Photo credit: arstechnica.com

Framework’s New Desktop PC: An Overview

Framework has unveiled its first-party desktop PC, which begins with a starting price of $1,099. This entry-level model features a Ryzen AI Max 385, which includes an 8-core CPU coupled with 32 GPU cores, and 32GB of RAM. For those looking for more performance, a fully equipped 128GB configuration featuring the Ryzen AI Max+ 395 is available for $1,999, providing 16 CPU cores and 40 GPU cores. An intermediary option with the Ryzen AI Max+ 395 chip and 64GB of RAM is priced at $1,599. Customers who prefer to build their own setup can purchase the mini ITX motherboard separately, starting at $799.

While these prices might not be categorized as impulse buys, they offer competitive value when compared to similar gaming-oriented mini PCs, such as the Asus ROG NUC, which is priced at nearly $1,300 as of now and provides only half the RAM of the Framework models. In addition, the Framework Desktop appears to be competitively priced compared to a DIY mini ITX PC utilizing integrated graphics, such as assembling a Ryzen 7 8700G with an AM5 ITX motherboard and 32GB of DDR5 RAM for around $500, excluding the case, power supply, or SSD, albeit with slower performance.

The Framework Desktop’s compact design boasts a volume of just 4.5 liters. For context, the SSUPD Meshroom S measures at 14.9 liters, which is considered average for an ITX case that accommodates a full-size GPU, while the Xbox Series X is approximately 6.9 liters, the Xbox Series S at 4.4 liters, and Apple’s Mac Studio at roughly 3.7 liters. Although the Framework Desktop does not set any volume records, its small footprint is noteworthy.

Despite the lack of upgradeability for its core components, Framework has incorporated standard elements where feasible. This includes a flex ATX power supply, ATX headers on the motherboard, standard 120 mm fans that can be easily replaced, and, of course, the mini ITX form factor.

The appeal of this system is clear: it offers a moderately powerful gaming and workstation experience capable of handling 1440p resolution within a chassis roughly the size of a small gaming console. The idea of an Xbox Series S running Windows resonates with many potential customers, even acknowledging that it comes at a price point significantly higher than typical gaming consoles.

However, the product’s design feels somewhat atypical for Framework, considering its limited upgrade options compared to most PCs available today. The CPU and GPU are integrated on a single silicon chip and are soldered to the motherboard, while the RAM is also soldered and cannot be upgraded post-purchase. This design choice starkly contrasts with the traditional modular setup that Framework emphasizes in its other products.

Source
arstechnica.com