Intel 2TB SSD PCIe 3.0 x4 NVMe M.2 2280

The Intel 670p is a 2TB PCIe 3.0 NVMe drive with solid random performance and a 5-year warranty, but its sequential speeds are middle of the pack. Pricing varies wildly in Europe, from EUR 455 to EUR 661, so shop around if you're buying there. Compatibility issues with external enclosures and some laptops are a recurring complaint. It's a decent capacity play for older systems, but Gen4 drives offer way more speed for not much more money.

Let's talk numbers. The 670p hits 3500 MB/s sequential read and 2700 MB/s write, which puts it right around the 61st percentile for speed in our database. That's not going to impress anyone coming from a Gen4 drive, but for PCIe 3.0 it's about as good as you can expect. The random performance is actually the more interesting story here. 310K random read IOPS and 340K random write IOPS land it in the 84th percentile for random performance, which is well above average. That means everyday tasks like booting Windows, launching apps, and loading game levels feel snappier than the sequential numbers might suggest.

The QLC NAND is the trade-off you're making. QLC drives slow down when you hammer them with sustained writes, especially once the SLC cache fills up. For typical use like gaming, web browsing, and office work, you'll rarely notice. But if you're regularly moving hundreds of gigabytes at a time or doing heavy video editing, you'll see write speeds drop off a cliff once the cache is exhausted. The DRAM cache helps smooth things out, but it can't change the fundamental physics of QLC. For most people, this is a non-issue. For power users, it's worth knowing.

Stacked against the competition, the 670p occupies an awkward middle ground. The Samsung 990 PRO and Crucial T500 are Gen4 drives that absolutely demolish this thing in sequential performance, often hitting 7000+ MB/s reads. If your system supports PCIe 4.0, those drives are the obvious choice for not much more money in some regions. The Kingston Fury Renegade and WD_BLACK SN850X are in the same boat, offering dramatically better speed for gamers and content creators who can take advantage of Gen4 bandwidth.

Where the 670p makes its case is capacity and endurance on a budget. The Micron T710 is a closer competitor in terms of positioning, but even that drive tends to offer better sequential performance. The 670p's 740 TBW endurance is actually competitive with some TLC drives, which is unusual for QLC. If you're on a PCIe 3.0 platform and just want a big, reliable drive for games and everyday use, the 670p holds its own. But if you have a Gen4 slot, spending a bit more on a faster drive is probably the smarter long-term move.

Pricing on this drive is all over the place depending on where you shop. In the US, you're looking at $229, which is reasonable for 2TB of NVMe storage. But in Europe, the spread is wild. EUR prices range from EUR 455 to EUR 661 across four listings in Germany, Spain, France, and Italy. That's a EUR 206 gap for the exact same drive. If you're in Europe, shop around. The lower end of that range is competitive, but the higher end puts you dangerously close to Gen4 territory where you'd get a lot more speed for your money.

The value proposition really depends on what you need. If you want maximum capacity on a PCIe 3.0 platform and don't care about bleeding-edge speed, the 670p makes sense at the right price. But the affordability score in our database sits at just the 27th percentile, which means there are cheaper options out there with similar specs. The 5-year warranty and Intel's reputation add some value, but you're paying a bit of a brand premium here. For budget builds, you might find better price-to-performance elsewhere.

The Intel 670p is one of those drives that makes you realize how far budget storage has come. You're getting 2TB of NVMe storage in a tiny M.2 2280 package, with Intel's 144-layer QLC NAND doing the heavy lifting. It's not trying to win any benchmark races against Gen4 or Gen5 drives, and that's fine. This is a drive aimed at everyday computing, mainstream gaming, and anyone who wants a big chunk of fast storage without selling a kidney.

What's interesting here is the positioning. Intel built this as a capacity-first drive with just enough performance to feel snappy in daily use. The 3500 MB/s sequential read and 2700 MB/s write are solid for PCIe 3.0, and the DRAM cache helps keep things responsive when you're moving files around or loading games. The 740 TBW endurance rating is respectable for QLC, and the 5-year warranty says Intel isn't worried about these things dying young. Well, mostly.

The catch is compatibility. Our data shows a recurring theme of people running into issues with external enclosures and older laptops. Some enclosures just don't play nice with NVMe drives, and a few specific machines like the Lenovo Slim 7 and certain MacBook Pros have been mentioned as problematic. If you're planning to drop this into a modern desktop or a recent laptop with a proper M.2 slot, you'll probably be fine. But if you're thinking external enclosure or older hardware, do your homework first.

If you're building a new system with PCIe 4.0 or 5.0, this drive is not for you. The sequential speeds are capped by the PCIe 3.0 interface, and you'd be leaving massive performance on the table compared to Gen4 drives like the Samsung 990 PRO or Crucial T500. Spending a bit more on a Gen4 drive will give you double the sequential throughput, which matters for game loading, large file transfers, and content creation.

Also skip this if you're planning to use it in an external enclosure or with older hardware. The compatibility complaints are too consistent to ignore, and there are plenty of other drives that handle enclosure duty without drama. If you need an external NVMe solution, look at drives from Samsung or Western Digital that have better track records with USB enclosures. And if you're a heavy content creator who regularly moves large files, the QLC NAND's sustained write performance will frustrate you. A TLC drive with better sustained write speeds is worth the extra cost for that use case.

For everyday computing and mainstream gaming on a PCIe 3.0 system, the Intel 670p is a perfectly fine choice. The 2TB capacity means you can install a huge game library without worrying about space, and the random performance keeps things feeling responsive. The 5-year warranty and 740 TBW endurance give you confidence that this drive will last through years of use. If you find it at the lower end of the price range, especially in Europe where the spread is significant, it's a solid buy.

But if you're building a new system with PCIe 4.0 or 5.0 support, skip this and get a Gen4 drive. The speed difference is massive, and the price gap has narrowed considerably. The 670p is a drive for people who are upgrading older hardware or need cheap capacity, not for anyone chasing performance. And if you're planning to use it in an external enclosure, look elsewhere. The compatibility issues reported by multiple users are a real concern, and there are plenty of other drives that handle enclosure duty more reliably.