Dell 600GB 10K RPM SAS 12Gb/s Enterprise Hard Drive
Model: AL14SEB060N | Dell PNs: G3MWJ, 0G3MWJ | 600GB Capacity | 10K RPM
The Dell G3MWJ (Toshiba AL14SE series platform) represents a significant jump in performance over legacy 6Gb/s drives. By utilizing a 12Gb/s SAS interface, this drive provides the necessary bandwidth for high-speed data transfers in modern PowerEdge and PowerVault environments. The AL14SEB060N is particularly notable for its enhanced buffer management and superior random-read performance, making it a reliable workhorse for data centers transitioning to 12G infrastructure.
📊 Technical Specifications
Capacity: 💾 600 GB
Interface: ⚡ SAS 12Gb/s (Dual Port)
Spindle Speed: 🏎️ 10,000 RPM
Cache: 🧠 128 MB
Form Factor: 📏 2.5-inch SFF
MTBF: 🛡️ 2.0 Million Hours
Sector Format: 💾 512n (Native)
Recording Technology: 🖋️ CMR (Conventional Magnetic Recording)
✅ Product Overview
Toshiba AL14SE Architecture: Built on a platform that emphasizes both energy efficiency and performance. It features an increased cache size (128MB) compared to previous generations, which helps accelerate small-block data transfers.
12Gb/s SAS Throughput: Designed for the latest generation of PERC controllers, this drive offers double the interface speed of 6G drives, reducing bottlenecks during heavy sequential workloads and RAID rebuilds.
Persistent Write Cache (PWC): Includes specialized technology to protect data against loss during sudden power failure events, ensuring "data-in-flight" is handled safely while improving overall write performance.
📦 Compatibility & Use Case
Target Systems: Optimized for 13th and 14th Generation Dell PowerEdge servers (R430, R630, R730, R640, R740) and PowerVault storage arrays (MD1420, ME4024).
Ideal Workloads: Transactional databases, virtualized server nodes, high-traffic web serving, and enterprise-grade storage pools where low latency is required.
⚠️ Technical Note: This is a 12Gb/s SAS drive. While it is fully backward compatible with 6Gb/s SAS backplanes, it requires a 12Gb/s capable controller (such as the PERC H730 or H740) to utilize its full performance potential. It features a 512n (512 native) sector format, ensuring "plug-and-play" compatibility with legacy operating systems.
