HPE 652583-B21 - HPE 600GB SAS 2.5in 10K HDD

Brand: HPE | Category: Enterprise HDDs

SKU: HPE-652583-B21 | Part #: 652583-B21 | MPN: 652583-B21

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Rated for 24×7 nearline sustained sequential workloads with an MTBF of 1,400,000 hours, the HPE 652583-B21 is a purpose-built enterprise SAS hard drive engineered for demanding data centre environments. This 600GB 2.5-inch SFF drive operates at 10,000 RPM over a SAS 12Gb/s interface, delivering consistent performance for high-availability storage architectures across HPE infrastructure. The drive ships in an HPE SmartDrive Carrier with full hot-plug capability, enabling non-disruptive capacity expansion and hardware replacement without downtime.

Storage architects and IT procurement teams will appreciate the integrated iLO Health Integration, which surfaces SMART data and predictive failure reporting directly into HPE ProLiant management interfaces—reducing operational blind spots and enabling proactive maintenance. Housed in a compact 15 mm form factor, the 652583-B21 fits seamlessly into space-constrained rack and blade environments while maintaining enterprise-grade reliability across operating temperatures of 5°C to 60°C. The drive carries HPE spare part number 653957-001 and is certified for use across HPE ProLiant DL, ML, BL, and SL server families, HPE Synergy, and HPE MSA Storage platforms. For organisations standardising on HPE infrastructure, this drive eliminates qualification complexity and ensures predictable integration. Contact Omnixon Global to submit an RFQ for the HPE 652583-B21 and discuss volume pricing tailored to your deployment timeline.

Typical Deployment Scenarios

• Multi-node ProLiant SL and BL blade server clusters requiring consistent 10,000 RPM performance and hot-swap redundancy
• HPE MSA mid-range SAN arrays supporting 24×7 mixed read-write workloads with predictive health monitoring
• HPE Synergy composable infrastructure environments where modularity and carrier-based serviceability are critical
• Nearline OLTP and transactional databases demanding sustained sequential I/O and low mean-time-to-failure guarantees
• High-availability clusters where iLO integration enables transparent drive health visibility and automated alerting

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