Lenovo - 800GB 2,5 SAS2 Intern 600 MB/s 6G Enterprise SSD

Enterprise storage demands more than just capacity—it requires relentless consistency under mixed workloads and absolute data integrity. The Lenovo 800GB 2.5" SAS 6Gbps Enterprise SSD (00AJ218) is engineered for exactly that: a hot-swappable, end-to-end protected drive that delivers up to 600 MB/s sequential reads and writes, making it a natural fit for database servers, virtualization hosts, and high-transaction environments where every I/O counts.

Highlights

• 800 GB enterprise-grade solid state drive in a standard 2.5-inch form factor
• Dual-port SAS 2.0 interface with 6 Gbps bandwidth for reliable, high-throughput connectivity
• Sequential read and write speeds up to 600 MB/s for fast data access and replication
• End-to-End Data Path Protection and Enhanced Power Loss Data Protection technology safeguard data from host to NAND and back
• Hot-swappable design allows replacement without downtime, a must for mission-critical servers

In daily use

This drive is built for 24/7 operation. Its enterprise endurance rating means it can handle sustained write-intensive workloads that would wear out client SSDs prematurely. The SAS interface provides dual-port redundancy, so if one path fails, the drive remains accessible through the other—a key advantage over SATA in clustered or high-availability configurations. With power loss protection, in-flight data is preserved during unexpected power failures, preventing corruption and reducing recovery time.

Full specifications

• Capacity: 800 GB
• Form factor: 2.5-inch
• Interface: SAS 2.0 (6 Gbps)
• Sequential read speed: up to 600 MB/s
• Sequential write speed: up to 600 MB/s
• Application: Enterprise
• Internal drive
• Hot-swappable: Yes
• End-to-End Data Path Protection: Yes
• Enhanced Power Loss Data Protection technology: Yes

Final note

When your infrastructure cannot afford silent data corruption or unexpected drive failures, the Lenovo 00AJ218 delivers the enterprise-grade reliability and performance your workloads demand.