AMD enthusiasts have reason to celebrate today with the official announcement of the Ryzen 9000 series desktop CPU lineup, spearheaded by the formidable Ryzen 9950X. Boasting an impressive 16 cores and a maximum boost clock of up to 5.7 GHz, this CPU promises to deliver exceptional performance, as initial real-world tests are starting to confirm.
Igor_kavinski, a member of the AnandTech forum, recently conducted comprehensive benchmarks using an engineering sample of the Ryzen 9 9950X. Testing across various power limits and scenarios, the CPU demonstrated its superiority over both previous AMD offerings and Intel’s current lineup. Notably, at 160 watts of PPT (just below its 170-watt ceiling), the 9950X outpaced the previous-generation 7960X by 24.6% on the Blender Monster benchmark. Even with both CPUs pushed to 230 watts, the gap narrowed to a still-impressive 18.8%.
In direct comparisons against Intel’s flagship 24-core Core i9-14900K, set at equivalent power limits of 253 watts, the Ryzen 9950X exhibited a commanding lead. According to data compiled by VideoCardz, AMD’s CPU achieved performance gains of 35.6%, 35.4%, and 39.8% on benchmarks such as Blender Monster, Junkshop, and Classroom, respectively. It’s worth noting that AMD’s approach with 16 identical cores contrasts with Intel’s configuration of 8 high-performance and 16 efficiency cores.
As excitement builds towards its July 31st launch, it’s essential to acknowledge that these tests were conducted on an engineering sample, which may differ from the final retail version. Despite not achieving its maximum clock speeds, the 9950X maintained remarkably low temperatures (60°C under 253 watts) using an AIO liquid cooling solution. With just weeks to go until release, anticipation mounts for more comprehensive performance reviews and pricing details, with expectations of high demand upon launch.