Framework 495 gets 192GB RAM and higher memory bandwidth

Lucas Bennett 08/31/2026

Unleashing the Speed: Framework Desktop Hits New Memory Bandwidth Benchmark

PC builders and enthusiasts are about to experience a serious boost in system performance. The popular Framework Desktop line has just announced a significant upgrade to memory bandwidth, setting a new standard for efficiency and speed in high-end computing.

This latest enhancement targets the core ability of the system to communicate, dramatically improving how quickly data can move between the CPU and the rest of the components. The Framework PRO 495 Framework now features memory bandwidth that has been upgraded from 256 GB/s to an impressive 273 GB/s.

This isn’t just a minor tweak; it represents a major leap forward for users pushing the limits of modern AMD architecture. The increase directly translates into smoother multitasking, faster rendering times, and noticeably snappier overall system responsiveness.

The performance gains are intrinsically linked to the next-generation components powering these machines. The upgrade comes alongside the anticipation of new processors, including AMD’s upcoming Gorgon Halo and the powerful Zen5 architecture, ensuring that this improved bandwidth is utilized by the latest technological standards.

For those looking to build or upgrade a machine, this memory bandwidth increase is a critical factor. It ensures that high-speed processors, like those found in the new Zen5 series, are not bottlenecked by the speed at which information can flow through the system.

Furthermore, this upgrade is part of a broader push toward expanded memory capacity, often paired with configurations featuring 192GB of RAM. This combination promises to deliver an unparalleled experience for professional creators, hardcore gamers, and anyone demanding uncompromising performance.

The evolution of the Framework series demonstrates a commitment to pushing the boundaries of what is possible on a desktop platform. This memory bandwidth upgrade solidifies the promise of building systems that are not just powerful, but brilliantly efficient.