The Hitachi HUS156060VLF400 is a top-tier mission-critical drive from the Ultrastar 15K600 family, specifically engineered for high-performance enterprise storage networks. Operating at a blistering 15,000 RPM with a 4Gb/s Fibre Channel (FC) interface, this drive is designed for the most demanding 24/7 environments like online transaction processing (OLTP) and intensive data analytics. It features the industry's largest cache for its class at 64MB, ensuring rapid data access and high system efficiency.
Capacity: 💾 600 GB
Interface: ⚡ Fibre Channel 4Gb/s (FCAL)
Spindle Speed: 🏎️ 15,000 RPM
Cache: 🧠 64 MB
Form Factor: 📏 3.5-inch LFF
MTBF: 🛡️ 1.6 Million Hours
Average Seek Time: ⏳ 3.4 ms
Sector Format: 💾 512n (Native)
Condition: ✨ Refurbished - Excellent. Professionally audited, secure-erased to NIST 800-88 standards, and verified for 100% health for immediate deployment into enterprise SAN and RAID environments.
Rotational Vibration Safeguard (RVS): Uses internal sensors to monitor and compensate for vibration in multi-drive server chassis, maintaining performance stability where standard drives would struggle.
Advanced Power Management: Includes multiple idle modes to optimize power usage, reducing cooling requirements and lowering total cost of ownership (TCO) in large-scale data centers.
End-to-End Data Protection: Features robust error detection and correction (ANSI T10) to ensure data integrity is maintained throughout the entire transfer process.
Workload Detector Technology: Automatically optimizes drive performance specifically for RAID environments, maximizing throughput during heavy simultaneous access.
Target Systems: Specifically designed for Fibre Channel (FC) storage arrays and enterprise-class servers from Dell (EMC), HPE, and IBM/Sun.
Ideal Workloads: Business-critical database hosting, storage area networks (SAN), high-performance computing, and data warehousing.
Reliable Heritage: The 15K600 series is a "Gold Standard" for mechanical speed, offering a 23% increase in sequential performance over its predecessors.