AMD's next-generation mobile APU, codenamed 'Medusa Point' and part of the upcoming Ryzen AI 500 series, has been spotted for the first time in the Geekbench benchmark database. The chip is based on AMD's new Zen 6 architecture and is expected to integrate Zen 6c cores and the RDNA 4m graphics architecture, marking a significant leap in performance for both laptops and potentially high-end desktop and server applications.
The APU features ten processing cores and 20 threads, supported by a 32 MB L3 cache and manufactured using TSMC's advanced 2-nm process. This fabrication technology promises higher transistor density, improved power efficiency, and better thermal performance. The new FP10 socket, with a larger pin layout, is also anticipated, potentially enabling enhanced connectivity for future platforms.
Early benchmarks reveal that the Medusa Point APU achieves performance comparable to its predecessor, the Strix Point, despite operating at roughly half the clock speed. This suggests a major architectural improvement that significantly boosts efficiency. A specific engineering sample, likely the Ryzen AI 9 565, scored 1,210 points in the single-core test and 7,323 points in the multi-core test, underscoring its potential.
Another notable advancement is the first-ever detection of FP16 support, indicating a targeted optimization for AI workloads. This aligns with AMD's strategic push to strengthen its position in the rapidly growing artificial intelligence market. However, some benchmark entries show irregular clock speeds and inconsistent scores, suggesting the data comes from early engineering samples and should not yet be considered definitive for market performance or power consumption.
Despite the incomplete data, it is evident that AMD is making a major stride with Medusa Point. The combination of Zen 6, RDNA 4m, and 2-nm manufacturing could pose a serious challenge to competitors in both the mobile and desktop segments. The official launch is expected in the coming year, with initial devices likely to appear in the second half of 2025.