According to the latest reports， AMD’s upcoming Zen 6 processors are poised to leverage TSMC’s 2nm N2P process node for a significant portion of their product stack. This strategic move， with exceptions for some lower-power， entry-level laptop models， indicates a strong commitment from AMD to harness the advancements in manufacturing technology to boost performance and efficiency across its CPU lineup.
Specifically， AMD’s server-grade EPYC Venice (EPVC) series， encompassing both standard and high-density configurations， will utilize TSMC’s N2P process. This adoption of a leading-edge node for their server offerings suggests a focus on delivering increased core counts， higher clock speeds， and improved power efficiency， crucial factors for data center environments.
Furthermore， the mainstream desktop segment will see the benefits of this technological leap with the Olympic Ridge platform， anticipated to be the successor to the Ryzen 9000 series. The decision to employ the 2nm process for these processors signifies a significant performance uplift， making them highly anticipated by PC enthusiasts and gamers alike.
High-end laptop series， codenamed Gator Range， will also benefit from the N2P process. This indicates that the 2nm node will span AMD’s server and consumer CPU product lines， demonstrating a comprehensive strategy to capitalize on advanced manufacturing for enhanced performance across all market segments.
An exception to this widespread 2nm adoption is the Medusa Point 1 platform. Its high-end models are expected to feature a combination of both N2P and N3P processes， suggesting a nuanced approach to balancing leading-edge technology with cost-effectiveness and specific performance targets. Conversely， chips within this platform that prioritize power efficiency will exclusively utilize the N3P process.
The competitive landscape for chip manufacturing is intensifying， with Intel expected to deploy its 18A process for its mobile and desktop platforms. Additionally， Intel is reportedly exploring the use of TSMC for portions of its Nova Lake architecture. This dual-pronged approach by Intel suggests that the competition in the next generation of CPUs will be fiercer than ever， pushing both AMD and Intel to innovate rapidly.
