I gotta try Vulcan Compute sooner or later, though, seems more promising
I gotta try Vulcan Compute sooner or later, though, seems more promising
👏✨
I have just collected "Mandelbox 4D"
by my dear friend
@trips.objkt.social 💞on @objktcom
objkt.com/tokens/KT1Lj...
👏✨
I have just collected "Mandelbox 4D"
by my dear friend
@trips.objkt.social 💞on @objktcom
objkt.com/tokens/KT1Lj...
But either way, I’ve always found trying to force everything into tensor frameworks to be even more limiting than the abstractions needed for OpenCL/Vulkan, even if they do perform well
But either way, I’ve always found trying to force everything into tensor frameworks to be even more limiting than the abstractions needed for OpenCL/Vulkan, even if they do perform well
Subscribe here: youtube.com/@TornadoVM-Dev
First up: a 4-minute explainer on how #TornadoVM turns ordinary #Java methods into #GPU tasks, from finding the hot loops to compiling for OpenCL, CUDA or Metal.
👉 youtu.be/BjiEJvNusIk
More videos coming soon.
Subscribe here: youtube.com/@TornadoVM-Dev
First up: a 4-minute explainer on how #TornadoVM turns ordinary #Java methods into #GPU tasks, from finding the hot loops to compiling for OpenCL, CUDA or Metal.
👉 youtu.be/BjiEJvNusIk
More videos coming soon.
Released today was the Intel Compute Runtime 26.40.40196.8 as the newest version of their open-source GPU compute stack for both Windows and Linux systems...
📰 Source: Phoronix
🔗 Link […]
Released today was the Intel Compute Runtime 26.40.40196.8 as the newest version of their open-source GPU compute stack for both Windows and Linux systems...
📰 Source: Phoronix
🔗 Link […]
#Linux #OpenSource
#Linux #OpenSource
Released today was the Intel Compute Runtime 26.40.40196.8 as the newest version of their open-source GPU compute stack for both Windows and Linux systems...
📰 Source: Phoronix
🔗 Link […]
Released today was the Intel Compute Runtime 26.40.40196.8 as the newest version of their open-source GPU compute stack for both Windows and Linux systems...
📰 Source: Phoronix
🔗 Link […]
https://universal-blue.discourse.group/t/bazzite-45-is-here/12702
https://universal-blue.discourse.group/t/bazzite-45-is-here/12702
2 trillion dollars (USA) =
2 billions de dollars (France).
Pour nVidia, le pire risque (outre la bulle IA elle-même), c'est OpenCL, qui permet de programmer des CPU massivement parallèles autres que ceux de nVidia (qui promeut son langage propriétaire CUDA).
2 trillion dollars (USA) =
2 billions de dollars (France).
Pour nVidia, le pire risque (outre la bulle IA elle-même), c'est OpenCL, qui permet de programmer des CPU massivement parallèles autres que ceux de nVidia (qui promeut son langage propriétaire CUDA).