【主要逻辑】AI 算力升级驱动散热技术革新:随着信息技术的快速发展和传统产业数字化的转型,数据呈现几何级增长,算力和硬件部分能耗也在持续增加。据《数据中心液冷散热技术及应用》,中央处理器(CPU)散热设计功耗已达350~500W,GPU散热设计功耗已超过800W。传统风冷系统散热上限一般为20kW/柜,愈发难以为继。液冷可大幅降低数据中心能耗,可实现节能20%-30%以上,将数据中心PUE 降低至...
Source Link【主要逻辑】AI 算力升级驱动散热技术革新:随着信息技术的快速发展和传统产业数字化的转型,数据呈现几何级增长,算力和硬件部分能耗也在持续增加。据《数据中心液冷散热技术及应用》,中央处理器(CPU)散热设计功耗已达350~500W,GPU散热设计功耗已超过800W。传统风冷系统散热上限一般为20kW/柜,愈发难以为继。液冷可大幅降低数据中心能耗,可实现节能20%-30%以上,将数据中心PUE 降低至...
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