The last generation of fully upgradeable PCs is being built right now
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The era of fully upgradeable PCs is fading as soldered RAM becomes increasingly common, driven by AI workload demands, thinner designs, and the physics of shorter signal paths. While laptops have led this shift, desktops are following — even Framework's first desktop paired AMD's Ryzen AI Max with soldered LPDDR5X because modular solutions couldn't deliver the required 256GB/s bandwidth. Traditional upgradeable desktops won't vanish overnight, but the industry direction is clear: PCs are evolving into sealed appliances, and the current generation may be the last where full hardware modularity is the norm.
Table of contents
PCs aren't meant to stay the sameSoldered RAM isn't entirely the villain hereDesktops won't stay immune foreverThe PC is transforming into an applianceQuestions this post answers
Why did Framework use soldered RAM in their first desktop if they're known for repairability?
Framework paired AMD's Ryzen AI Max with soldered LPDDR5X memory because a modular solution couldn't deliver the 256GB/s memory bandwidth the chip requires. The company spent months exploring alternatives before accepting the trade-off, acknowledging that the engineering constraints of high-bandwidth AI workloads made socketed memory impractical for that design. PC builders weighing modularity against performance trade-offs find the latest hardware decisions covered on daily.dev.