When Older Storage Costs More Than the New Hotness
PCIe 4.0 SSD pricing now often exceeds the cost of newer Gen 5.0 NVMe drives because a global NAND flash shortage has pushed manufacturers to prioritise enterprise and AI demand, turning what used to be commodity consumer storage into a scarce, premium product and warping the usual price-to-performance logic that guided enthusiast PC upgrades. This is not a temporary glitch in the matrix; it is a structural change in how flash memory is allocated and priced, and it explains why a mainstream drive like Samsung’s PCIe 4.0 990 can launch at USD 529 (approx. RM2,430) for 2TB while some faster Gen 5.0 options undercut it on value. At that price, the 990’s 7,250MB/s reads and 6,450MB/s writes are competent but unexciting by current standards, especially when it trails the older 990 Pro in headline speeds and doesn’t offer a breakthrough in endurance or features. Enthusiasts are right to look at those numbers and feel something is off: the generational ladder has flipped, and the usual assumption that “older equals cheaper” no longer holds.
Samsung 990 vs WD_BLACK SN8100: A Twisted Value Equation
Viewed side by side, the SSD value comparison is stark. The Samsung 990’s 2TB model at USD 529 (approx. RM2,430) sits uncomfortably close to the street price of some genuinely high-end Gen 5.0 NVMe drives, while offering only PCIe 4.0 performance and no clear real-world advantage over cheaper Gen 4 options. Meanwhile, the WD_BLACK SN8100 4TB Gen 5.0 SSD is currently listed around USD 699.99 (approx. RM3,210) on Amazon, delivering double the capacity and far higher bandwidth — up to 14,900MB/s reads and 14,000MB/s writes — for a price that, while inflated, still looks more rational on a per-terabyte and performance basis. According to independent price-tracking data, the 4TB SN8100 has swung from a low of USD 350 (approx. RM1,605) to a peak of USD 1,899.99 (approx. RM8,700), with an average near USD 804 (approx. RM3,690), underlining how unstable Gen 5.0 NVMe cost has become under the current supply squeeze. Yet even within that volatility, PCIe 4.0 parts like the 990 increasingly resemble niche luxury items instead of the sensible sweet spot they used to occupy.
How the NAND Shortage Broke the Price-to-Performance Ladder
The NAND shortage impact on consumer SSDs is not subtle; it is redesigning the market from the top down. Manufacturers have openly shifted NAND and DRAM production toward AI data centre components, leaving consumer drives to fight for the leftovers. As a result, contract prices for NAND are projected to rise another 10% to 15% quarter-over-quarter, while DRAM climbs 13% to 18% — a slower pace than earlier spikes, but still enough to keep retail SSD prices elevated rather than returning to the bargain-bin days. Drive makers are responding in predictable but painful ways. Some NAND producers have declared that the era of cheap SSDs is over, and one prominent SSD manufacturer has pulled out of the consumer business entirely. The irony is that older-generation controllers and platforms, like PCIe 4.0, are tied to established product lines and profit expectations. When flash supply tightens, these “mature” products get premium price tags instead of discounts, because they are easy levers for margin preservation. That is why a mid-range Gen 4 launch can cost more than some blazing-fast Gen 5 units: it is paying for scarcity, not innovation.
The Enthusiast’s Budget Dilemma: Pay More Now, or Wait It Out?
For PC builders, the storage upgrade decision has gone from “grab a big Gen 4 drive, it’s cheap and fast” to a thorny budget puzzle. The jump from a good PCIe 4.0 SSD to a bleeding-edge Gen 5.0 NVMe is marginal in day-to-day use: boot times, app launches and basic gaming rarely come close to saturating Gen 4 bandwidth. Spending a premium on a Gen 4 drive like the Samsung 990 when Gen 5 alternatives exist at similar or better value looks, frankly, backwards. Instead, it makes more sense to either hold onto existing Gen 4 storage or, if you have a compatible motherboard and genuinely heavy workloads, aim for Gen 5 where the price-to-performance ratio is at least defensible. Shoppers hunting for a Gen 5 upgrade this year are largely at the mercy of the broader semiconductor squeeze rather than retailer games, which means patience and timing matter more than shopping around. In an era where capacities and controllers are in flux, overpaying for yesterday’s interface should be the last resort, not the default choice.
What the Pricing Collapse Signals for the Next Wave of SSDs
The current distortion, where PCIe 4.0 SSD pricing sits on par with or above many Gen 5.0 drives, is a warning rather than a permanent state of nature. The NAND crunch will take years to untangle, since expanding fabrication capacity demands slow, heavy investment. In the meantime, DRAM and NAND contract prices are still rising, but the rate is easing, which suggests that the wildest spikes may be behind us and that future Gen 5.0 NVMe cost curves could trend down as supply stabilises. That is why snapping up expensive new Gen 4 launches today looks questionable. Older Gen 4 models, temporarily cheaper due to older inventory, will likely catch up to the new pricing structure as stock bought at lower costs runs out. Once the market recalibrates, the performance gap between PCIe 4.0 and 5.0 will matter more than today’s supply-driven quirks, and PCIe 4.0 drives charging top-tier prices will struggle to justify their existence. Enthusiasts should read the signal clearly: storage is moving back to a tiered landscape, and the smart money waits for Gen 5 to settle rather than locking cash into a premium for last generation’s interface.
