Framework Sets September 30 Pre-Order Date for Ryzen AI Max+ Pro 495 Desktop

Framework announced that pre-orders for its small-form-factor desktop featuring the AMD Ryzen AI Max+ Pro 495 processor will begin on September 30, 2026. The device retains the existing chassis and motherboard design to ensure backward compatibility, though it supports up to 192 GB of LPDDR5X-8533 memory, an increase from the previous 128 GB limit. While pricing has not been disclosed, the unit is expected to cost more than the current Ryzen AI Max+ 395 model. The system continues to offer Fedora or Windows 11 pre-built options and maintains support for standard Flex ATX power supplies and various cooling solutions.
Key points
- Framework confirmed pre-orders for the Ryzen AI Max+ Pro 495 desktop will open on September 30, 2026.
- The new model uses the same motherboard and case as the previous generation to maintain backward compatibility.
- The upgraded chip supports up to 192 GB of LPDDR5X-8533 memory, compared to 128 GB on the Ryzen AI Max+ 395.
- Pricing has not been announced but is expected to be higher than the current generation.
- The device retains support for Fedora and Windows 11, along with standard Flex ATX power supplies and modular cooling fans.
Background
This launch follows the broader market introduction of AMD's 'Gorgon Halo' architecture in mini-PCs. Earlier in September 2026, competitors such as ACEMAGIC and GMKtec unveiled similar AI-focused mini-workstations powered by the same Ryzen AI Max+ Pro 495 chip. These devices, including the ACEMAGIC F9A and GMKtec EVO-X5 Pro, were showcased at IFA 2026 and are priced between $6,499 and $6,899 for configurations with 192 GB of memory. Framework's entry into this segment adds a modular, repairable option to a market currently dominated by sealed, high-cost AI workstations.
How outlets are covering it
TechPowerUp highlights Framework's commitment to backward compatibility and modular design, noting that the chassis and motherboard remain unchanged. In contrast, Wccftech and Liliputing focus on the competitive landscape, detailing rival products from GMKtec and ACEMAGIC that offer similar specs but at significantly higher price points, ranging from $6,599 to $7,099. Liliputing notes that these new 495-based models are roughly twice as expensive as the previous 395 models due to memory costs. Forum discussions on TechPowerUp reveal skepticism about the value proposition, with users questioning the utility of a non-modular mini-PC compared to standard Mini-ITX builds or sealed mini-PCs, though some acknowledge the unique portability of Framework's design.
Why it matters
The Framework Desktop expands the availability of high-end local AI hardware to consumers who value repairability and modularity. By offering a platform that supports 192 GB of unified memory, it enables the local execution of large language models, a capability previously restricted to expensive, sealed workstations. This move signals a shift in the mini-PC market toward AI-centric performance, even as prices remain elevated due to memory supply constraints.
What to watch
Framework will open pre-orders on September 30, 2026. Pricing details are expected to be revealed at that time. Competitors like GMKtec and ACEMAGIC have already launched their 495-based models, with GMKtec offering early-bird discounts. The market may see further price adjustments as more vendors release similar hardware.
- Framework Desktop with Ryzen AI Max+ Pro 495 Gets Official Pre-Order Date TechPowerUp
- Early AMD 'Gorgon Halo' AI mini-PC packs 192GB RAM for an eye-watering $7,099 — super early bird deal cuts down price of GMKtec Evo-X5 with Ryzen AI Max+ Pro 495 by $425 Tom's Hardware
- GMKtec Prices EVO-X5 Pro AI Workstation At $6,599, Undercutting Rivals While Running 320B Local Models On A Single Chip Wccftech
- Ryzen AI MAX+ 495 PCs with 192GB RAM are here, Onyx BOOX Picco launches, and postmarketOS Rebrands as Nura: Liliputing News Roundup Liliputing
- Mini PC with 16-core Ryzen APU tested: MSI Pro Max Edge AI+ handles AAA games like champ Notebookcheck
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