Neoverse v1 hpctakahashiventurebeat2/26/2024 The V1 is designed for building processors that provide a high amount of performance per thread while the N2 is for CPUs with high core counts, he explained. The Neoverse N2, meanwhile, supports SVE2, a newer version of the SVE technology that Bergey said drives more performance efficiency in cloud-to-edge use cases such as machine learning, digital signal processing, multimedia and 5G.īergey explained the Neoverse V1 and N2 chips offer up to 50% and 40% better performance, respectively, than the current-generation Neoverse N1. They also support a number of other technologies that should give a boost to certain niche use cases, he said.įor example, the Neoverse V1 supports Scalable Vector Extension technology that delivers a higher per-core performance and better code longevity and provides SoC designers with more implementation flexibility. In a blog post today, Chris Bergey, senior vice president and general manager of Arm’s Infrastructure Line of Business, said the V1 and the N2 are compatible with the latest five-nanometer manufacturing process being adopted in the chip industry. Rather, it designs and licenses chip architectures to processor manufacturers, who use them as the basis of their own branded chips. It’s important to note that Arm doesn’t build chips itself. and three others that are counted among the world’s seven largest so-called hyperscale data center operators. At the time of their release, Arm said the V1 and N2 platforms were an upgrade on its existing Neoverse N1 architecture used by Amazon Web Services Inc. British chip designer Arm Ltd. today announced a more advanced mesh interconnect for the Neoverse architecture chips that it said is a key element for partners aiming to develop more sophisticated systems-on-chip.Īrm announced its Neoverse V1 and Neoverse N2 platforms in September, saying the chip blueprints will serve as the basis for a new breed of more powerful, server-grade central processing units.
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