ARM today announced the launch of the next generation of general-purpose CPU cores and subsystems for the Neoverse platform, including Neoverse V3, Neoverse N3, and Neoverse E3 CPU cores and subsystems (CSS).
The Neoverse Operator Subsystem (CSS) is a key component of the ARM Neoverse platform and is designed to provide a pre-configured, integrated, and validated platform that makes it easier for partners to customize SoC cores. The Neoverse V3 is the highest-performing CPU core in ARM's history, using ARMV9-A (V9.).2) Instruction set architecture with enhanced SVE2 SIMD extensions. Compared to Neoverse V2, Neoverse V3 delivers a 9% to 16% performance improvement under typical server workloads. At the same time, Neoverse V3 excels in AI data analysis, with a staggering 84% performance improvement.
Neoverse N3 is ARM's first ARMv9-based modelA 2-core processor with an emulated 32-core performance of 9% to 30% better than Neoverse N2, depending on the workload. This marks ARM's two-pronged approach to performance optimization and AI workload optimization, injecting new vitality into the field of data center processors.
Neoverse CSS has been adopted by Microsoft for its Cobalt 100 general-purpose server processors. The launch of Neoverse CSS v3 and CSS N3 will further broaden their application horizons and provide efficient and flexible solutions for a wide range of applications.
Arm said the release of Neoverse V3 marks a solid step forward for the company in the field of artificial intelligence, particularly in the general-purpose processor market, which competes with GPUs and NPUs. The high performance and powerful AI data analysis capabilities of Neoverse V3 will provide more choices for data centers and more efficient computing support for various application scenarios.
Arm's comprehensive design ecosystem project has also been a great success, attracting more than 20 members to join, covering the entire chip design ecosystem. The launch of ARM Total Design gives partners more freedom, accelerates the process of bringing custom SoCs to market, and enables the Neoverse platform to be more widely used in a variety of computing domains.
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