10/07/2026
【產業趨勢|AI 算力爆發帶來的散熱極限 ⚡️】
🚀 單櫃功耗突破 100 kW!為什麼傳統氣冷已經注定淘汰?
隨著 NVIDIA 最新世代 AI 伺服器全面普及,資料中心正迎來前所未有的「熱挑戰」。當單機櫃功耗正式衝破 100 kW 大關,傳統氣冷的解熱能力已達物理極限。面對這場算力風暴,液冷技術早已不是未來的「選配」,而是維持 AI 高效運作的「現在標配」!
而在液冷系統中,CDU正是不可或缺的運作心臟。它能精準控制液體流速、動態調節兩端溫差,確保晶片在極限負載下依然「不降頻、不宕機」,同時優化資料中心的 PUE 能效表現。
想知道我們如何協助 AI 算力中心突破散熱瓶頸?
👉 立即去官網查看AQUAFLUX 200 LL產品詳情,解鎖新世代綠色算力密碼:https://vitalcore.com.tw/cdu/200kw/
【Industry Trends | Pushing the Limits of AI Thermal Management ⚡️】
🚀 Per-Rack Power Density Surpasses 100 kW! Why Traditional Air Cooling is Dead in the Water.
With the massive deployment of next-generation NVIDIA AI servers, data centers are facing an unprecedented "thermal wall." As per-rack power density officially shatters the 100 kW mark, the heat dissipation capabilities of traditional air cooling have hit a hard physical limit. In this era of booming compute, liquid cooling is no longer a future-proof luxury—it is a mandatory baseline for today's AI infrastructure.
At the heart of any liquid cooling architecture lies the CDU (Cooling Distribution Unit). It acts as the system's vital organ, precisely regulating flow rates and dynamically managing temperature differentials (ΔT). This is the ultimate key to ensuring AI chips operate at peak performance without thermal throttling or unexpected downtime, all while optimizing data center PUE.
Ready to see how we help AI data centers break through thermal bottlenecks?
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