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This paper introduces BITCOS, a distribution-adaptive layout for storing ternary LLM weights more efficiently, achieving up to 1.28× speedup in matrix-vector multiplication and 1.27× in inference throughput on GPUs.
The article questions why ternary language models like BitNet have not scaled beyond 2B parameters, given their initial promise, and discusses the apparent lack of progress from open-weight AI labs.
Bitnet.cpp presents a mixed-precision matrix multiplication library for efficient edge inference of ternary LLMs like BitNet b1.58, achieving up to 6.25x speedup over full-precision baselines. The system is open-sourced on GitHub.