Seagate
Seagate Cheetah NS ST3400755SSProduct 400 GB 3.5" SAS internal hard drive
- SLC
$23.99
0.0003057BTC
In stock
DELL
DELL F4JXT 8TB 7.2K 512e SATA 3.5 internal hard drive
8 TB 3.5-inch SATA desktop drive spinning at 7.2 K RPM with 512e formatting, tested and firmware-updated for Dell PowerEdge servers
- Capacity8TB
- InterfaceSATA
- 8 TB capacity stores large data sets
- 2 K RPM spindle delivers steady throughput
- 512e sector format works with legacy systems
- SATA 6 Gbps interface connects to standard ports
- Compatible with many Dell PowerEdge servers
Capacity and interface
This Dell F4JXT drive provides 8TB of storage on a SATA interface. It uses a 3.5 inch form factor and spins at 7.2K RPM. The 512e sector format supports broad system compatibility.
Server upgrades and bulk storage
The drive fits many Dell PowerEdge servers including R740, R750 and T640 models. It suits administrators adding capacity to supported arrays. Buyers needing faster random access or a smaller form factor should consider other options.
512e sector format
The 512e emulation lets the drive work with operating systems and controllers that expect 512 byte logical blocks. This specification decides whether the drive integrates without firmware changes. Verify that your RAID controller supports 512e before purchase.
Highlights
- 8 TB capacity stores large data sets
- 2 K RPM spindle delivers steady throughput
- 512e sector format works with legacy systems
- SATA 6 Gbps interface connects to standard ports
- Compatible with many Dell PowerEdge servers
Specifications
| Brand | Dell |
|---|---|
| Model | F4JXT, ST8000NM012A |
| Capacity | 8TB |
| Interface | SATA |
Questions about this item
Should I choose the 8 TB version or a smaller capacity for my Dell PowerEdge server?
The F4JXT provides 8 TB of storage. Pick this capacity if your workload needs that much space; choose a smaller drive only if you require less total capacity.
What does the 7.2 K RPM rating mean for daily performance in a RAID array?
At 7.2 K RPM the drive delivers sustained sequential throughput suitable for bulk storage and nearline workloads, while random I/O remains modest compared with faster spindles.
The SATA 6 Gbps interface — what real-world transfer ceiling should I expect?
The 6 Gbps SATA link caps theoretical bandwidth at 6 Gbps; actual sustained transfers top out around the drive's native media speed, typically well below the interface maximum.
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