DELL
DELL 4YPVD 960GB 12Gbps SAS 2.5 enterprise SSD
A 960 GB SAS enterprise SSD built for read-intensive workloads in Dell PowerEdge servers
- InterfaceSAS
- 960 GB capacity supports large enterprise workloads
- 12 Gbps SAS interface delivers high throughput
- RI TLC design optimised for read-intensive applications
- 512e sector format ensures broad server compatibility
- Compatible with Dell PowerEdge R640, R740, R750 and more
Capacity and fit
This Dell 4YPVD solid-state drive provides 960 GB of storage in a 2.5 inch form factor. It uses a SAS interface running at 12 Gbps and is built with TLC flash in a 512e format. The drive is designed for read-intensive workloads in compatible Dell PowerEdge servers.
Replacing slower SAS drives
The unit upgrades existing SAS SSDs or hard drives that operate at lower link speeds or use older endurance classes. A jump is worth it when the server backplane supports 12 Gbps SAS and the application profile matches read-intensive demand. The DC SS530 series targets consistent latency for mixed enterprise workloads.
SAS 12 Gbps practical limits
Throughput is capped by the 12 Gbps SAS lane and the controller firmware on the host system. The 512e sector emulation adds a small translation layer that can affect very small random writes. Compatibility is limited to the listed PowerEdge models and requires a SAS backplane or HBA that negotiates the full link rate.
Přednosti
- 960 GB capacity supports large enterprise workloads
- 12 Gbps SAS interface delivers high throughput
- RI TLC design optimised for read-intensive applications
- 512e sector format ensures broad server compatibility
- Compatible with Dell PowerEdge R640, R740, R750 and more
Specifikace
| Brand | Dell |
|---|---|
| Model | 4YPVD, WUSTR1596ASS200 |
| Interface | SAS |
Otázky k tomuto produktu
Will the 2.5 inch SAS drive fit a Dell PowerEdge R740 drive bay?
Yes, the 2.5 inch form factor matches the standard drive bays in the PowerEdge R740 and the other listed Dell servers.
How is the drive installed in a PowerEdge server and what step is often missed?
Slide the drive into the hot-swap bay until the carrier clicks, then ensure the SAS connector is fully seated; the step often missed is verifying the carrier latch is fully locked.
When will the 960GB TLC SSD need replacement under heavy write workloads?
The drive uses TLC NAND rated for read-intensive workloads; replace it when the SMART wear indicator approaches the rated endurance limit.
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