SSD disk HP 800GB SFF 12G MU 822786-001-RFB

HP 800GB SFF 12G MU SSD (model 822786-001-RFB) is a 12G SAS solid-state drive designed for enterprise servers and storage arrays. The 800GB capacity in a small form factor (SFF) provides a balance of usable space and efficient server bay usage. With the 12G SAS interface and enterprise-grade components, this SSD targets workloads that require sustained performance, low latency and high reliability.

Advantages

The HP 800GB SFF 12G MU SSD delivers faster access times and higher I/O throughput compared with rotating media thanks to its flash-based architecture and 12G SAS connectivity. The compact SFF design allows denser drive population in chassis with limited bay space. Enterprise-focused firmware and wear-management features increase endurance and data integrity for consistent operation under heavy mixed workloads.

Suitable for

• Database servers and transaction processing where low latency is critical
• Virtualization hosts and VDI deployments requiring consistent IOPS
• High-performance storage arrays and tiered storage configurations
• IOPS-intensive applications such as analytics, caching and indexing

Key specifications

• Brand: HP
• Model / MPN: 822786-001-RFB
• Capacity: 800GB
• Interface: 12G SAS
• Form factor: SFF (Small Form Factor)
• Category: SSD

How to use

Install the HP 800GB SFF 12G MU SSD into a compatible server or storage enclosure that supports 2.5" SFF SAS drives and 12G SAS connectivity. Follow your server manufacturer's guidelines for hot-swap insertion or maintenance window procedures if replacing an active drive. Configure RAID or controller settings according to workload requirements and perform any recommended firmware updates provided by HP or your hardware vendor prior to production use.

Usage recommendations

Use enterprise-class monitoring and SMART-capable management tools to track drive health, temperature and remaining endurance. For critical systems, deploy redundancy (RAID or replication) and regular backups to protect data. Align RAID stripe size and caching policies with the intended workload to optimize performance and drive longevity.