AMD's upcoming Ryzen 9000G series APUs have been inadvertently revealed through a motherboard manufacturer's website update, providing the first concrete evidence of the company's next-generation gaming processors with integrated graphics. The leak suggests these new chips will maintain compatibility with existing AM5 motherboards, potentially making upgrades more accessible for current users.
Gigabyte Accidentally Reveals Ryzen 9000G Support
Motherboard manufacturer Gigabyte has updated its website to include memory support listings for the unreleased Ryzen 9000G series processors. The information appeared on the company's B650M Gaming WiFi 6E motherboard support page, where it was listed under the Memory Support List section. Interestingly, the Ryzen 9000G entry appears to have completely replaced the standard Ryzen 9000 series listing, suggesting either identical memory support specifications or premature publication before complete technical details were finalized.
Motherboard Compatibility:
- Confirmed: B650M Gaming WiFi 6E (Gigabyte)
- Expected: All AM5 motherboards (600/800 series)
- Requirement: BIOS update likely needed
- Chipsets: B650, X670, and newer 800 series platforms
AM5 Socket Compatibility Confirmed
The leak provides strong indication that AMD's Ryzen 9000G APUs will be compatible with existing 600 and 800 series AM5 motherboards, though users will likely need BIOS updates to enable support. This backward compatibility approach would follow AMD's established pattern of maintaining socket longevity, allowing users to upgrade their processors without requiring new motherboards. The compatibility extends across multiple chipset generations, potentially including B650, X670, and newer 800 series platforms.
Expected Specifications and Architecture
According to previous leaks and industry sources, the Ryzen 9000G series is expected to utilize Gorgon Point silicon, which represents a refresh of the Strix Point architecture found in Ryzen AI 300 processors. The new APUs are anticipated to feature up to 12 hybrid cores combining 4 Zen 5 cores with 8 Zen 5c cores, supporting 24 threads total. The integrated graphics solution is expected to include 16 Compute Units based on RDNA 3.5 architecture, providing significant gaming performance improvements over previous generations.
Expected Ryzen 9000G Specifications:
- Architecture: Gorgon Point (Strix Point refresh)
- CPU Cores: Up to 12 hybrid cores (4x Zen 5 + 8x Zen 5c)
- Threads: Up to 24 threads
- Graphics: 16 Compute Units (RDNA 3.5)
- AI Processing: XDNA 2 NPU (50-55 TOPS)
- Socket: AM5 (compatible with existing motherboards)
- Expected Release: Q4 2025
AI Processing Capabilities
The Ryzen 9000G series is rumored to include an XDNA 2-based Neural Processing Unit (NPU) capable of delivering between 50-55 TOPS of AI performance. This specification could potentially qualify these processors to power the first desktop Copilot+ PCs, bringing advanced AI capabilities to mainstream desktop computing. The inclusion of dedicated AI processing hardware reflects AMD's commitment to integrating artificial intelligence acceleration across its processor lineup.
Release Timeline and Market Positioning
Current leaks suggest a Q4 2025 release window for the Ryzen 9000G series, placing the launch several months into the future. The processors are expected to succeed the current Ryzen 8000G lineup, which debuted in January 2024 using Phoenix silicon. The new APUs are positioned to offer single-digit performance improvements across various workloads while introducing enhanced AI capabilities and updated graphics architecture.
Technical Variants and Product Tiers
Industry sources indicate that Gorgon Point will include multiple variants designated as GorgonPoint1, GorgonPoint2, and GorgonPoint3, each targeting different market segments and performance tiers. Some of these silicon dies may be repurposed for lower-tier Krackan Point processors, following AMD's established practice of maximizing silicon utilization across product lines. This approach differs from previous generations like Phoenix1 and Phoenix2, where the latter variant lacked NPU functionality entirely.
Product Variants:
- GorgonPoint1: High-end tier
- GorgonPoint2: Mid-range tier
- GorgonPoint3: Entry-level tier
- Krackan Point: Repurposed silicon for lower tiers
- All variants expected to include NPU (unlike previous Phoenix2)
Market Impact and Implications
The leak timing suggests AMD may be preparing for an official announcement in the coming months, though the company remained notably quiet about APU developments during recent industry events like Computex. The confirmation of AM5 compatibility could encourage current platform users to consider upgrading when the new processors become available, while the enhanced AI capabilities position AMD to compete more effectively in the emerging AI-accelerated computing market.