Ryzen 10000 Olympic Ridge Desktop: Goodbye iGPU, Hello NPU? The Possible Choice Sparks Debate

The future desktop CPUs based on the Zen 6 architecture - known by the codename Olympic Ridge and renamed Ryzen 10000 - might come with a significant hardware change. According to a new rumor, the CPUs could indeed eliminate integrated graphics to make way for a dedicated NPU for AI-related workloads.

Integrated GPUs have been present in AMD's desktop CPUs since the Ryzen 7000 series and have played a marginal but useful role, especially as a fallback solution in case of issues with the dedicated graphics card or for troubleshooting hardware problems.

The rumor, spread by the leaker Gotou_kai3, suggests that this change in direction aims to address the growing demand for local AI acceleration. The Olympic Ridge platform is expected to accompany the Ryzen Zen 6, also introducing support for CUDIMM memory. However, according to the rumors, an integrated USB4 controller is not expected on the die, leaving motherboard manufacturers to rely on external controllers, as is currently the case on existing AM5 platforms.

NPUs have become a fundamental requirement for Microsoft's Copilot+ PC certification, where they are used to accelerate inference and local AI models more efficiently than general-purpose CPUs and GPUs. Nevertheless, in the desktop segment, their utility remains less evident compared to notebooks and low-power systems.

Another contextual element is the evolution of AI support on Windows, which has begun to include discrete GPUs like those from NVIDIA, partially reducing the need for a dedicated NPU on desktops. Many users believe that an iGPU is necessary as an emergency solution to verify system functionality in the absence of a dedicated GPU or in case of issues. In short, a debate has erupted online regarding AMD's alleged choice between supporters and opponents of the change.

The new CPUs will be produced using TSMC's 2 nm process and will offer up to 12 cores per CCD with 48 MB of L3 cache; thus, we expect models featuring a maximum of 24 cores with SMT active. There are also rumors of very high operating frequencies, exceeding 6 GHz in boost. As for their debut, it is expected to be scheduled for the early months of 2027.