在过去三十年的 PC 演进史上,性能的提升往往遵循着一种近乎肌肉记忆的“加法逻辑”:处理器不够快就提升主频,主频加不上去就增加核心,多核还不够用就增加有更多功能的核心,像AMD收购ATI之后推出融合CPU和GPU核心的APU,现在已成业界标配。而近年来的 AI 浪潮,则又进一步催生了植入 NPU 模块的AIPC处理器。NPU(神经处理单元)作为专门为人工智能和机器学习场景而设计的加速器,在硬件结构...
Source Link在过去三十年的 PC 演进史上,性能的提升往往遵循着一种近乎肌肉记忆的“加法逻辑”:处理器不够快就提升主频,主频加不上去就增加核心,多核还不够用就增加有更多功能的核心,像AMD收购ATI之后推出融合CPU和GPU核心的APU,现在已成业界标配。而近年来的 AI 浪潮,则又进一步催生了植入 NPU 模块的AIPC处理器。NPU(神经处理单元)作为专门为人工智能和机器学习场景而设计的加速器,在硬件结构...
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