Key takeaways
- 1,407 listings match this collection right now.
- At 7.68TB the interface decides throughput per drive, and an NVMe part moves data far faster than a SATA part of the same capacity can, which matters most on rebuild.
- Write-intensive ratings become uncommon at this size since the extra NAND overprovisioning a high DWPD needs cuts into usable capacity; write-heavy workloads fit better at a smaller capacity.
- In NVMe form, 7.68TB drives ship as U.2 or U.3 in the 2.5-inch 15mm build, needing a bay and backplane rated for that thickness, not a thinner 7mm slot.
7.68TB drives are the high-capacity read-intensive tier, most often NVMe U.2 or U.3 and 12Gb/s SAS. At this size endurance class and interface matter more than the capacity itself.
1,407 listings in this collection, filtered from Solid State Drives. The part number and manufacturer are stated on every listing, and the condition wherever the catalogue records one. For quantity, request a volume quote.
How to choose solid state drives
Interface first: SATA drives work on a SAS backplane, SAS drives do not work on a SATA-only controller, and NVMe connects over PCIe lanes in U.2, U.3, M.2, E1.S or add-in-card form factors that are not interchangeable with each other. Then the endurance class the workload needs, stated as drive writes per day. Then whether the listing includes the hot-swap tray, which every listing name states.
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