hipSYCL/pull/480 Still experimental and WIP, but the basics are working. And yes, hipSYCL can compile to a single binary that runs on CPUs/AMD/NVIDIA/Intel GPUs! 1/
GitHub
WIP: Add initial Intel GPU support / Level Zero runtime backend / SPIR-V compilation by illuhad · Pull Request #480 · illuhad/hipSYCL
This adds initial support for Intel GPUs using a Level Zero runtime backend and SPIR-V. This is highly experimental and WIP. The basics work, but there are many features that are not yet implemente...
HPC Guru (Twitter)
RT @illuhad: Truly remarkable work by my student @fodinabor. The new compiler-accelerated CPU support means #hipSYCL will be able to deliver high performance on any CPU supported by LLVM - regardless of whether an OpenCL implementation exists for it, which is new in the @SYCLstd ecosystem.
RT @illuhad: Truly remarkable work by my student @fodinabor. The new compiler-accelerated CPU support means #hipSYCL will be able to deliver high performance on any CPU supported by LLVM - regardless of whether an OpenCL implementation exists for it, which is new in the @SYCLstd ecosystem.
Twitter
Aksel Alpay
Truly remarkable work by my student @fodinabor. The new compiler-accelerated CPU support means #hipSYCL will be able to deliver high performance on any CPU supported by LLVM - regardless of whether an OpenCL implementation exists for it, which is new in the…