The topic Your SSD will outlive your entire PC, so don’t overpay for a bigger one right… is currently the subject of lively discussion — readers and analysts are keeping a close eye on developments.
This is taking place in a dynamic environment: companies’ decisions and competitors’ reactions can quickly change the picture.
Amid a steadily worsening PC hardware economy, NAND flash prices seem to be the next in line to rise above the threshold of affordability. Whenever a price rise hits the consumer market, the natural instinct to hoard tends to prevail. That’s been true for RAM, GPUs, and entire consoles too, so it feels reasonable to fill up your M.2 and SATA slots while you can.
And in part, that’s what the conventional wisdom floating around on PC building forums suggests as well. For the capacity you actually need, that advice is sound. However, for speculative future capacity like the extra terabyte or two you may need eventually, it’s a good idea to rethink before you make a purchase. Your SSDs will almost certainly be in great shape long after you’ve swapped out most parts of your build, and overpaying for storage you won’t use for years is a worse financial decision than it might seem, especially when NAND prices are nearing an all-time high.
Choosing the right SSD isn’t just about speed. Avoid these 5 costly mistakes to ensure performance, longevity, and value for money.
If you’ve found yourself in the market for an NVMe drive recently, you’ve probably noticed that the prices seem to be higher than usual. In less than a full calendar year, enterprise demand for storage has caused NAND flash prices to rise roughly fourfold. It didn’t help that Micron ended its consumer-facing segment, Crucial, in the first quarter of 2026 to redirect manufacturing to support the more profitable AI and data center business. In a recent interview with Nelson Duann, Tom’s Hardware reported that the Silicon Motion executive remarked the retail market for SSDs “has almost disappeared.” Independent analysts from across the industry largely arrive at the same consensus, suggesting that the prices for consumer drives are only trending upwards, with momentary drops only surfacing as an attempt from retailers to liquidate existing stock in holding. As to when the prices will stabilize, the earliest estimates signal sometime around 2028.
And sure enough, when you delve into the trends, it feels sensible to buy as much storage depending on your current and future needs. It’s the same instinct that drove consumers (and scalpers) to stockpile GPUs and DDR5 memory kits before the latest round of price hikes. Storage, on the other hand though, is a rather different investment. Unlike a GPU or a processor, an SSD is not something you find yourself in the store for very often, and that’s exactly why paying a premium today for the capacity you won’t need for several years isn’t the most sound decision.
Every component inside your PC follows a distinct, unique upgrade methodology. That was true before the industry-wide NAND shortage, and it will be true long after we’re past it. GPUs start to feel outdated as game engines demand more compute power, and largely more VRAM, while CPUs eventually struggle to keep up with newer architectures and platform features. Storage drives, particularly NVMe SSDs, don’t become obsolete the same way. Their lifespan is governed primarily by how much data you write to them rather than how many years pass, and modern consumer drives are built with considerable more “endurance” than most users will ever realistically consume.
A standard 1TB TLC SSD ships with an endurance rating between 600–700 TBW (Terabytes Written). Even if you assume the lower end of endurance and a workload consisting of 50GB of writes, every single day from the moment you install the drive, it would take roughly a decade to reach that limit. By then, you’d have replaced your processor, GPU, the motherboard, and perhaps your entire platform for reasons unrelated to storage. That’s exactly why buying excess doesn’t make much sense, because the SSD isn’t a component you’d expect to frequently replace, nor are they known to fail easily either.
Unless your current storage is holding your entire workload back or if you’re coming from HDDs, there’s no reason to over-provision in this aspect of your build. At a moment when prices are highly inflated, the only capacity you get should be the capacity that your workload immediately needs. Additional NAND production isn’t expected to ease supply constraints until 2028, but your existing SSD is likely to remain in perfect shape and deliver optimal performance until then. When prices normalize (as they are expected to), adding another drive will certainly cost less than paying a premium for storage that sits unused at inflated prices.
It would also be prudent not to make a jump to the latest PCIe standard in the event of an ongoing price inflation cycle. PCIe 5.0, although blazing fast, will likely not return on the sizable monetary investment you make on the platform if performance is what you’re after. Additionally, Gen 4 NVMe drives generally offer considerably better value per gigabyte than Gen 5 counterparts, and for the overwhelming majority of workloads, the capacity will matter far more than sequential throughput, as the difference only comes out to be a matter of milliseconds.
When it comes to the question of capacity, 1TB is fast showing its age, so it’s best to couple an NVMe storage drive as your primary boot drive while keeping a secondary SATA SSD to be used as scratch storage. If, however, you do find yourself editing 4K video feeds or running large local LLM models, 2TB would also be worthwhile. If you do decide to spend big on multiple NVMe drives and find that you have a spare PCIe slot, it’s possible to run up to four SSDs at full speed through PCIe bifurcation and a $20 expansion card.
A fantastic Gen 4 M.2 SSD that not only packs a lot of speed but also comes in at a relatively affordable price. You can use this M.2 SSD in your laptop, PC, or PlayStation 5.