Rethinking Laptop Design: The Shift Towards Functionality and Repairability
Up until fairly recently, laptop design followed a similar pattern, whether you were selecting a new Windows laptop or a MacBook. Devices became sleeker, premium models shed ports, and keyboards lost their essential travel. Many components were glued or soldered into place, creating devices that proved to be less user-friendly and more challenging to maintain over the years.
Manufacturers often framed these changes as progress, even if they resulted in computers that were ultimately less useful and comfortable for end users. However, as we entered 2026, the sentiment appears to be shifting. Premium laptops have started to feature a return of HDMI ports and card slots, with companies paying more attention to keyboards, battery life, and repair accessibility.
Leading this shift, Framework has adopted a unique approach by emphasizing replaceable hardware, and even Apple is beginning to show signs of embracing a more open design. This evolution suggests that modern laptops do not need to be entirely sealed units anymore.
The Laptop Industry: A Lesson in Progress Through Subtraction
Over the past decade, laptop design trends have focused heavily on making devices thinner, lighter, and cleaner. As a result, essential features like ports and removable batteries have often disappeared. While some advantages are undeniable—today’s laptops are faster, quieter, and more portable—the minimalist approach has morphed into an obsession, often sacrificing functionality for aesthetics.
Removing features like HDMI ports in favor of a sleeker profile compelled users to carry adapters, while soldered storage limited flexibility long after the purchase. Many manufacturers have quietly reversed some of these decisions. Apple has reinstated standard connections like HDMI and SD card slots to its MacBook Pro, while competitors like Dell and Lenovo are experimenting with modular parts that offer greater repairability.
Framework’s Innovative Approach to Laptop Design
In a landscape filled with disillusionment, Framework has emerged as a shining example of innovation. Their laptops are built with many features that have long been abandoned by the broader industry, allowing owners to replace memory, storage, battery, keyboard, display, and even the mainboard. Framework’s design philosophy enables someone who purchased a Laptop 13 years ago to upgrade core components rather than replacing the entire device, making previously owned models more appealing.
This perspective also contributes to a more sustainable market, where second-hand buyers can replace aging batteries or upgrade pivotal parts rather than being stuck with a device that has fixed specifications. By retaining a familiar design, Framework enables parts from different generations to work seamlessly together, prioritizing long-term utility over fleeting trends.
The MacBook Neo: Apple’s Cautious Step Forward
The launch of Apple’s new MacBook Neo signals a cautious but significant step in the right direction. Unlike previous models, it features a battery that can be replaced and several ports on detachable boards. It even comes with a repair manual—a surprising move for Apple—earning a 6 out of 10 on the repairability scale from iFixit, which represents a substantial improvement.
However, while it’s easier to restore functionality, the Neo is still limited in terms of upgrades, as its memory and storage are soldered in place. This limitation can lead to higher costs, particularly given recent price hikes associated with memory for AI applications. Still, the Neo reveals that it is possible to maintain a sleek aesthetic without completely sacrificing repairability.
The Importance of Repairability in Modern Laptops
For many users, the idea of replacing a battery or damaged ports is daunting. However, the benefits of accessible components extend far beyond the end-user. Repairability allows technicians, IT teams, and independent repair shops to tackle routine services without the need for complete component replacements. Simple issues like worn batteries can be replaced easily, while damaged charging sockets might just require a small part swap.
Embracing Longevity: The Right to Forget About Your Computer
Ultimately, the most effective technologies fade into the background, seamlessly working to meet user needs without demanding constant attention. Framework’s innovations align well with this philosophy, demonstrating that laptops can be designed not only for short-term utility but long-term effectiveness. Apple’s MacBook Neo also embodies this shift, suggesting that enhancements to repairability can now coexist with premium design. This evolution encourages a different standard of progress: one focused on sustained usability rather than rapid obsolescence.
For more insights into this evolution in laptop design, click here.
(Image credit: Future)
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