HPE XP7 1.9TB 6G SAS SFF REMAN UPG SSD
The HPE XP7 1.9TB SSD is engineered for enterprise data centers requiring reliable, high-performance storage expansion. This 6G SAS solid-state drive delivers 1.9TB of capacity in a small form factor design, purpose-built as an upgrade for HPE XP7 storage systems. Ideal for organizations seeking cost-effective remanufactured storage solutions without compromising performance, this SSD provides the speed and dependability mission-critical applications demand.
Key Features
- 1.9TB capacity for substantial data storage expansion
- 6G SAS interface for high-speed enterprise connectivity
- Small form factor (SFF) design optimized for XP7 systems
- Remanufactured upgrade unit with certified reliability
- Enterprise-grade performance for demanding workloads
- Hot-swappable design for seamless system integration
Technical Specifications
| Specification |
Details |
| Manufacturer |
Hewlett Packard Enterprise |
| Part Number |
H6G64AUR |
| Capacity |
1.9TB |
| Interface |
6G SAS |
| Form Factor |
Small Form Factor (SFF) |
| Product Type |
Remanufactured Upgrade SSD |
| Compatibility |
HPE XP7 Storage Systems |
Frequently Asked Questions
What is the storage capacity of this HPE XP7 SSD?
This remanufactured SSD provides 1.9TB of storage capacity, offering substantial expansion for enterprise storage environments requiring additional data retention and performance.
Is this SSD compatible with HPE XP7 systems?
Yes, this 6G SAS SFF SSD is specifically designed as an upgrade component for HPE XP7 storage arrays, ensuring seamless compatibility and optimal performance integration.
What does remanufactured mean for this storage drive?
Remanufactured units are professionally restored to original specifications, thoroughly tested, and certified for reliability. This provides enterprise-grade performance at a reduced cost compared to new drives.
Can this SSD be hot-swapped in an XP7 system?
Yes, the hot-swappable design allows for seamless installation and replacement without system downtime, enabling flexible storage management and upgrades.
