Zen 7 and the Evolution of AMD’s CPU Architecture

Chief Technology Officer Mark Papermaster announced that AMD is actively developing Zen 7, the successor to the current Zen 5 architecture powering the Ryzen 9000 series. AMD’s commitment to the Zen architecture remains strong, having delivered five generations based on a consistent instruction set. This consistency, coupled with the innovative use of chiplets, has allowed AMD to create a diverse range of processors optimized for various workloads, from high-performance desktops to power-efficient mobile devices and cloud-optimized servers.

AMD continues to refine its core design strategy, developing two distinct core types within each Zen architecture: one prioritizing peak performance and the other focusing on power efficiency. This dual-core approach allows AMD to address a wider spectrum of market needs. The company’s staggered design teams, each dedicated to a specific architecture generation, ensure a continuous pipeline of innovation. Currently, the team that developed Zen 5 is transitioning to work on Zen 7.

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Beyond CPUs: AMD’s GPU and NPU Roadmap

The analyst day also provided a preliminary look at AMD’s desktop graphics roadmap, though specific details remained scarce. Papermaster emphasized AMD’s commitment to enhancing the performance of its desktop GPUs, alongside expanding their application in edge computing scenarios. Furthermore, AMD is heavily investing in its Neural Processing Unit (NPU) technology, aiming to increase AI TOPS (trillions of operations per second) and improve power efficiency.

Mark Hachman / Foundry

Mark Hachman / Foundry

‘Gorgon’ and ‘Medusa’: AMD’s Next-Generation Processor Families

Jack Huynh, Senior Vice President of AMD’s Computing and Graphics Group, showcased slides outlining the “Gorgon” and “Medusa” processor families, expected in 2026 and 2027, respectively. AMD has adopted a naming convention that combines a family name with a descriptor indicating the chip’s intended role, such as “Strix Point” and “Ryzen AI 300.” The slides suggest “Gorgon Point” will appear in midrange notebooks in 2026, followed by “Medusa Point” as a successor in 2027.

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Huynh articulated AMD’s “no compromise” PC strategy, emphasizing the integration of AI across all product lines. “The future of AI PCs will be built on AMD,” he stated. He further asserted that AMD has built significant momentum and possesses a clear path to market leadership, positioning the company to capitalize on the transformative potential of AI in the PC ecosystem. What impact will this increased focus on AI have on traditional CPU performance? And how will AMD balance power efficiency with the demands of advanced AI processing?

Frequently Asked Questions about AMD’s Roadmap

• What is the Zen 7 architecture? Zen 7 is AMD’s next-generation CPU architecture, currently in development, and will underpin future Ryzen processors.
• When are the ‘Gorgon’ and ‘Medusa’ processors expected to be released? AMD anticipates releasing processors based on the “Gorgon” family in 2026, followed by the “Medusa” family in 2027.
• Is AMD prioritizing the datacenter over the client market? While the datacenter is currently AMD’s most significant revenue driver, the company remains committed to its client business and is investing in future technologies like AI to enhance the PC experience.
• What is AMD doing to improve its GPU performance? AMD is focused on improving the performance of its desktop GPUs and expanding their applications in edge computing.
• What are AMD’s plans for NPUs? AMD is developing its Neural Processing Units (NPUs) to deliver increased AI performance and improved power efficiency.