Toshiba
Toshiba THNSN81Q92CSEProduct 1.92 TB internal SSD 2.5" SATA
A 1.92 TB internal SSD with a 2.5 inch form factor, SATA/600 interface and 0.3 inch height
- NAND Flash Memory TypeSLC
- 92 TB capacity stores large datasets and applications
- SLC NAND delivers high endurance for write-intensive workloads
- SATA 600 interface provides broad system compatibility
- 5 inch form factor fits standard drive bays and laptops
- 3 inch height enables installation in slim chassis
Enterprise storage drive
This Toshiba THNSN81Q92CSE solid state drive provides 1.92 TB of capacity in a 2.5 inch internal form factor. It uses SLC NAND flash memory and connects through a SATA interface running at the SATA/600 standard. The drive is built for workloads that demand consistent write endurance and data integrity.
Thermals and power
The 0.3 inch height allows the drive to fit standard 2.5 inch bays with adequate airflow for passive cooling in typical server chassis. With no moving parts the unit operates silently and draws only the power required by the SATA interface during read and write operations.
Deciding specification
The SLC NAND flash memory type is the single specification that determines whether this drive suits your application because it delivers higher write endurance and lower latency than multi-level cell alternatives.
Fordele
- 92 TB capacity stores large datasets and applications
- SLC NAND delivers high endurance for write-intensive workloads
- SATA 600 interface provides broad system compatibility
- 5 inch form factor fits standard drive bays and laptops
- 3 inch height enables installation in slim chassis
Specifikationer
| Brand | TOSHIBA |
|---|---|
| NAND Flash Memory Type | SLC |
Spørgsmål om denne vare
How do I install the 2.5" SATA drive in a desktop bay, and which step do people skip?
Mount the 0.3" high drive in a 2.5" bay or 3.5" adapter, connect the SATA data and power cables, then secure it with screws; the step often skipped is tightening the screws so the drive cannot shift under vibration.
What maintenance or replacement will the SLC NAND drive need later?
SLC NAND has high endurance, so the drive itself rarely wears out; the only likely replacement is the SATA data or power cable if a connector fails.
What limit appears first during sustained writes on the SATA/600 interface?
The SATA/600 link caps sequential throughput at roughly 600 MB/s, so the interface bandwidth is the first bottleneck during long write sessions.
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