AMD’s upcoming Ryzen AI Max+ PRO 495 has shown up in early benchmark listings, revealing a 16-core, 32-thread chip with Radeon 8065S graphics and support for up to 192GB of memory. It points to a strong push toward AI-focused laptops, AI PC platforms, and high-performance mobile workstations.
The Ryzen AI Max+ PRO 495 packs 16 cores, Radeon 8065S graphics, and support for up to 192GB of memory, making it a strong fit for next-gen AI laptops and mobile workstations.
The leaked benchmark data shows the chip delivering a CPU Mark score of 57,525 and single-thread performance around 4,293, positioning it ahead of existing Ryzen AI Max+ 395 models as seen in systems like the OnexStation mini PC in early comparisons. These results highlight strong gains in both multi-core and single-core workloads, particularly for AI processing, simulation tasks, and demanding professional applications.
The listing claims that the processor has a basic clock speed of about 3.0 GHz and incorporates Radeon 8065S graphics, supporting AMD’s goal of enhancing integrated GPU performance for cutting-edge mobile computing.
The processor looks to be part of AMD’s upcoming Ryzen AI Max 400 series, as outlined in Ryzen AI 400 series announcements, likely based on the Strix Halo platform. Instead of a complete redesign, early signs suggest AMD is focusing on higher clock speeds, better efficiency, and improved memory bandwidth to handle modern AI workloads more effectively.
Memory support is one of the most noteworthy features. The test system displays setups with up to 192GB of RAM spread across several modules, which is far more than what is typically found in laptops. This memory capacity closely relates to high-performance mobile workstation use cases, such as developing AI models, managing massive amounts of data, and producing professional content.
The integrated Radeon 8065S GPU is expected to bring a noticeable boost in both graphics and compute performance over earlier generations, aligning with trends in next-gen integrated graphics development. With that kind of improvement, many tasks may no longer need a separate GPU, which fits into the wider trend of more powerful integrated graphics in AI-focused PCs.
Early comparisons indicate the Ryzen AI Max+ PRO 495 outperforms the Ryzen AI Max+ 395, which typically scores in the mid-55,000 range in similar benchmarks. This performance gap strengthens AMD’s positioning of the chip for professionals and power users who require strong CPU and GPU performance in a single system.
The benchmark system was running Windows 11 Pro and appears to include high-speed storage and a high-resolution display, similar to setups discussed in recent Windows 11 update reports, suggesting testing is being conducted in a premium hardware environment close to real-world usage conditions.
AMD hasn’t officially announced the Ryzen AI Max+ PRO 495 yet, and the final specs could still change. Even so, this leak gives a pretty clear idea of where the company is heading, bringing together high core counts, strong integrated graphics, and large memory capacity to keep up with the growing demand for AI-focused computing.
This leak gives a good sense of where the PC industry is heading toward AI-first laptops that deliver near desktop-level performance, a trend also reflected in AI-focused workstation builds. If these specs hold up, AMD could raise the bar for high-performance mobile workstations and AI PCs in 2026.
