I get it. The 10TB WD Black deal I highlighted isn’t for everyone because hard drives are pretty darn slow in 2025. Lucky for you, there’s an NVMe SSD that’s much more your speed, and it comes with a heck of a discount that saves you up to 28%.
Head over to Amazon and you can snag a Samsung 990 Evo Plus with 4TB of storage space for £248.25, the best price it’s ever been in the UK. Similarly, German shoppers get it at an all-time low for €262.98. It’s not quite the cheapest across the pond, but it’s not far off, knocking $100 off its usual price tag down to just $249.97.
Samsung 990 Evo Plus 4TB
Blast through tasks with lightning-fast transfer speeds up to 7,250MB/s, making huge files a breeze to import.
While you can often count on Samsung to keep SSD costs competitive no matter the prevailing prices across the wider market, what makes it truly astounding is the performance you get in return. With 7,250MB/s sequential read and 6,300MB/s sequential write speeds saturating the PCIe 4 interface, file transfers are practically instant. This is largely thanks to smart design decisions under the hood, packing the drive with a zippy single NAND flash package.
It’s built to last with up to 1.5 million hours Mean Time Between Failures (MTBF), and it’ll keep a cool head below 70°C operating temperatures. Should anything go unexpectedly sideways, the brand covers you with a five-year or 2,400TBW limited warranty.
Admittedly, I’m not big on the included software of a lot of SSDs, but Samsung Macigian stands above the rest for its simplicity and usability. Here, you can benchmark the drive to ensure everything’s ticking away as it should, check on the drive’s health, and update the firmware at the click of a button.
All in all, it’s worth taking Samsung 990 Evo Plus 4TB for a test drive to see how you like it. Amazon provides a 30-day redund guarantee from purchase in the US and UK, while Europe has up to 14 days to make a decision. In the mean time, give us a follow on Google News so you can be in with the latest deals as and when we find them.
