TOSHIBA N300 HIGH RELIABILITY 10TB NAS HARD DRIVE
The Toshiba N300 High Reliability 10TB NAS Hard Drive is engineered for demanding network‑attached storage environments where capacity, endurance, and data integrity are paramount. With a massive 10 TB (10,000 GB) capacity housed in a compact 3.5‑inch form factor, this drive delivers enterprise‑grade performance while maintaining an energy footprint suitable for continuous operation.
Key Design Features
- High Capacity: 10 TB of raw storage enables large media libraries, backup archives, and virtual machine repositories to coexist on a single chassis.
- 7200 RPM Rotation Speed: The drive’s spindle speed balances throughput with power consumption, delivering robust data transfer rates for read/write operations.
- SATA III Interface (6 Gb/s): Full utilization of the SATA III bus ensures maximum bandwidth for high‑throughput workloads typical in NAS deployments.
- 256 MB Cache Buffer: A generous on‑board cache mitigates latency spikes and smooths burst traffic, enhancing overall responsiveness.
- Robust Shock & Vibration Tolerance: Operating shock of 70 G and vibration tolerance of 0.75 G guarantee reliability in rack‑mounted or shelf‑mounted configurations where mechanical disturbances are common.
- RoHS Compliant: The drive meets strict environmental regulations, ensuring safe disposal and compliance with global standards.
Performance Metrics
The N300’s performance is quantified by several critical parameters that define its suitability for NAS workloads:
| Metric | Value |
| Average Latency | 4.17 ms |
| Operating Voltage | 5 V / 12 V |
| Operating Shock | 70 G |
| Operating Vibration | 0.75 G |
| Non‑Operating Shock | 250 G |
| Non‑Operating Vibration | 3 G |
| Weight | 770 g |
| Dimensions (H×W×D) | 26.1 mm × 101.8 mm × 147 mm |
Reliability & Endurance
The N300 is part of Toshiba’s N300 series, specifically engineered for NAS environments that demand high reliability and low failure rates. The drive incorporates advanced firmware algorithms to detect and correct errors, while the 256 MB cache buffer aids in maintaining data integrity during write operations.
Its endurance rating, expressed as MTBF (Mean Time Between Failures), is designed to exceed typical enterprise expectations for NAS drives. This translates into fewer replacement cycles and lower total cost of ownership over the lifespan of a storage array.
Compatibility & Integration
- Interface: Serial ATA (SATA III) – compatible with all modern NAS chassis that support SATA 6 Gb/s connections.
- Form Factor: 3.5‑inch – fits standard 3.5‑inch bays in rack‑mounted or shelf‑mounted NAS units.
- Operating Temperature: Designed for typical data center and server room environments, ensuring stable operation across a wide temperature range.
Use Cases
The N300’s combination of capacity, speed, and reliability makes it ideal for the following scenarios:
- Media Streaming Servers: Large libraries of high‑definition video can be stored and streamed with minimal buffering.
- Backup & Disaster Recovery: High‑capacity storage facilitates full system backups, incremental snapshots, and long‑term archival.
- Virtualization Platforms: Virtual machine images and snapshots benefit from the drive’s fast read/write performance.
- Big Data Analytics: Large datasets can be ingested and processed efficiently in a NAS environment.
Installation & Setup
Installing the N300 is straightforward:
- Insert the drive into an available 3.5‑inch bay within your NAS chassis.
- Connect the SATA data and power cables to the corresponding ports on the motherboard or controller card.
- Power on the system; the drive should appear in the BIOS/UEFI and be recognized by the operating system.
- Configure RAID or storage pools as required for your application, taking advantage of the drive’s high capacity to maximize storage efficiency.
Conclusion
The Toshiba N300 High Reliability 10TB NAS Hard Drive stands out as a premium choice for professionals and enterprises that require dependable, high‑performance storage solutions. Its blend of large capacity, robust design, and proven reliability ensures that critical data remains accessible and protected in demanding NAS deployments.