You've probably not bought a SATA SSD in years. Considering NVMe SSDs have been offering faster performance for almost the same price for a long time now, SATA SSDs have quietly receded into the background. After all, would you buy a SATA drive rated for 550MB/s or a Gen4 NVMe drive capable of upwards of 7,000MB/s for the same price? SATA SSDs naturally gave way to advanced NVMe SSDs, but the conversation has flipped in the last six months. With PC hardware prices at record high levels owing to unprecedented AI demand, NVMe SSDs have been affected a lot worse than SATA drives. It's near-impossible to buy more NVMe storage right now, but SATA SSDs still remain in the realm of affordability. And for the workloads most people run every day, a SATA SSD is perfectly fine. It's slower relative to faster NVMe drives, but not relative to what you'll actually use your PC for. If you're running out of storage and can't wait two years for things to stabilize, buying a SATA SSD is honestly not a bad proposition.

Buying storage sucks right now, but SATA remains accessible

The lesser of two evils

The global DRAM and NAND shortage has sent consumer SSD prices soaring. Both NVMe and SATA drives have been affected, but the latter is still affordable for many users. Consider this: the 2TB Gen4 drive you bought for $120 a year ago is now selling for a whopping $400, while an equivalent SATA SSD sits somewhere around $250, a full 37% cheaper. Paying $250 for a 2TB SATA SSD seems a lot, because it is, but we're not living in normal market conditions right now. And it's hard to say whether we'll ever return to it in the future. Whether you believe in the AI bubble or think this is the new normal, prices of PC hardware will not return to their pre-2026 levels anytime soon — they probably never will.

Of course, the prudent thing to do in this scenario is to wait it out. However, if you've already been struggling for storage space and don't want to pay recurring cloud storage costs, a SATA SSD still seems like the way to go. Compared to an external hard drive for half the price, you're getting over three times the performance, and that's not a bad deal, all things considered. It's not an ideal situation by any means, but if you can't afford to wait any longer, buying a SATA SSD is one of your only options. For those who only need secondary or archival storage, higher-capacity hard drives still make the most sense economically, but for everyone else, a 1TB or 2TB SATA SSD makes a compelling price-to-performance argument.

Most people won't notice the difference between SATA and NVMe

The benefits are marginal in most workloads

To make you feel better about your purchase, I'd like to assure you that, for the most part, you won't notice any performance loss by "settling" for a SATA SSD. Consider the kind of programs you run on your PC every day. The majority of games, applications, and work stuff that you interact with don't benefit from blazing-fast transfer speeds. Unless you're working with video editing, 3D rendering, and other demanding programs daily, or transferring large work-related files constantly, your SATA SSD is far from the bottleneck you think they are. Various benchmarks have shown that the difference in game loading times between different types of SSDs is basically negligible. Once you've made the jump from spinning hard drives to a SATA SSD, you've already slashed your loading time and boot time by 90% — any successive difference is going to be marginal.

NVMe SSDs absolutely make a difference if your workloads can leverage the higher transfer speeds. Even for gaming, DirectStorage requires faster NVMe drives, without which you can't really benefit from the direct GPU–storage link. However, only a handful of games support the technology yet, and adoption remains slow. You can safely buy a SATA SSD for your primary storage, especially considering what the market is going through right now.

Even your 5GbE home lab won't saturate a decent SATA SSD

Storage is rarely the bottleneck

We've covered gaming, browsing, general productivity, and high-volume transfers. What about internal network transfers, though? The home labbers among you probably transfer tons of data between your devices over your network every day. Surely, outdated SATA SSDs aren't cut out for this type of workload, right? Well, your network speed is probably the bigger bottleneck in your home lab. Even if you have 2.5GbE LAN powering your home lab or server, your real-world transfer speeds are capped at under 300 MB/s. This is well below the 450–550 MB/s speeds that SATA SSDs are capable of. So, the part of your setup you need to worry about is your network speed rather than the storage speed.

Even if you upgrade to 5GbE, your transfers will realistically operate at around 400 MB/s, which remains lower than SATA SSD speeds. For most people, the network becomes the bottleneck long before the storage. Those running 10GbE everywhere in their home are a minority, so SATA SSDs are going to be more than enough for the majority of home labs in the wild. Again, hard drives are superior in terms of cost per GB, and are totally fine if you're still on Gigabit speeds.

SATA SSDs are making a comeback, and I welcome it

The industry has brought back SATA SSDs from the dead, since most people can't afford NVMe storage anymore. The AI boom has affected SATA drives, too, but not to the extent that they've become out of reach. For gamers and regular users, a SATA SSD can still function as primary storage. And even for home server use, your storage is rarely the bottleneck. Considering we won't see prices come down for at least two more years, SATA SSDs deserve to be taken seriously.