AMD Ryzen 9000G CPU leak: In a significant development for tech enthusiasts and industry watchers, AMD’s upcoming CPU roadmap has leaked — revealing an ambitious spread of next-gen processors across the desktop, mobile, workstation, and data center sectors.
The leak details several new product families and code names — including Gorgon Point, Krackan Point Refresh, Shimada Peak, Soundwave, Grado, and Fire Range — all centered around AMD’s latest Zen 5 and upcoming Zen 6 architectures.
Let’s break down the highlights of what’s coming.
AMD Ryzen 9000G CPU leak : AMD’s 2025–2026 CPU Lineup Leak Reveals Major Upgrades Across Every Segment
Mainstream Desktop: Ryzen 9000G “Gorgon Point”
At the heart of AMD’s next-gen desktop push is the Ryzen 9000G series, based on the Gorgon Point architecture and built for the AM5 socket. This lineup will succeed the Ryzen 8000G family and is expected to deliver impressive APU performance thanks to integrated RDNA 3.5 graphics (up to 16 Compute Units, Radeon 890M). The CPUs are anticipated to launch by Q4 2025.
These chips are essentially a refresh of Strix Point silicon but with Zen 5 cores and hybrid configurations — reportedly up to 12 hybrid cores (4x Zen 5 + 8x Zen 5c). This makes them ideal for power users looking for solid graphics without needing a discrete GPU.
Mobile Platforms: Gorgon Point, Krackan2 & Soundwave
Gorgon Point (Mobile)
The mobile version of Gorgon Point is more nuanced, split into three categories:
- Gorgon Point 1 – Flagship tier with up to 12 cores
- Gorgon Point 2 – Mid-tier with 8 cores
- Gorgon Point 3 – Entry-level with 6 cores, rumored to be a refresh of Krackan2
All use the FP8 socket and will leverage Zen 5, bringing energy-efficient performance and integrated RDNA 3.5 GPUs to next-gen laptops.
Krackan Point Refresh (Krackan2)
A more budget-friendly refresh of the original Krackan Point, this is expected to drop NPU (Neural Processing Unit) support and cut down on core counts, enabling AMD to target midrange and entry-level laptop markets more aggressively. These are likely to appear in laptops priced under $700.
Soundwave: A New Direction
AMD is reportedly developing an Arm-based SoC called Soundwave, aimed at the Windows-on-Arm (WoA) ecosystem. These chips, using the FF5 socket, may feature a hybrid 6-core (2P+4E) layout and Radeon graphics. If true, this marks a strategic move to compete with Apple’s M-series and Nvidia’s rumored N1X SoCs in low-power mobile computing.
Workstation: Shimada Peak (Ryzen Threadripper 9000WX)
AMD Ryzen 9000G CPU leak : AMD’s 2025–2026 CPU Lineup Leak Reveals Major Upgrades Across Every Segment
For high-performance desktop users and content creators, AMD is preparing the Shimada Peak platform — the next-gen Threadripper 9000WX family. Expect configurations scaling up to 96 cores on the Zen 5 architecture, along with a rumored budget-friendly 12-core SKU for lower-cost workstation builds.
These will serve professionals needing multi-threaded performance for demanding workloads, from video rendering to software compilation.
Data Center: EPYC Fire Range & EPYC Grado
EPYC Grado (AM5)
Codenamed Grado, the EPYC 4005 family will bring server-grade reliability to the AM5 desktop socket, making it a perfect fit for small businesses, edge computing, or homelab enthusiasts. Based on Zen 5 (Granite Ridge), it’s the follow-up to the EPYC 4004 series and expected to be unveiled at Computex 2025.
EPYC Fire Range (FL1)
Designed for mobile server use, Fire Range APUs will use the FL1 socket. While not much is publicly known, this platform could enable edge AI and compact server systems with integrated graphics and efficient power profiles.
AMD Ryzen 9000G CPU leak : AMD’s 2025–2026 CPU Lineup Leak Reveals Major Upgrades Across Every Segment
Looking Ahead: Medusa Point & Zen 6
While most of the current roadmap revolves around Zen 5, AMD isn’t slowing down. The Medusa Point family, reportedly based on Zen 6 and using a new FP10 socket, is in early stages. This suggests it won’t be backwards-compatible with FP8 sockets — a move that typically signals major architectural shifts.
Expect Medusa Point to surface around late 2026 or early 2027, likely debuting at CES 2027.
MD’s Socket Strategy: A Jigsaw of Platforms
| Code Name | Platform Type | Socket | Architecture | Expected Cores | Key Features |
|---|---|---|---|---|---|
| Gorgon Point | Desktop/Mobile | AM5 / FP8 | Zen 5 / RDNA 3.5 | Up to 12 Hybrid | Ryzen 9000G, APU-centric |
| Krackan2 | Mobile | FP8 | Zen 5 | TBD (Lower-core) | Budget Refresh |
| Shimada Peak | Workstation | sTR5? | Zen 5 | Up to 96 | Threadripper 9000WX |
| Soundwave | Mobile (WoA) | FF5 | Zen 6 Hybrid? | 6 (2P+4E) | Arm-based Radeon SoC |
| EPYC Grado | Server/Desktop | AM5 | Zen 5 | TBD | EPYC 4005 for SMB |
| EPYC Fire Range | Server/Mobile | FL1 | Zen 5 | TBD | Lightweight EPYC |
| Medusa Point | Future Mobile | FP10 | Zen 6 | TBD | Next-gen APU |
AMD Ryzen 9000G CPU leak : AMD’s 2025–2026 CPU Lineup Leak Reveals Major Upgrades Across Every Segment
AMD’s leaked roadmap outlines an aggressive expansion strategy that targets every computing segment — from premium desktops and laptops to workstations and data centers. With the adoption of Zen 5 across most upcoming platforms, and Zen 6 already in development, AMD is clearly preparing for a future of highly integrated, energy-efficient, and AI-ready computing.
Stay tuned as more official details are likely to surface at Computex 2025. If even half these leaks are true, AMD’s next two years are going to be game-changing.
FAQs
Gorgon Point is AMD’s upcoming APU series for desktop and mobile, based on Zen 5 and RDNA 3.5.
Ryzen 9000G will use the AM5 socket.
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