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GGUF quantization

GGUF quantization Articles

Browse 7 articles about GGUF quantization.

Ternary Bonsai 2 9B Tested: How Much Does 2-Bit Quantization Cost You?

Hands-on tests of the 2-bit ternary Bonsai 2 9B model across coding, multilingual, reasoning, and vision tasks reveal where quality actually breaks down.

Ternary Bonsai benchmarkternary quantization qualityBonsai 2 9B test

Underdog Saluki 27B: Run a 27B Tool-Calling Model on 8GB VRAM

Underdog Saluki 27B compresses Qwen3.8-27B into a 7.89GB GGUF that keeps tool-calling intact, runnable on stock llama.cpp.

Underdog Saluki 27BQwen3.8-27B GGUFrun LLM locally 8GB

Run GLM 5.3 Flash Locally: GSQ and RCO Quantization Explained

How GSQ and RCO quantization shrink the 320B GLM 5.3 Flash model to under 140GB, and how to build llama.cpp and serve it on local GPUs.

GLM 5.3 FlashGSQ quantizationRCO quantization

MiniCPM 5 2B: A Small Tool-Calling Model Built for Sub-Agents

MiniCPM 5 2B targets tool calling and sub-agent workloads. Here's how it benchmarks against 4B models and runs locally via llama.cpp and SGLang.

MiniCPM 5 2Bsmall LLM function callingsub-agent model

MiniCPM5-2B: Running OpenBMB's 2B On-Device Model Locally

MiniCPM5-2B packs 2.5B params, 131K context, and 4B-beating benchmarks. Here's how it works and how to run it via GGUF, MLX, or GPTQ.

MiniCPM5-2Bon-device LLMGGUF quantization

Qwen3.8-4B Distilled: Q4 vs Q6 vs Q8 Quantization Compared

Hands-on benchmark of Q4, Q6, and Q8 GGUF quants for the Qwen3.8-4B distilled model, testing speed, VRAM use, and reasoning depth on llama.cpp.

Qwen3.8-4BGGUF quantizationQ4 vs Q8

How to Run fuse-1 Lite Locally: VRAM, Setup, and Formats

How to run fuse-1 Lite's 5.72B coding MoE model locally via GGUF, MLX, vLLM, or bitsandbytes, with VRAM needs for each backend.

fuse-1 Lite VRAMrun fuse-1 Lite locallyGGUF quantization