AMD's Next-Gen 'Gorgon Point' Mobile Processors Spotted: 10 and 12-Core Designs for High-Performance Laptops

AMD's next-generation mobile processors 'Gorgon Point' spotted in shipping manifests -- HX 475 and 465 to use 10-core and 12-core CPU designs, respectively

The 2026 successor to Strix Point brings modest performance upgrades. New FP8, FP10, and FP12-based Ryzen processors for laptops have been spotted at trade data aggregator NBD.ltd, via VideoCardz. These new entries from the last few weeks show unique product codes that haven't been used before. While there's no clear mention of AMD's next-gen laptop series "Gorgon Point" in these listings, the CPU design specs align with information from a closed-door meeting with partners in China that got leaked to the web. The name Gorgon Point isn't new. It's not a brand-new architecture, but rather a drop-in replacement of AMD's Strix Point designs, supporting the same FP8 package. Architecturally, it brings minimal changes and continues to use the same Zen 5/5c CPU cores, RDNA 3.5-based integrated GPU, and XDNA 2 NPU. The shipping manifests show that these alleged Gorgon Point 1 processors will use a similar design to the corresponding models of this generation's Strix Point, Ryzen AI 9 365 / Ryzen AI 9 HX 375. This suggests that 10-core and 12-core SKUs are coming, and these particular SKUs are not entry-level Ryzen 5 and Ryzen 3 models. Instead, they are Ryzen 9 tier APUs set to launch with a default 28W TDP. AMD has not shared the naming scheme yet, but these SKUs are very likely part of the Ryzen 400 series. Previous leaks have pointed to several Gorgon Point variations: GorgonPoint1, GorgonPoint2, and GorgonPoint3, but without official confirmation, it's impossible to decipher what exactly these codenames mean. A reasonable guess, however, would be that Gorgon Point1, as seen in these shipping manifests, refers to the full-fat original die, Gorgon Point2, a trimmed-down version of the original die, and Gorgon Point3 to be a possible refresh. Apart from the core count and CPU design, specs slides from the alleged closed meeting also show that single-threaded performance sees a significant increase with the Gorgon Point chips, thanks to higher boost clocks compared to the 370/375. That said, the Gorgon Point series is expected to be released next year.

AMD Ryzen AI 9 HX 475 Mobile CPU Features 12-Core Design

Ryzen AI 400 series mobile processors, codenamed "Gorgon Point," surfaced on the NBD customs platform. The two key models identified are the AMD 465, which features a 10-core CPU design, and the AMD 475, which is equipped with 12 CPU cores. These core counts align with previous leaks and AMD's typical naming conventions, suggesting the official product names may be Ryzen AI 9 465 for the 10-core model and Ryzen AI 9 HX 475 for the 12-core version. Both processors continue the architectural lineage of AMD's mobile CPUs, sharing similarities with the current "Strix Point" Ryzen AI 9 365 and Ryzen AI 9 HX 375 chips. This design consistency indicates AMD's focus on refining and enhancing performance within its established frameworks, aimed at high-performance laptop platforms. This is especially relevant for users seeking mobile CPUs that balance multi-core processing power with manageable thermal and power consumption characteristics. In addition to these two processors, the customs data has identified another 12-core Ryzen 9 level chip with a product ID "100-000001936." This specific identifier is new and has not been linked to previous AMD releases. It is speculated this could be a PRO commercial variant of the Ryzen AI 9 475 or potentially a different SKU optimized for business or professional applications. This suggests AMD's strategy to diversify its offerings across consumer and commercial segments within the mobile CPU market. While official pricing has yet to be disclosed, current market data for comparable Ryzen AI mobile processors places them in the $400 to $600 USD range. These price points reflect the performance tier and intended use cases, targeting premium laptops requiring higher core counts and AI-enhanced processing capabilities. Source: ithome