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Lexar’s Muse is an ultra-slim portable SSD that’s less than 4mm thick

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Why This Matters

Lexar's Muse Ultra-Slim Portable SSD introduces a groundbreaking ultra-thin design, less than 4mm thick, prioritizing portability and sleekness over traditional USB-C connectivity. While its compact form factor offers impressive read/write speeds suitable for high-quality video recording, the proprietary magnetic connection and lack of standard ports may pose practical challenges for users. This innovation highlights a trend towards ultra-slim storage solutions that balance form and function, impacting both consumer convenience and industry design standards.

Key Takeaways

is a senior reporter who’s been covering and reviewing the latest gadgets and tech since 2006, but has loved all things electronic since he was a kid.

Following the lead of companies like Xteink, Lexar is the latest to sacrifice a USB-C port in the pursuit of slimming down its hardware.

When the Lexar Muse Ultra-Slim Portable SSD launches later this year in 512GB and 1TB capacities it will be one of the slimmest you can buy. At its thickest point in the middle it measures just 3.8mm, but that tapers to only 1mm at the edges thanks to high-density NAND stacking and a “custom ultra-thin PCB architecture” inside. But performance remains solid with read speeds up to 1,050MB/s and write speeds maxing out at 1,000MB/s. That’s fast enough to record 4K Apple ProRes video at up to 120fps when connected to a compatible iPhone.

The downside is that without a standard USB-C port, you’ll need to rely on — and make sure not to lose — Lexar’s proprietary SnapLink cable that magnetically attaches to a pogo-pin connector on the side of the drive. The company doesn’t specify the strength of the magnets, but this approach also means there’s an increased risk of the cable being accidentally knocked off during a file transfer. And if you are using the Muse to record videos through your phone, you’ll need to slip it into an included magnetic sleeve in order to mount it to the back of your device, adding quite a bit of thickness in the process.