NVIDIA Vera CPU Proves Powerful Performance That Overwhelms Competitors

The shift toward the agentic AI era has given rise to new CPU requirements: fast cores, massive memory bandwidth, and sustained performance under heavy load. The NVIDIA Vera CPU was designed to meet these demands, and its performance was recently demonstrated through benchmarks by Phoronix.

At the core of Vera is the custom-designed Olympus CPU Core. The 88 Olympus cores, compatible with the Armv9.2 ISA, are optimized for the sequential tasks of agentic AI, where branch prediction occurs frequently and sandboxed code execution and data processing are critical.

Vera also holds an overwhelming advantage in memory performance. Equipped with an LPDDR5X memory subsystem, it maximizes energy efficiency compared to conventional DDR5 and delivers up to 1.2TB/s of bandwidth. This represents more than 4 times the memory bandwidth per core compared to existing x86 CPUs.

According to Phoronix test results, Vera showed a 1.6x performance improvement over its predecessor, the Grace CPU, and recorded 1.5x higher overall performance than the latest 128-core x86 processors. Notably, it showed an average of 10% higher performance than the AMD EPYC 9575F processor, emerging as a powerful competitor in the x86 market.