If you’ve been shopping for SSDs or RAM lately and noticed prices climbing, you’re not imagining things. Between Q2 2025 and Q1 2026, NAND flash prices increased by over 246% at the wafer level, according to Kingston’s datacenter division. That surge is now hitting consumer SSDs hard — and it’s not expected to reverse anytime soon. For anyone building a home NAS, upgrading a mini PC’s storage, or planning a homelab expansion, this changes the math significantly.
This article explains what’s actually happening, why it matters specifically to home storage builders, and how to adapt your purchasing decisions to protect your budget without sacrificing your build.
Why SSD Prices Are Rising: The AI Storage Crisis Explained
The root cause is what analysts are calling a structural reallocation of the world’s semiconductor capacity. Samsung, SK Hynix, and Micron — the three companies that make almost all of the world’s NAND flash and DRAM — have shifted their production lines toward High Bandwidth Memory (HBM) and enterprise SSDs to meet AI infrastructure demand. Every wafer allocated to an HBM module for an Nvidia GPU data center is a wafer that doesn’t become a consumer NVMe drive or a DDR5 kit for your PC.
According to IDC’s February 2026 analysis, this is not a typical cyclical shortage. NAND supply growth is expected to run at just 17% year-over-year — well below historical norms — while AI infrastructure demand is consuming an ever-increasing share of that supply. The Phison CEO, whose company makes NAND controllers for most consumer SSDs, stated publicly that NAND supply will remain tight for potentially the next decade.
For context on the scale: TrendForce data showed that client SSD contract prices increased over 40% quarter-over-quarter in early 2026 — the largest single-quarter rise ever recorded for that category. Kioxia (one of the major NAND manufacturers) has reportedly presold its entire 2026 production volume to enterprise customers.
The Impact on HDDs: A Different Story
Here’s the counterintuitive part: while SSD prices are exploding, traditional spinning hard drives are holding relatively stable — though they’re rising too. HDDs cost approximately $12–18 per TB for high-capacity NAS drives in early 2026. Quality NVMe SSDs now run $90–110 per TB in common consumer sizes. That’s a 7-8x price gap, compared to a 3-4x gap just two years ago.
For home NAS builders, this completely changes the architecture decision. In 2023, some homelab builders were experimenting with all-SSD NAS arrays as SSD prices approached parity with HDDs. That era is over. In 2026, a 4-bay NAS filled with 8TB HDDs gives you 32TB of raw storage for roughly $500–600 in drives. The equivalent in SSDs would cost $3,000–4,000. The HDD wins by an enormous margin for bulk storage.
What This Means for Your Mini PC or NAS Build: Category by Category
M.2 NVMe Boot Drives for Mini PCs
A 500GB NVMe drive for your N100 mini PC’s boot partition has risen from roughly $35 in early 2025 to $50–65 by early 2026 — about a 40–70% increase depending on brand and timing. This is real money, but it’s still a relatively small part of a mini PC build. Our advice: buy the boot drive you need now rather than waiting for prices to drop. Based on current supply dynamics, meaningful price decreases are unlikely before late 2027 at earliest.
Brands that still offer reasonable value in the current environment: Crucial P3 Plus (1TB), WD Blue SN580 (500GB, 1TB), and Kingston NV3. Avoid paying premium prices for Gen 5 NVMe in an N100 mini PC — the N100 only has a PCIe Gen 3 interface, so you’d be paying Gen 5 prices for Gen 3 performance.
Bulk NAS Storage
Pivot fully to HDDs for any storage over 2TB. With shucking still offering 20–40% savings on high-capacity drives, and HDD prices per TB remaining at $12–18, this remains the most cost-effective storage strategy for home NAS. The AI storage crisis has, if anything, strengthened the case for shucking — because the primary alternative (SSDs) has gotten dramatically more expensive.
Note that HDD prices have also risen from their 2024 lows — some community members on r/DataHoarder report 35–50% price increases on certain drive models. The massive Seagate and WD sale prices we saw in 2023 ($10/TB during Prime Day) are unlikely to return in the current environment. Budget accordingly: expect to pay $15–18/TB on shucked drives rather than $10–12/TB.
RAM Upgrades
DDR5 SO-DIMMs for newer Ryzen or Intel mini PCs have seen similar price increases. DDR4, while being phased out by manufacturers, has limited new production, keeping prices higher than expected for an “old” standard. If you’ve been planning a RAM upgrade to 32GB for a TrueNAS ZFS build, buy now — this is genuinely the advice from current market data, not fear-mongering.
Strategies to Protect Your Build Budget
1. Minimize SSD spend, maximize HDD per-TB value. Size your boot/OS SSD at 256–512GB (the minimum you need) and put all bulk storage on HDDs. A $45 500GB NVMe boot drive + $180 in shucked HDDs is dramatically better value than a 2TB NVMe system drive.
2. Watch for Black Friday and Prime Day, but don’t wait indefinitely. Seasonal sale events have historically offered 20–30% discounts on storage. Those discounts still happen — they’re just discounts off a higher baseline. Prime Day 2025 still offered shucked drives at better per-TB prices than non-sale periods.
3. Consider used enterprise drives cautiously. The r/DataHoarder community has a well-documented culture of testing used enterprise drives (which often have low hours despite high age). An enterprise-grade Seagate Exos or WD Gold drive with 20,000 hours of operation has years of life left and can be found significantly cheaper than retail. Always run SMART tests and badblocks checks on used drives.
4. Don’t over-specify for SSD performance you don’t need. The difference between a $45 Gen 3 NVMe and a $120 Gen 5 NVMe is irrelevant for a home server that serves media files at network speeds (1Gbps = 125 MB/s — far below what any NVMe drive delivers).
When Will SSD Prices Come Back Down?
The honest answer: probably not until 2027–2028 at the earliest, when new NAND fabrication facilities currently under construction come online. The structural shift toward AI compute is not temporary. As long as hyperscalers (Microsoft, Google, Amazon, Meta) are competing for AI infrastructure capacity, they’ll continue to pre-empt consumer NAND supply through long-term enterprise contracts.
The silver lining for home builders: HDDs are not subject to the same semiconductor fabrication constraints. While HDD prices have risen, the increase is far more modest, and the cost-per-TB remains excellent for bulk storage. A well-designed home NAS in 2026 uses a modest SSD for the OS and cache, and spinning disks for everything else — and that’s actually the right architecture anyway.
Frequently Asked Questions
Are SSD prices going to keep rising in 2026?
Based on current supply analysis from TrendForce and IDC, yes — further price increases are expected through at least H1 2026. New fab capacity won’t provide meaningful consumer SSD supply relief until 2027–2028.
Should I buy storage now or wait?
For SSD purchases you’ve been planning, buy now. The data does not support waiting for lower prices in the near term. For HDDs, the picture is similar — prices have risen but remain far more stable than SSDs, and shucking continues to offer meaningful savings.
Has the shucking opportunity changed with rising prices?
The savings percentage from shucking (20–40% vs. bare drive retail) remains roughly similar. The absolute dollar amounts are higher because baseline prices have risen. Shucking is still worth it — especially for large-capacity drives where the absolute savings are most significant.