Author: Evolving AI - Bewertung: 257x - Views:12443
Amazon didn’t just refresh its server chip line – it rewrote the rules for what a cloud CPU is supposed to be. In this video, we break down how the new 192-core Graviton5 turns a single socket into a full data-center engine, delivering around 25% more performance than Graviton4, up to ~40–45% better performance per watt than top Intel Xeons, five times more L3 cache, PCIe 6.0, and direct Nitro 6 integration for 100 Gbps networking. Built on TSMC 3 nm with Arm Neoverse V3 cores and a massive 192 MB shared cache, Graviton5 doesn’t just run faster – it fixes latency, consistency, and cost at hyperscale in a way off-the-shelf x86 chips weren’t designed to handle. We walk through why AWS killed the old dual-socket design, how a single monolithic die cuts cross-socket latency by a third, and what that means for online games, databases, analytics, and AI services that live or die on predictable performance. We also look at how Graviton jumped from a side experiment in 2018 to powering more than half of new AWS CPU capacity, why 98% of top EC2 customers now run on Graviton, and how M9g today will expand into C9g and R9g families next year. Then we zoom out: Graviton5 vs Intel and AMD’s latest parts, vs Microsoft’s Cobalt 200 and Google’s Axion, and how this all links to Trainium 3 UltraServers in a fully Annapurna-powered stack. By the end, you’ll see why the future of cloud performance belongs to whoever owns the silicon – and why Amazon just forced the entire industry to respond.
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