Is Digital Storage Still Getting Cheaper? Price per GB, 2008–2026

In September 1981, Apple sold its first hard drive, the ProFile, for $3,499. It held 5 megabytes — barely enough for a handful of modern photos — which works out to roughly $700 per megabyte, or about $700,000 per gigabyte in 1981 dollars. Broader market pricing data from the same era, tracking a range of drives rather than one product, put the average closer to $20,000 per gigabyte in January 1980, but both numbers describe the same reality: a gigabyte of storage was priced like a car, not a commodity.

The decline that followed was not gradual. By July 1985 the average had fallen to about $71,000 per gigabyte; by September 1990 it was near $9,000. The pace kept accelerating through the 1990s — $850 per gigabyte in January 1995, then $6.90 by the end of 2000 — as manufacturers packed exponentially more data onto each spinning platter through better magnetic materials and finer read/write heads, the same areal-density gains that drove much of the electronics industry's cost curves downward.

By December 2005, a gigabyte of hard drive storage cost about 52 cents. Backblaze, the cloud backup company that buys tens of thousands of drives for its own datacenters, tracked the average across its fleet falling from $0.114 in 2009 to just $0.014 by November 2022 — an 87% drop in thirteen years. Solid-state drives entered the picture around the same time, starting at roughly $1.40 per gigabyte in late 2010 and falling below $0.10 per gigabyte by 2022, following the same downward curve as everything else in digital storage.

The reversal traces back to a single component: NAND flash, the memory chip that stores data inside every SSD. Beginning in late 2025, memory manufacturers — Samsung, SK Hynix, and Micron among them — started redirecting production capacity away from conventional NAND and DRAM toward High Bandwidth Memory, the specialized chips used in AI accelerators. Hyperscale cloud companies placed open-ended purchase orders for that capacity, absorbing available supply regardless of price and leaving less conventional flash for everyone else.

The effect on consumer pricing was fast and steep. A 1TB consumer SSD that cost around $45 in late 2025 was priced near $90 within a few months, roughly doubling. NAND wafer pricing tracked by Kingston rose 246% between the first quarter of 2025 and the first quarter of 2026, and Samsung raised its own contract prices 30% to 60% compared with September 2025 levels. Market research firm TrendForce projected contract prices for NAND flash to climb another 33% to 38% quarter-over-quarter in the first quarter of 2026 alone.

Enterprise buyers felt it even harder. A 30-terabyte enterprise SSD that cost about $3,062 in the second quarter of 2025 was priced at nearly $11,000 by the first quarter of 2026, a 257% increase in under a year, according to analysis from storage vendor VDURA. Analysts covering the memory industry don't expect meaningful relief before late 2026 or 2027 — new fabrication capacity takes 12 to 18 months to bring online, so the shortage is expected to outlast any short-term demand shift.

Hard drives are built from an entirely different, much older supply chain than SSDs — spinning magnetic platters, read/write heads, and motors, none of which depend on the NAND flash chips at the center of the shortage. That insulation shows up directly in the pricing: hard drive costs rose only about 35% between the second quarter of 2025 and the first quarter of 2026, while enterprise SSD prices rose 257% over the identical stretch.

The gap between the two technologies widened as a result. VDURA's analysis of datacenter storage costs found the SSD-to-HDD price multiple grew from 6.2 times in the second quarter of 2025 to 16.4 times by the first quarter of 2026 — nearly tripling in nine months. Hard drives also still dominate cold and archival storage, the use case where raw cost per gigabyte matters most and where SSDs' speed advantage buys nothing, so demand for hard drives kept manufacturers focused on the volume pricing that has defined the category for years.

None of this means hard drives are cheaper than SSDs outright — a fast consumer SSD still costs several times more per gigabyte than a nearline hard drive built for bulk storage. What changed is the direction of travel: SSD prices had been closing that gap for over a decade, and the 2025 shortage opened it back up almost overnight.

The memory industry's own research points to a shortage that outlasts the immediate spike. New NAND fabrication plants take 12 to 18 months to bring online, and the capacity currently being redirected toward AI accelerators shows no sign of reversing — hyperscalers' purchase orders are structured to absorb supply regardless of cost. Storage-industry analysts covering the crisis in early 2026 don't expect prices to meaningfully ease before late 2026, and a full return to 2024 price levels is considered unlikely within the next 18 to 24 months.

Hard drives are a different story. Because their manufacturing is untouched by the NAND shortage, HDD pricing is expected to keep following its long-run trend rather than the SSD spike — meaning the price gap between the two technologies may stay wide, or widen further, for as long as AI datacenter demand keeps outbidding consumer flash buyers for the same factories.

Digital storage did get relentlessly cheaper for nearly half a century. A gigabyte of hard drive space fell from roughly $20,000 in 1980 to under two cents by 2022, a decline of more than million times driven by steady, unglamorous gains in how densely data could be packed onto a disk. That trend held for SSDs too, once they arrived: a gigabyte of flash storage fell from $1.40 in 2010 to about a dime by 2022.

Whether storage is 'still' getting cheaper now depends entirely on which technology is being asked about. Hard drives kept following the old trend into 2026, rising only modestly even as a global chip shortage rewrote SSD pricing around them. SSDs, by contrast, got dramatically more expensive in a matter of months — proof that a 46-year trend line is a pattern, not a law, and that the same AI boom reshaping other parts of the tech industry reached all the way down to the price of a gigabyte.