Unverified82% confidenceTradeoffTime unknown
转码能力越强的x86机型功耗和发热越高，放卧室会有噪音问题；纯冷备份/文档共享用低功耗ARM机型（待机5-10W）更省电静音
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82%
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Long-term
Relevance
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Unverified暖增益权衡：ARM架构NAS功耗低噪音小(待机10W内)但转码和多任务弱；x86架构(如Intel赛扬)性能强可硬解4K但功耗噪音更高，7×24运行需权衡电费与性能80% similarUnverified多核高性能CPU（如Threadripper Pro/Xeon）满载时功耗与发热极高，需塔式散热或水冷+大机箱，风冷小机箱长时间渲染会触发降频，反而不如中端配置稳定76% similarUnverified编码器体积便携性与散热稳定性冲突：口红/移动型硬件编码器体积小但散热受限，只适合1080p30及以下；4K推流或长时高码率需接受更大体积和风扇噪音的机型73% similarUnverifiedARM本能效比高、发热小，多数可做到无风扇或低转速静音(如MacBook Air全被动散热)，看重静音和无高温环境优先ARM；但重负载持续渲染时高性能x86+独显仍有绝对性能优势72% similarUnverified处理器性能越强散热压力越大：标压HX芯片满载功耗可达55-75W，会导致小机身风扇高转速噪音和积灰堵塞风险，与'小体积安静'目标直接冲突70% similar
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