Framework's Laptop 16 series is making waves in the gaming world, offering a level of customization and upgradeability previously unseen in the laptop market. The machine, which launched in early 2024, boasts six hot-swappable expansion slots for ports, a bright, color-accurate screen with a 165-Hz refresh rate, and decent gaming performance and battery life, according to Wired.

The most talked-about feature is the promise of upgradable graphics, a game-changer for PC enthusiasts. Unlike traditional laptops where internal components are largely fixed, the Framework Laptop 16 allows users to swap out the graphics card, starting with the RTX 5070. This is akin to a star quarterback being traded mid-season to bolster a team's chances for the championship.

Framework has built a reputation for challenging the e-waste problem by creating repairable and upgradable laptops. The Laptop 16 is the company's most ambitious offering yet, featuring faster chips and more customization options than previous models. "Its one of the few electronics companies in the world trying to fix the e-waste problem with repairable and upgradable laptops," Wired reported.

However, the Framework Laptop 16 isn't without its drawbacks. Wired noted that the keyboard customization "doesn't feel fully realized," and mainboard upgrades require extra work. The design is also described as "a bit clunky, with thick bezels and chassis," and the laptop is considered expensive for the performance it delivers. Think of it as a rookie player with immense potential but still needing some refinement before reaching all-star status.

Despite these shortcomings, the Framework Laptop 16 represents a significant step forward in laptop design. The ability to upgrade the graphics card is a major victory for gamers and PC enthusiasts who have long been frustrated by the limited upgrade options available in the laptop market. The company continues to develop and refine its modular design, with future upgrades and improvements expected to address some of the current limitations.