Framework Laptop 16 Gets Cheaper with New Ryzen AI 5 CPU and One‑Piece Keyboard/Trackpad

The Framework Laptop 16, an upgradeable workstation, receives updates designed to enhance its accessibility and refine its aesthetics. These changes address previous user feedback while solidifying the laptop's commitment to modularity and user-repairability. The initial design allowed for extensive input customization, but this often meant assembling multiple smaller components and spacers.

Framework has adjusted the starting price for its Laptop 16 models. A pre-built configuration now starts at $1,599, marking a $200 reduction from its former price of $1,799. For those opting for the DIY Edition, which allows users to install their own RAM and storage, the price is now $1,249, also a $200 decrease from its previous $1,499. This move lowers the barrier to entry for a modular laptop experience.

A new processor option expands the lineup. Customers can now select a six-core Ryzen AI 5 340 CPU (Central Processing Unit). This chip positions itself below the existing eight-core Ryzen AI 7 350, providing a more budget-conscious choice while still offering advanced computing capabilities.

The input system sees a notable design revision. Both the keyboard and the trackpad are now sold as single, one-piece modules. This contrasts with the original setup, which required combining separate modular parts with additional spacers to form a complete input surface. The new one-piece construction simplifies assembly and delivers a more integrated, polished aesthetic to the laptop's top case. This update particularly cleans up the trackpad area, which previously relied on spacers that served no function beyond filling space.

These updates aim to make the Framework Laptop 16 more attractive to a wider audience through increased affordability and a more refined design. The price reduction directly lowers the investment needed for a high-performance, upgradeable system. Meanwhile, the streamlined keyboard and trackpad modules improve the overall user experience by offering a cleaner look without sacrificing the core principles of modularity. This evolution reflects an ongoing effort to balance extensive customization with polished, cohesive design in the modular computing space. Watch for continued refinements in component integration and user-centric design across the industry.