JIT-compiled Java kernels and native cuBLAS/cuDNN/cuFFT calls now live in the same task graph - same GPU buffers, same CUDA stream, no round-trips between them.
#opensource #Java #TornadoVM #GPU #AI
👇
TornadoVM's Hybrid API drops a native cuBLAS call straight into a TaskGraph - same buffers, same #CUDA stream, zero host round-trips.
⚡ Run with the Hybrid API: bit.ly/4vqL7sq
📖 Full engineering deep dive: bit.ly/44VecBf
#AI #GPU
JIT-compiled Java kernels and native cuBLAS/cuDNN/cuFFT calls now live in the same task graph - same GPU buffers, same CUDA stream, no round-trips between them.
#opensource #Java #TornadoVM #GPU #AI
👇
✅ Compatible with any JDK 21-27 distribution.
✅ Cold start down 37%.
✅ 4.1× faster GEMM with Tensor-Core MMA.
✅ ~7,400 lines of C/C++ glue deleted.
📖 New blog: www.tornadovm.org/blogs/tornad...
#Java #GPU #CUDA #TornadoVM #OpenSource #HPC #AI
✅ Compatible with any JDK 21-27 distribution.
✅ Cold start down 37%.
✅ 4.1× faster GEMM with Tensor-Core MMA.
✅ ~7,400 lines of C/C++ glue deleted.
📖 New blog: www.tornadovm.org/blogs/tornad...
#Java #GPU #CUDA #TornadoVM #OpenSource #HPC #AI
#opensource #AI #Java #GPU
✅ TornadoVM CUDA backend w/ tensor-core (MMA) batch prefill
✅ FP16 & Q8_0 · Llama, Qwen, Devstral & more models
✅ An OpenAI-compatible server (llama-tornado --server)
Pure #Java. No JNI.
github.com/beehive-lab/GPULlama3.java
#opensource #AI #LLM #GPU
#opensource #AI #Java #GPU
✅ TornadoVM CUDA backend w/ tensor-core (MMA) batch prefill
✅ FP16 & Q8_0 · Llama, Qwen, Devstral & more models
✅ An OpenAI-compatible server (llama-tornado --server)
Pure #Java. No JNI.
github.com/beehive-lab/GPULlama3.java
#opensource #AI #LLM #GPU
✅ TornadoVM CUDA backend w/ tensor-core (MMA) batch prefill
✅ FP16 & Q8_0 · Llama, Qwen, Devstral & more models
✅ An OpenAI-compatible server (llama-tornado --server)
Pure #Java. No JNI.
github.com/beehive-lab/GPULlama3.java
#opensource #AI #LLM #GPU
Becoming #CUDA native unlocks new potentials for high performance #Java #AI inference with zero dependencies.
Checkout our latest release, blogs, and new website 👇
TornadoVM's Hybrid API drops a native cuBLAS call straight into a TaskGraph - same buffers, same #CUDA stream, zero host round-trips.
⚡ Run with the Hybrid API: bit.ly/4vqL7sq
📖 Full engineering deep dive: bit.ly/44VecBf
#AI #GPU
🔗 #InfoQ News Roundup: bit.ly/4pq19Bl
🔗 #InfoQ News Roundup: bit.ly/4pq19Bl
TornadoVM's Hybrid API drops a native cuBLAS call straight into a TaskGraph - same buffers, same #CUDA stream, zero host round-trips.
⚡ Run with the Hybrid API: bit.ly/4vqL7sq
📖 Full engineering deep dive: bit.ly/44VecBf
#AI #GPU
TornadoVM's Hybrid API drops a native cuBLAS call straight into a TaskGraph - same buffers, same #CUDA stream, zero host round-trips.
⚡ Run with the Hybrid API: bit.ly/4vqL7sq
📖 Full engineering deep dive: bit.ly/44VecBf
#AI #GPU
From open-source evolution to running LLMs on GPUs directly from Java - there’s a lot to explore.
Stay tuned for more!
#opensource #Java #TornadoVM #AI #LLM #GPUs
From open-source evolution to running LLMs on GPUs directly from Java - there’s a lot to explore.
Stay tuned for more!
#opensource #Java #TornadoVM #AI #LLM #GPUs
👉 javapro.io/wp-content/u...
In this article, @mikepapadim.bsky.social shared our experiences on building #GPU accelerated #LLM inference libraries with #TornadoVM.
#Java #community #AI
👉 javapro.io/wp-content/u...
In this article, @mikepapadim.bsky.social shared our experiences on building #GPU accelerated #LLM inference libraries with #TornadoVM.
#Java #community #AI