Lexar Muse: A Sleek Portable SSD That Complicates Storage Needs

Introduced Upside Down

Portable SSDs are growing in popularity, particularly among professionals who need reliable storage on the go. Lexar recently entered the fray with their Muse model, which has stirred some debate by putting a slim design above user functionality. At its thickest point, the Muse is just 3.8mm thick, tapering down to an astonishing 1mm at the edges. This ultra-thin profile is achieved through Lexar’s advanced printed circuit board (PCB) architecture, high-density NAND stacking, and a unique internal layout intended to maximize physical space without sacrificing an ounce of fashion. It’s sleek for sure, but does it sacrifice usability for form?

Performance Meets Design Limitations

On performance, the Muse doesn’t fall short. With read speeds hitting 1,050MB/s and write speeds at 1,000MB/s, it manages 4K120 ProRes content well, matching expectations from a portable SSD intended for demanding tasks. However, the connection method is somewhat unconventional. Instead of the widely accepted USB-C, Lexar has opted for a proprietary PogoPin magnetic connector. This decision could be a double-edged sword: while it offers a fresh take, it also means users are tethered to an included cable for connectivity, potentially complicating the user experience.

The other significant drawback is the absence of built-in magnets. This means that to connect the SSD to your phone or device, you’d need to use a magnetic sleeve. While Lexar markets this unique arrangement as a way to minimise cable clutter, it ironically introduces a clutter of its own: keeping track of the SSD, the magnetic sleeve, and the proprietary cable. When you're on the move, that’s one more thing to worry about—and you'll need to make sure you don't lose any of these components. For professionals who thrive on efficiency, this setup might feel more cumbersome than necessary.

Concerns Over Build and Heat Management

The tech industry is indeed trending toward slimmer devices, but this push sometimes feels misplaced, especially when traditional SSDs have proven themselves to be effective without compromising on durability. The Muse may look sleek, but does its design introduce more problems than it solves? Devices like the LaCie Rugged SSD, though bulkier, provide considerable durability against environmental factors—something that can’t be overlooked. The compact design of the Muse raises important questions about thermal management; with limited space for ventilation in a sealed chassis, overheating during intensive data transfers could become a common concern. Frequent users should ask themselves if a slim profile is worth the risk of potential failures.

The Muse is anticipated to hit the market in the fourth quarter of 2026, with both 512GB and 1TB options on the table, though pricing details still remain under wraps. You may want to prepare for a potentially high price tag, given its design philosophy. If you're looking for an alternative magnetic SSD to tide you over until then, check out this option I recommend. It could prove far more practical in the interim.

Implications and Future Outlook

This design approach from Lexar reflects a growing trend to prioritize aesthetics in tech products, but it raises some serious questions for consumers. If you’re working in this space, you’ll want to consider whether the sleek design actually translates into a better user experience or if it's merely pleasing to the eye. The ongoing focus on thinning devices like the Muse feels more like a marketing decision than a functional improvement. Look at the case of ruggedized devices; sometimes, thicker means better protection and usability.

As manufacturers aim to cater to style-conscious users, they may overlook practical considerations—heat management and effective design are just as vital as appearance. This is particularly relevant given the complex needs of content creators and professionals who rely on portable storage for reliability. Will Lexar adapt its approach based on user feedback? Will future versions of the Muse address these shortcomings, or will they double down on aesthetics at the expense of performance? The real test will be how this device performs under pressure when it's finally released.