30TB SSDs Hit $22,600
Enterprise SSDs now cost 18.6 times more than hard drives per terabyte, with a 30TB TLC drive priced at $22,600, as hard drive supply sells out through 2027

A 30TB TLC enterprise SSD now costs $22,600, with the equivalent hard drive costing $1,216. This puts the cost of enterprise SSDs at 18.6 times more than hard drives per terabyte.
The price of a 30TB HDD has risen from $495 in Q3 2025 to $1,216, a 2.5 times increase. In contrast, the price of a 30TB TLC enterprise SSD has increased to $22,600, 6.5 times higher than the $3,460 it fetched around this time last year.
Seagate and Western Digital have both sold out their nearline HDD output through 2027. Western Digital CEO Irving Tan stated that the company was sold out for 2026, with firm purchase orders from its top seven customers. Seagate CEO Dave Mosley stated that nearline capacity was almost fully allocated through calendar 2027 under build-to-order contracts.
NAND contract prices are expected to rise 10-15% quarter on quarter, according to TrendForce's Q3 survey. This increase in prices will have significant implications for storage costs, particularly for AI storage builds. A 25PB AI storage build would cost $51.60 million all-flash and $12.86 million as a hybrid SSD-plus-HDD system, according to VDURA's Flash Volatility Index.
## Why it matters The significant difference in cost between enterprise SSDs and hard drives has major implications for storage costs. The sold-out hard drive supply through 2027 will force companies to pay spot prices for disk storage, rather than the listed price. This will lead to increased costs for companies, particularly those building AI storage systems. The rising prices of NAND contracts will also contribute to the increasing cost of storage.
## What happens next As the demand for storage continues to grow, companies will need to navigate the increasing costs of storage. The sold-out hard drive supply and rising prices of NAND contracts will force companies to consider alternative storage options, such as hybrid SSD-plus-HDD systems. However, the availability of hard drives will be a major factor in the feasibility of these systems.




