Google has introduced Axion, its first data center processor based on ARM architecture. Designed in-house, it promises up to 50% more performance compared to current x86 instances. This move aims to reduce dependence on Intel and AMD, betting on a custom design to optimize costs and efficiency in its servers.
ARM architecture and cloud performance 🚀
Axion is based on ARM Neoverse V2 cores, the same ones used in chips from Amazon and NVIDIA. Google claims it outperforms the fastest x86 instances in its catalog, with improvements in machine learning and data processing tasks. The key lies in silicon customization: Google has adjusted the design for specific workloads in its infrastructure, such as search and YouTube. The chip also reduces energy consumption, a critical factor in massive data centers. Although there are no concrete deployment dates, it is expected to reach its Google Cloud customers in the coming months.
Axion: because having your own chip is cooler than paying Intel 😎
Google has decided that, after years of watching Intel raise prices and AMD rest on its laurels, the best move was to make its own processor. Because, of course, if Amazon already has Graviton and Apple has the M1, why not join the party? Now we just need Axion to come with exclusive features like charging your phone faster or making coffee while training AI models. But sure, Intel probably isn't thrilled to see another customer turned rival.