AMD Zen 6 Laptop CPU Leak Points to Unusual Medusa Point Core Designs
AMD’s next generation of laptop processors is starting to take shape, and the latest leak suggests the company may be experimenting with some unexpected CPU layouts for its upcoming Zen 6 mobile lineup.
Two new AMD Medusa Point engineering samples have appeared in the Geekbench database, revealing six-core and eight-core configurations that differ noticeably from earlier sightings of a ten-core model. These early results offer another glimpse at AMD’s future laptop chips, which are expected to play a major role in the company’s post-Zen 5 mobile roadmap.
The leaked processors were tested on unidentified Lenovo systems running Windows 11 Pro. Geekbench lists the chips as Medusa Point 2/3, separating them from the previously seen Medusa Point 1 sample. While final branding is still unknown, these processors are widely expected to become part of AMD’s future Ryzen laptop family based on the Zen 6 architecture.
The six-core Medusa Point sample includes 12 threads and appears to use an unusual 1+5 core arrangement. It is listed with 6 MB of L2 cache and only 4 MB of shared L3 cache, which is notably low compared to many modern AMD laptop processors.
The eight-core version is also unconventional, featuring 16 threads in what appears to be a 2+6 configuration. This chip includes 8 MB of L2 cache and 8 MB of L3 cache. Both processors share the same CPU family and model identifiers, which may indicate that they are based on the same underlying silicon but configured differently for separate performance or efficiency targets.
One of the biggest questions is how AMD is dividing the cores between Zen 6 and Zen 6c. Geekbench does not confirm whether these chips use a mix of larger performance cores and smaller compact cores, so the exact architecture remains uncertain. However, the unusual core layouts strongly suggest AMD is continuing to explore hybrid-style designs for future laptop processors.
Performance results are interesting, though they should be treated with caution. The six-core Medusa Point engineering sample scored 1,732 points in Geekbench 7 single-core testing and 8,340 points in multi-core testing. The eight-core chip performed much better, reaching 2,889 points in single-core and 15,099 points in multi-core.
For comparison, an earlier ten-core Medusa Point engineering sample reportedly scored around 3,100 points in single-core and 18,313 points in multi-core testing. That makes the eight-core sample fairly promising, but these numbers are not final. Engineering samples often run at lower clock speeds, use unfinished firmware, and may not reflect the performance of retail chips.
AMD has already confirmed that Zen 6 is planned for 2026 and will use a TSMC 2 nm-class manufacturing process. The Medusa laptop processor family, including expected Medusa Point and Medusa Halo variants, is anticipated to arrive later, possibly in 2027. Before that, AMD is expected to refresh its Zen 5 mobile lineup with Gorgon-based processors.
The company has also acknowledged Zen 7, though details remain limited. AMD has mentioned a new Matrix Engine for that future architecture, but specifications, product categories, and launch timing have not yet been fully disclosed.
Separate rumors have suggested that Zen 6 desktop processors could reach boost clocks above 6.5 GHz, possibly with help from advanced TSMC manufacturing technology. Other unconfirmed claims point to Zen 7 introducing multiple CPU core types, expanded 3D V-Cache options, and an even newer production node. However, those rumors should not be applied directly to Medusa Point laptop chips, where power limits, cooling, and efficiency targets are very different from desktop processors.
For now, the latest Geekbench entries suggest AMD is preparing a broad Zen 6 laptop lineup with multiple core configurations, reduced-cache variants, and potentially a more flexible approach to mobile CPU design. The appearance of six-core, eight-core, and ten-core Medusa Point samples indicates that AMD may be building chips for several laptop categories, from thin-and-light systems to more powerful premium notebooks.
Final specifications, clock speeds, product names, and release dates remain unconfirmed. Still, these early Medusa Point leaks make one thing clear: AMD’s Zen 6 laptop processors are shaping up to be some of the most interesting mobile CPUs on the horizon.
