2.78万亿参数Kimi K3在8.24 GB RAM中的单个中央处理器上运行推理。便携式C99:无BLAS、无框架、无图形处理器。
mxfp4 开源项目推荐(45 个)
mxfp4 话题在 GitHub 上没有填写简介,这里按 Star 数汇总最相关的热门仓库。
热门项目 前 20
按 Star 数排序展示前 20 个 · GitHub 共 45 个仓库一种面向高精度低比特 LLM 推理的 SOTA 量化算法,无缝优化 CPU/XPU/CUDA,支持多种数据类型,并完全兼容 vLLM、SGLang 和 Transformers。
WHIRL (Windows HIP Inference for RDNA LLMs): native Windows C++/HIP LLM inference engine for the AMD Ryzen AI Max+ 395 (Radeon 8060S) and Radeon AI PRO R9700. Unzip and run, only the AMD driver.
The Kimi K3 and DeepSeek-V4-Flash-0731 architectures, reimplemented from scratch in pure Rust (zero dependencies) and verified 1:1 against the official code.
XTU = X Transformers Unity — hybrid (CPU-expert + GPU) inference acceleration for vLLM: mainline plugin + CPU MoE engine (AVX512-VNNI/BF16 MXFP4/FP8), long-prefill GPU streaming, SM80 (A100) port.
vLLM for AMD RDNA4 (gfx1201): Radeon AI PRO R9700 & RX 9070 XT — native MXFP4 linear kernel + spec-decode verify fix, carried as rebased branches (fork-carry model)
Tiny engine, immense models — run large MoE LLMs (gpt-oss, Mixtral, Qwen3-MoE) on ordinary machines by streaming experts from disk. OpenAI-compatible server with tool calling + hybrid cloud relay; CPU, Apple Silicon (MLX) & CUDA.
面向 8×RTX 4090(SM89)的 DeepSeek-V4-Flash-0731 MXFP4 SGLang 实验分支
Run Kimi-K3 (2.8T MoE) from SSD with a tiny readable C++17 engine—native MXFP4, io_uring, and O_DIRECT.
Run the official Kimi K3 MoE checkpoint on one 128 GB AMD Strix Halo box. ROCm-resident static weights, MXFP4 experts streamed from NVMe via io_uring. C engine, chat client, OpenAI-compatible server. Very experimental.
DeepSeek-V4.1-Flash-1017 at native precision on one RTX PRO 6000 + 128 GB RAM: 31.6 tok/s decode, 1M context. ds41d engine with VRAM/RAM/NVMe expert tiers, GPUDirect Storage and DSpark speculative decoding
Local inference engine for DeepSeek-V4-Flash (284B MoE, MXFP4 experts streamed from disk) on consumer hardware — C11, zero deps, bit-exactness gated. macOS / Linux / Windows.
Fine-tune and serve large Mixture-of-Experts models on one GPU, with 4-bit experts in GPU memory, RAM or SSD.
Qwen3-8B quantization study across vLLM, TensorRT-LLM, AutoRound, INT8, and MXFP4
4-bit GPU kernels that compute directly on packed Mixture-of-Experts weights, for training and inference.
Out-of-core LoRA fine-tuning and expert-routing measurement for Kimi K3 (2.78T MoE) on a 7.6 GB laptop: 93 layers streamed from a USB disk, forward checked against an independent C implementation, gradients checked by finite differences
A dependency-light, transformers-free toolkit for data-free weight-only quantization (FP8 blockwise, MXFP8, MXFP4), with file-level multi-node support and HF / compressed-tensors output.
MXFP4 for RDNA4 (gfx12): W4A8 FP8 expert path, LDS FP8 GEMM, grow config (dense on GPU, VRAM to the expert cache)
gpt-oss-120B inference on one 48 GB GPU: model-exact placement, MXFP4 mul_mat_id fast paths, and a routing-traced byte model for what comes next.
Run the full 2.8T-parameter Kimi-K3 checkpoint from SSD on a 64 GB M4 Pro Mac mini: all 93 layers, per-expert streaming, native MLX/Metal. Slow (~32 s/token) but complete.
关于这个话题
- 清单取自 GitHub 话题页并按 Star 数排序,每次展示前 20 个项目;原始页面见 https://github.com/topics/mxfp4。
- 该话题在 GitHub 上共有 45 个仓库, 本站收录的是其中最热门的 20 个,不是全量列表。
- Star / Fork 每日自动刷新一次,实时数据以 GitHub 为准。
- 当前 20 个项目累计 1.3 万 Star,覆盖 4 种主要语言,数据更新于 2026-11-07。
- 中文介绍来自 GitHub 官方话题说明(github/explore)的机器翻译,可点「查看原文」对照;译文缺失时会先展示原文。