HPE
HPE P47808-B21 960 GB SATA 3.5" device server
A 960 GB SATA 600 3.5 inch read-intensive solid-state drive with .8 DWPD for server storage
- 960 GB capacity stores large datasets
- SATA 600 interface delivers fast data transfer
- 5 inch form factor fits standard drive bays
- Read-intensive design handles heavy workloads
- .8 DWPD endurance rating ensures reliability
HPE 960 GB SATA SSD for servers
This HPE P47808-B21 solid-state drive provides 960 GB of storage in a 3.5-inch internal form factor. It connects through a SATA 600 interface and is classified as read intensive with an endurance of 0.8 DWPD. The drive is new and built for server environments.
Suits read-heavy server workloads
This drive fits administrators who need reliable capacity for workloads dominated by reads such as web serving, content delivery or archival storage. It is not suited for buyers who need higher write endurance for mixed or write intensive applications. It also does not fit systems that only accept 2.5-inch drive bays.
3.5-inch SATA 600 interface
The single specification that decides compatibility is the 3.5-inch LFF form factor combined with the SATA 600 interface. Only servers with matching large-form-factor SATA backplanes can install this drive.
Highlights
- 960 GB capacity stores large datasets
- SATA 600 interface delivers fast data transfer
- 5 inch form factor fits standard drive bays
- Read-intensive design handles heavy workloads
- .8 DWPD endurance rating ensures reliability
Specifications
| Brand | HPE |
|---|---|
| Model | P47808-B21 |
| Shipping weight | 1.54 kg |
| Package size | 267 × 229 × 137 mm |
Questions about this item
How is the 3.5" SATA drive installed in a server bay?
Slide the 3.5" drive into an LFF bay until the SATA connector seats firmly on the backplane, then secure the carrier latch; the step often missed is not pushing far enough for the connector to click.
What maintenance or replacement will the 960 GB read-intensive SSD need later?
The drive is rated at 0.8 DWPD, so after the warranted write endurance is consumed the SSD should be replaced; no other field maintenance is required.
What limit appears first under sustained write workloads on this SATA 600 SSD?
The 0.8 DWPD endurance rating is the first constraint reached during heavy sustained writes before thermal or interface limits.
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