DELL
DELL 400-AVRO 1.2TB 10K 12Gbps SAS 2.5 internal hard drive
Enterprise 1.2 TB SAS drive spins at 10K RPM with 12 Gbps interface for PowerEdge servers
- 2TB capacity stores large enterprise datasets
- 10K RPM spindle speed accelerates transaction processing
- 12Gbps SAS interface maximises server throughput
- 5 SFF form factor fits dense PowerEdge bays
- 512n sector format ensures legacy application compatibility
Enterprise 1.2 TB SAS drive
This Dell 400-AVRO is a 1.2 TB 10K RPM SAS hard drive in a 2.5-inch SFF form factor. It uses a 12 Gbps SAS interface and 512n sector formatting for Dell PowerEdge server deployments. The drive supports hot-swap installation and is sold new in OEM or retail packaging.
Server builders needing 12 Gbps SAS
Suits administrators expanding or replacing storage in compatible Dell PowerEdge servers that accept 2.5-inch SAS drives with hot-swap trays. Not for desktop PCs, workstations or any system lacking a 12 Gbps SAS backplane and the correct Dell drive tray.
12 Gbps SAS interface
The single specification that determines fit is the 12 Gbps SAS interface combined with the 2.5-inch SFF form factor. Only servers with a matching SAS backplane and the appropriate Dell hot-swap tray can use this drive.
Priekšrocības
- 2TB capacity stores large enterprise datasets
- 10K RPM spindle speed accelerates transaction processing
- 12Gbps SAS interface maximises server throughput
- 5 SFF form factor fits dense PowerEdge bays
- 512n sector format ensures legacy application compatibility
Specifikācijas
Šai precei pagaidām nav publicētu specifikāciju.
Jautājumi par šo preci
How do I install the 400-AVRO drive in a Dell PowerEdge server and which step is often missed?
Slide the 2.5 SFF drive into the correct hot-swap tray for your PowerEdge model, then insert the tray until the SAS connector seats firmly; the step often missed is confirming the tray matches the specific server chassis before ordering.
What maintenance or replacement will the 1.2TB 10K SAS drive need over time?
As a mechanical 10K rpm drive, the bearings and actuator will eventually wear; plan to replace the unit when SMART reallocated-sector counts rise or latency degrades beyond your RAID controller thresholds.
What limit appears first on the 12Gbps SAS interface during sustained writes?
The 10K rpm spindle speed caps sustained throughput well below the 12Gbps link ceiling, so the mechanical media transfer rate becomes the bottleneck before the SAS bus saturates.
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