AMD Medusa Point APU dominates Geekbench: desktop performance in a mobile chip

AMD is making waves again in the mobile processor world. The next-generation APU, known as Medusa Point (Ryzen AI 500), has appeared on Geekbench once more with its best score to date. According to Tom's Hardware, the 10-core chip (2+8 configuration, presumably 2 high-performance Zen 6 cores and 8 efficient Zen 6c cores) achieved 3,329 points in the single-core test and 16,555 in multi-core. This represents a 5% and 9.7% improvement respectively over its previous appearance.

What happened?

The engineering sample (ID: 100-000001713-33_N) ran on the 'AMD Plum-MDS1' platform, already associated with Medusa Point. The surprising aspect is that its single-core performance surpasses all current mobile x86 processors from Intel and AMD, and practically matches the desktop Ryzen 9 9900X (12 cores) and Ryzen 7 9800X3D (8 cores), both with scores of 3,333. Only Qualcomm's Snapdragon X2 Elite (3,573 points) beats it, but that chip is ARM-based. The Geekbench listing (ID: 18735006) shows the system has 24 GB of RAM and a base frequency of 3.3 GHz, though the maximum frequency is not specified. Tom's Hardware notes that this is the same sample that appeared earlier, suggesting AMD is refining the design. The Zen 6 architecture, announced on AMD's roadmap for 2026, promises significant improvements in IPC and energy efficiency, with a 3 nm manufacturing process (possibly TSMC N3E).

Why is this important?

This result is historic for several reasons:

• Desktop performance at mobile TDP: If the figures are confirmed, a laptop with Medusa Point could deliver the same single-core performance as a powerful desktop PC, something never seen in the mobile x86 market. For context, the desktop Ryzen 9 9900X has a TDP of 120 W, while a 10-core mobile chip likely has a TDP of 28-45 W.
• Competition with Qualcomm: Although the Snapdragon X2 Elite is faster in single-core (3,573 points), Medusa Point far surpasses it in multi-core (16,555 vs. yet unrevealed X2 data). Moreover, being x86, it maintains full compatibility with the Windows ecosystem, including legacy applications and games. Qualcomm has faced compatibility issues with its emulation.
• Generational leap: The Zen 6 architecture promises double-digit IPC improvements over Zen 5, according to leaks. The current Ryzen AI 9 HX 370 (Strix Point) achieves around 2,800 points in single-core, so Medusa Point represents a 19% improvement in single-core and 35% in multi-core (comparing with the HX 370 in similar mode). This could redefine the high-performance laptop and mobile workstation market.

Consequences and context

If AMD manages to maintain these frequencies and power consumption within reasonable limits, laptop manufacturers will be able to design ultra-thin machines with workstation power. This puts pressure on Intel, which has yet to show its response with Arrow Lake or Lunar Lake. Intel has struggled with its process nodes, and its next mobile chips (Panther Lake) won't arrive until late 2025. Additionally, AI integration (NPU) in Medusa Point will be key for local AI applications, competing with Qualcomm's Hexagon and Apple's Neural Engine. AMD has confirmed its next-generation NPU (XDNA 3) will offer over 50 TOPS, exceeding Microsoft's Copilot+ requirement.

However, caution is warranted: this is an engineering sample, and final scores may vary. Also, the multi-core score (16,555) lags behind some 16-core desktop chips (like the Ryzen 9 7950X at ~20,000 points), but for a 10-core mobile chip, it's impressive. The comparison with the Snapdragon X2 Elite is relevant: Qualcomm has shown ARM can compete in performance, but the lack of native compatibility remains a drawback. Medusa Point could consolidate AMD's dominance in high-performance laptops, especially if it achieves a competitive price.

"We are looking at a preview of what high-end mobility will be in 2026. Medusa Point could make laptops no longer a compromise option compared to desktops."

What should readers know?

• The official launch of Medusa Point is expected in 2026, under the Ryzen AI 500 series, according to AMD's roadmap.
• Current scores are from an engineering sample; commercial results may differ. Historically, AMD's engineering samples have shown variations of up to 10% compared to final chips.
• Single-core performance is comparable to the best current desktop processors, indicating a major IPC leap. This could allow laptops to handle workloads that previously required desktop workstations.
• Compatibility with LPDDR5X and possibly DDR5 memory, along with an enhanced NPU, makes it an ideal platform for AI. Medusa Point is expected to support up to 128 GB of RAM.
• Market impact: AMD could capture a larger share of the premium laptop segment, where Apple dominates with its M3/M4 chips. Competition with Qualcomm will intensify, especially in local AI.