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LLM inference optimized for AMD Ryzen™ AI NPUs
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FastFlowLM (FLM) provides a purpose-built, NPU-first runtime for executing large language models (LLMs) and vision models on AMD Ryzen™ AI NPUs. Targeting users seeking efficient, local AI inference without relying on discrete GPUs, FLM offers a significantly more power-efficient and faster alternative to traditional CPU/GPU-based solutions, enabling LLM deployment on consumer hardware.
How It Works
FLM leverages AMD's XDNA2 NPU architecture (found in Strix, Strix Halo, and Kraken series chips) for accelerated inference. It functions as an NPU-optimized runtime, inspired by Ollama's user-friendly interface and command-line experience, but deeply tailored for NPU performance. This approach bypasses the need for model rewrites or low-level tuning, allowing users to run models directly with enhanced speed and power efficiency.
Quick Start & Requirements
flm-setup.exe
) is available.Highlighted Details
Maintenance & Community
FLM has been integrated into AMD's Lemonade Server. Community support and feedback are available via their Discord channel and by opening issues on GitHub.
Licensing & Compatibility
The orchestration code and CLI tools are open-source under the MIT License. However, the NPU-accelerated kernels are proprietary binaries, provided free for non-commercial use only. Commercial use requires contacting info@fastflowlm.com for licensing. Non-commercial users must acknowledge FastFlowLM in their projects.
Limitations & Caveats
The core NPU-accelerated kernels are proprietary and restricted to non-commercial use. The project specifically targets AMD Ryzen™ AI NPUs and requires a minimum NPU driver version, potentially limiting compatibility with older hardware or systems without the specified AMD NPUs.
6 days ago
Inactive