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Skip-scale optimization is claimed to reduce FixPipe transfers, vector work and memory movement
A post says DeepSeek links lower computation and data-movement power to higher chip frequency and performance.
TLDR
A post sharing details it attributes to DeepSeek says the company's skip-scale optimization reduces FixPipe transfers, vector work and memory movement. It adds that DeepSeek says using less power for computation and data movement lets the chip reach a higher frequency, improving performance.
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