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TurboQuant+ slashes LLM KV cache memory 4.6x

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TurboQuant+ slashes LLM KV cache memory 4.6x
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// 60d agoOPENSOURCE RELEASE

TurboQuant+ slashes LLM KV cache memory 4.6x

A community implementation of Google's TurboQuant algorithm optimizes KV cache compression for Apple Silicon and CUDA, enabling 3-bit quantization with zero accuracy loss on consumer hardware.

// ANALYSIS

TurboQuant+ is a significant breakthrough for local inference, effectively solving the VRAM bottleneck for long-context models without the typical accuracy trade-offs.

  • Achieves 4.6x memory reduction and 8x speedup in attention computation using PolarQuant and 1-bit error correction.
  • Optimized for Apple Silicon (Metal kernels for M1-M5) and CUDA, making high-end performance accessible on consumer devices.
  • Seamlessly integrates with llama.cpp, allowing users to run 32k-128k context windows on hardware that previously struggled with 8k.
  • Future-proofs local LLMs by maintaining 100% recall on "needle-in-a-haystack" tests up to 100k+ tokens.
// TAGS
llminferenceapple-siliconcudaopen-sourceturboquant-plusquantizationmlops

DISCOVERED

60d ago

2026-03-28

PUBLISHED

60d ago

2026-03-28

RELEVANCE

9/ 10

AUTHOR

Github Awesome