Extreme Endurance TBW

Engineered for constant data access, the ED90 NAS SSD boasts a Mean Time Between Failures (MTBF) of 1,500,000 hours and a robust TBW rating of up to 4,100 B for the 4TB model. This high endurance, built upon premium TLC 3D NAND Flash, ensures longevity and consistent performance under the relentless read/write cycles of a modern NAS workload.

Peak Speed & IOPS

Drastically reduce latency and accelerate your workflow with the ED90 NAS SSD. The PCIe Gen 4x4 interface, compatible with NVMe 1.4, delivers blistering sequential read/write speeds up to 5,000/4,800 MB/s. It also offers a staggering 950K maximum 4K random write IOPS. Accessing small files, running databases, and handling multi-user environments is virtually instant due to its low write latency.

Advanced Data Protection

Your data integrity is paramount. The ED90 NAS SSD integrates a suite of protective technologies, including Low-Density Parity-Check (LDPC) error correction code (ECC) to detect and fix data errors, thereby enhancing data integrity and the SSD's overall stability and lifespan. Support for RAID configurations enhances data redundancy, while the robust TLC 3D NAND Flash provides "extra reliability", ensuring your files remain secure and uncorrupted.

Robust Environmental Tolerance

The ED90 NAS SSD operates silently and efficiently. Built with no moving parts, this SSD is inherently shock-resistant up to 1500G and can withstand significant vibration. With a standard operating temperature range of 0°C to 70°C, the ED90 NAS is built to maintain stability in diverse physical environments, ensuring quiet, cool, and energy-efficient operation for your always-on NAS.

Intelligent Wear-Leveling

To maximize the lifespan and reliability of the drive, the ED90 NAS SSD employs sophisticated wear-leveling algorithms. By distributing write and erase cycles evenly across all NAND flash blocks, its Dynamic wear leveling technique prevents premature wear on any single part of the drive. This ensures stable, long-term performance and endurance, being specifically tuned to work in harmony with the sustained writes and rebuilds common in NAS RAID environments.

Deployment scenarios