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中文(ZH) 中金:SiC/GaN等核心第三代化合物半导体器件有望持续受益于数据中心电力相关系统升级

Data center power upgrades to boost SiC/GaN semiconductors; Apple supplier hit by ransomware

A report from CICC suggests that core third-generation compound semiconductor devices like SiC and GaN are poised to benefit from upgrades in data center power systems, driven by the increasing demand for AI computing power. The report anticipates 2026 as a pivotal year for the widespread adoption of high-voltage architectures in data centers, with SiC expected to dominate in the "gray area" (server room side) and GaN to see significant penetration in the "white area" (within cabinets). Separately, a ransomware attack on Apple's Indian supplier, Tata Electronics, has led to the leak of sensitive component and supplier lists, including details about the upcoming iPhone 18 Pro, potentially impacting Apple's supply chain and relationships. AI

IMPACT Increased demand for AI computing power is driving upgrades in data center power systems, creating opportunities for SiC and GaN semiconductors.

RANK_REASON The cluster covers a significant industry trend in semiconductor components for data centers and a notable security incident affecting a major tech company's supply chain. [lever_c_demoted from significant: ic=1 ai=0.7]

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Data center power upgrades to boost SiC/GaN semiconductors; Apple supplier hit by ransomware

COVERAGE [1]

  1. 36氪 (36Kr) TIER_1 中文(ZH) ·

    CICC: Core third-generation compound semiconductor devices such as SiC/GaN are expected to continue to benefit from the upgrade of power-related systems in data centers

    36氪获悉,中金指出,在AI算力走向高密度、连续满载、强瞬态冲击之后,高压架构是数据中心供电系统发展的确定方向。在硬件技术进步推动下,2026年数据中心高压架构迎来落地元年。中金认为,SiC/GaN等核心第三代化合物半导体器件有望持续受益于数据中心电力相关系统升级,SiC有望统领机房侧(灰区)应用,而GaN有望在机柜内(白区)大规模渗透,从灰、白区分界线形成“SiC左,GaN向右”的市场格局,共同受益于数据中心电源方案迭代。