AMD Ryzen 9000G APUs could launch soon with budget Krackan Point silicon first

Daniel Sims

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Connecting the dots: Early reports suggested that AMD would refresh its desktop APU lineup this year with a successor to the Ryzen 8000G, but offered no clear details about which architecture would power it. Now, new leaks indicate that the upcoming Ryzen 9000G series will feature mid-range Krackan Point silicon – a move that could emphasize affordability and efficiency while leaving room for higher-end Strix Point variants later on.

Update (Oct 23): New AM5 firmware has surfaced that may confirm that desktop APUs beyond the budget tier are in the works. The update includes microcode referencing "STX" (codename for Strix Point), suggesting AMD intends to bring both Krackan and Strix Point variants into the 9000G lineup. With a launch now expected around CES 2026, this update means the series is likely more comprehensive, covering mid- and higher-tier APUs.

Prominent leaker HXL recently reported that AGESA version 1.2.7.0 adds support for Krackan Point and Krackan Point 2 on the AM5 platform. AMD is expected to launch budget-friendly desktop APUs based on these architectures later this year.

Earlier in the year, HXL suggested that AMD might release new AM5-based APUs in the fourth quarter of 2025, likely under the Ryzen 9000G branding. Many enthusiasts hope the lineup will include chips built on AMD's high-end mobile Strix Point architecture. However, another leaker, Olrak29, later claimed that the processors will instead be based on Gorgon Point, a refreshed version of Strix Point.

All three architectures feature Zen 5 CPU cores and RDNA 3.5 graphics, but Krackan Point occupies the budget tier with fewer cores than Strix Point and Gorgon Point. AMD introduced Krackan Point laptop processors earlier this year to compete with Intel's Lunar Lake series. In AMD's current mobile lineup, Ryzen AI 9 CPUs use Strix Point, while Ryzen AI 7 and Ryzen AI 5 chips are based on Krackan Point.

However, the Ryzen 9000G series may not consist solely of Krackan Point processors. A separate screenshot shared by HXL and Indonox suggests that models based on Strix Point could also appear, though microcode enabling AM5 support for that architecture has not yet surfaced. Releasing Krackan Point desktop SoCs first would make sense, as most APU buyers tend to prioritize value over top-end performance.

Meanwhile, Gorgon Point is expected to begin replacing Strix Point in select mid-range laptops in 2026, ahead of AMD's transition to Zen 6 CPUs the following year. Medusa Point will serve as the Zen 6 – based mobile successor to Gorgon Point, while Gator Range is expected to succeed the high-end Fire Range laptop processors.

Next-generation consoles from Sony and Microsoft are also anticipated to debut in 2027, featuring SoCs built on Zen 6 CPU and RDNA 5 GPU architectures. Leaks suggest that Microsoft's upcoming PC-console hybrid could include a 10-core APU, potentially pushing its price significantly higher.

Looking further ahead, Intel and Nvidia are reportedly collaborating on SoCs that integrate RTX graphics hardware, signaling a growing convergence between traditional PC and console silicon design.

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¿Actual specs? 4 Zen5 + 4/8 Zen5c + RDNA 3.5 iGPU like 890M, good top end performance, good grunt, good iGPU, and I'm in.
 
Kracken Point is not going to much of an upgrade on the desktop - the 8700G has 8 full Zen 4 cores & 12 RDNA 3 CUs, while Kracken is 4 Zen 5 + 4 Zen 5c + 8 RDNA 3.5 CU for the iGPU. With desktop power limits Kracken is going to be a slight bit ahead in single threaded stuff but lose in anything multithreaded, and the iGPU is weaker. Strix Point will be needed to get any sort of meaningful performance boost over the existing 8000 series chips.
 
Kracken Point is not going to much of an upgrade on the desktop - the 8700G has 8 full Zen 4 cores & 12 RDNA 3 CUs, while Kracken is 4 Zen 5 + 4 Zen 5c + 8 RDNA 3.5 CU for the iGPU. With desktop power limits Kracken is going to be a slight bit ahead in single threaded stuff but lose in anything multithreaded, and the iGPU is weaker. Strix Point will be needed to get any sort of meaningful performance boost over the existing 8000 series chips.
Good to know but curios why only 8 RDNA 3.5 CU for the iGPU, if thats true. I'm thinking maybe to milk it for the 10000G series just by adding some more CUs while maintaining many of other aspects of its iGPU.
 
Good to know but curios why only 8 RDNA 3.5 CU for the iGPU, if thats true. I'm thinking maybe to milk it for the 10000G series just by adding some more CUs while maintaining many of other aspects of its iGPU.
Because even the 12 cu 780m was significantly held back by ddr5 ram, with the lpddr5x models getting a 20+ percent speed boost. The 16 core would be gasping for bandwidth constantly.

And I don't think these chips are made in large numbers. The hx370 is still pretty rare, so AMD isn't going to sell them for cheaper prices in desktops anytime soon.
 
Good to know but curios why only 8 RDNA 3.5 CU for the iGPU, if thats true. I'm thinking maybe to milk it for the 10000G series just by adding some more CUs while maintaining many of other aspects of its iGPU.
Krackan point is intended for mid-range laptops, and compromises had to be made in order to fit in that Microsoft Copilot+ compliant NPU unit while keeping the die size down. Obnoxiously, it still ended up being a slightly larger chip than the Phoenix chips used in the Ryzen 8700G despite have the iGPU cut down & using smaller Zen 5c cores for half the CPU portion, thanks to that NPU unit hogging up die space.
 
Finally an exciting hardware news ! APUs have sadly become the only available option, but the most promising one.
 
Krackan point is intended for mid-range laptops, and compromises had to be made in order to fit in that Microsoft Copilot+ compliant NPU unit while keeping the die size down. Obnoxiously, it still ended up being a slightly larger chip than the Phoenix chips used in the Ryzen 8700G despite have the iGPU cut down & using smaller Zen 5c cores for half the CPU portion, thanks to that NPU unit hogging up die space.
Can I get it Without the NPU???
 
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