Unsloth publishes 1-bit GGUF quants of Mistral's 1-trillion-parameter Le Chonk
Overview
Unsloth AI says its 1-bit GGUF build of Mistral's 1-trillion-parameter Le Chonk runs locally on a Mac Studio and keeps 91% of top-1 accuracy.
Its guide lists disk requirements from 256-270GB for 1-bit quants up to 1.2TB for 8-bit, and the smallest, UD-IQ1_S, uses about 233GB.
A later Unsloth post by Daniel Han gives the 1-bit build as 223GB against 1.1TB for FP8, and says it covers coding, agentic tasks and math. The post says the quants work in Unsloth Desktop and thanks Mistral for day-zero access. The 91% figure comes from Unsloth's own posts, and neither report describes how the accuracy was measured.
Written by AI from the articles below · updated Oct 29, 10:38 AM ET
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The articles in this story. Times are ET.
Daniel Han@danielhanchenXUnsloth releases quantized Mistral Large 4 that runs locally on Mac StudioAIUnsloth released quantized GGUF versions of Mistral Large 4, a 1-trillion-parameter model, and says the 1-bit version runs locally on a Mac Studio. The post says the 1-bit build keeps 91% of top-1 accuracy across coding, agentic tasks, and math while being 80% smaller, at 223GB versus 1.1TB for FP8. The author says the quants work in Unsloth Desktop and thanks Mistral for day-zero access.

Unsloth AI@UnslothAIOfficialPickUnsloth shows how to run Mistral's Le Chonk locally with 1-bit GGUFAIUnsloth says its 1-bit GGUF version of Mistral Le Chonk, a 1 trillion parameter model, runs on a Mac Studio and retains 91% top-1 accuracy. The guide lists hardware requirements from 256-270GB for 1-bit to 1.2TB for 8-bit, and the smallest 1-bit quant, UD-IQ1_S, uses about 233GB of disk space.

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