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MLX crushes GGUF in Qwen 3.5 M4 Max benchmarks

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MLX crushes GGUF in Qwen 3.5 M4 Max benchmarks
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// 80d agoBENCHMARK RESULT

MLX crushes GGUF in Qwen 3.5 M4 Max benchmarks

A deep-dive benchmark on Apple's M4 Max (128GB) reveals that MLX-quantized Qwen 3.5 models significantly outperform GGUF counterparts in both speed and memory efficiency. Testing the 122B-A10B variant, MLX achieved over 2x the generation speed and drastically lower time-to-first-token in long-context scenarios.

// ANALYSIS

For Mac users, MLX is becoming the undisputed performance king for large-scale local LLMs, but GGUF still holds a critical feature advantage in multi-turn stability.

  • MLX achieved 34.7 t/s versus GGUF's 15.8 t/s in a massive 80k context window test.
  • Memory usage for the 6-bit MLX quant was ~5GB lower than the 5-bit GGUF, highlighting superior optimization on Apple Silicon.
  • Despite the raw performance lead, community members note that GGUF (via llama.cpp) still provides more reliable prompt caching and better integration with agentic toolchains.
  • The 122B-A10B's sparse Mixture-of-Experts architecture scales remarkably well on unified memory, but choice of quantization remains the primary bottleneck for inference latency.
// TAGS
qwenllmapple-siliconmlxggufbenchmarkinference

DISCOVERED

80d ago

2026-03-08

PUBLISHED

82d ago

2026-03-06

RELEVANCE

9/ 10

AUTHOR

iChrist