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市場調查報告書
商品編碼
2026997
2026年展望：NVIDIA Rubin將引領新一輪AI硬體升級浪潮2026 Outlook: NVIDIA Rubin Drives New Wave of AI Hardware Upgrades |
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價格
簡介目錄
隨著資料中心採用高壓直流輸電（HVDC）架構以減少從電網到晶片的功率損耗，對先進電源轉換技術和下一代半導體的需求激增。同時，亞洲製造商在印刷電路板（PCB）和特殊基板供應鏈中繼續保持主導地位。
主要亮點
- PCB供應：從原料到先進基板，亞洲公司佔主導地位。
- 材質：玻璃纖維專為訊號傳輸或提高穩定性等應用而設計。
- 效率：高壓設計可最大限度地減少電壓大幅下降期間的功率損耗。
- 電力技術：對先進的電力轉換和備用系統的需求日益成長。
- 半導體：新一代低損耗半導體正從這項變化中受益匪淺。
目錄
- 1. Rubin 世代將是一個重大轉折點，它將重組人工智慧硬體堆疊。
- 2. 由於 AI 伺服器的功耗激增，液冷將成為標準配置。
- 3. 提高機架功率密度有利於電源架構升級。
- 4. 印刷電路基板的設計發生了重大變化，以滿足訊號完整性和空間限制。
- 5. 銅的物理限制（距離和訊號損耗）將加速向光連接模組的過渡。
- 6. TRI的觀點
簡介目錄
Product Code: TRi-175
As data centers adopt HVDC architectures to reduce grid-to-chip power losses, demand for advanced power conversion and next-gen semiconductors surges. Meanwhile, Asian manufacturers continue to dominate the PCB and specialized substrate supply chains.
Key Highlights
- PCB Supply: Asian firms lead from raw materials to advanced substrates.
- Materials: Glass fibers are tailored for either signal transmission or stability.
- Efficiency: High-voltage designs minimize massive power step-down losses.
- Power Tech: Demand rises for advanced power conversion and backup systems.
- Semiconductors: Next-gen, low-loss semiconductors highly benefit from this shift.
Table of Contents
- 1. Rubin Generation Marks a Major Step Change, Reshaping the AI Hardware Stack
- 2. Surging Power Consumption in AI Servers Makes Liquid Cooling a Standard Configuration
- 3. Rising Rack Power Density Drives Power Architecture Upgrades
- 4. PCBs Undergo Major Design Transformation to Meet Signal Integrity and Space Constraints
- 5. Physical Limits of Coopper—Distance and Signal Loss—Accelerate the Shift to Optical Interconnects
- 6. TRI’s View
