您的浏览器禁用了JavaScript(一种计算机语言,用以实现您与网页的交互),请解除该禁用,或者联系我们。[未知机构]:黄仁勋今早玻璃基板原话Morecomputemore - 发现报告

黄仁勋今早玻璃基板原话Morecomputemore

2026-03-18未知机构杨***
黄仁勋今早玻璃基板原话Morecomputemore

ss,better thermal. 算力越大、带宽越高、发热越猛。 黄仁勋今早玻璃基板原话:More compute,more bandwidth,more heat.FR4 is no longer enough.We need glass substrates for higher density,lower lo‐ ss,better thermal. 算力越大、带宽越高、发热越猛。 FR4已经不够用了。 我们需要玻璃基板,实现更高密度、更低损耗、更好散热。 We are moving to glass substrates,TGV,and CPO for next-gen AI infrastructure.下一代AI基础设施将转向玻璃基板、TGV(玻璃通孔)和CPO(共封装光学)。 黄仁勋明确:Rubin平台2026下半年量产,配套52层PCB+Q-Glass+玻璃基板同步上。 这句话的精确时间点(北京时间)•演讲:3月17日02:00–04:00• 这句话:02:48–02:52之间(AI工厂/PCB/ 玻璃基板段落 另外分论坛上:1: Next-Gen AI Infrastructure & Packaging(04:00–05:00 )分论坛里关于glass substrates(玻璃基板/玻璃载板)的原话+核心要点,完全对应现场内容。 一、英文原文(关键句)or next-gen AI infrastructure,we are moving entirely to glass substrates for advanced packaging and high-density PCB. FR4 cannot handle the density,loss,and thermal of 52-layer M9/M10 designs with CPO and TGV.Glass substrates enable: • Higher wiring density (2–3x vs organic) • Lower insertion loss (critical for 1.6T/3.2T) • Far better thermal conductivity (critical for 200kW+ racks) • Compatibility with TGV (Through-Glass Via) and CPO We will deploy glass substrates at scale with Rubin (2026) and Rubin Ultra (2027). 对于下一代AI基础设施,我们将全面转向玻璃基板,用于先进封装与高密度PCB FR4已无法支撑52层M9/M10设计、搭配CPO与TGV的密度、损耗与散热要求。 玻璃基板可实现:•更高布线密度(比有机基板高2–3 倍)•更低插入损耗(1.6T/3.2T时代关键)•更好导热性(200kW+机柜必备)•兼容TGV(玻璃通孔)与CPO我们将在Rubin(2026)与Rubin Ultra(2027)中大规模部署玻璃基板。 2:CPO & Optical Interconnect Roadmap这个分论坛提及玻璃基板,CPO is not possible without glass substrates/glass carriers. For 1.6T/3.2T CPO,we require glass substrates with TGV for low loss,high density,and thermal management.Organic substrates (FR4/ABF) cannot support the electrical and thermal demands of CPO at scale.Glass substrates are mandatory for CPO volume deployment in 2026–2027.1.核心结论:没有玻璃基板,CPO就做不出来(not possible)2.为什么必须用:◦ 1.6T/3.2T CPO要求低损耗、高密度、散热,只有玻璃基板+TGV能满足◦有机基板(FR4/ABF)在大规模CPO场景下完全扛不住3.时间点:2026–2027年CPO大规模部署,玻璃基板是强制标配。