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Enterprise Grade 2.5inch SATA SSD

Nuw hydra series enterprise grade 2.5 inch sata ssd has become an important component of modern enterprise storage solutions due to their high performance, reliability, data security, and standardized design. Whether in improving application performance, reducing energy consumption, or ensuring data security, it has demonstrated outstanding value and is suitable for various critical task application needs.

Specification
  • Capacity:2TB-8TB

  • Interface:SATAIII

  • Protocol:SATA V3.2

  • Read And Write Speed:520MB/S;500MB/S

  • Operating Temperature:-40~85℃

  • Storage Temperature:-55~95℃

  • Support Power-Off Protection

  • Hardware Or Software Destruction(Optional)

Main feature

Increased Durability And Reliability

  • Longer Life:

    Enterprise Grade SSD typically use higher quality flash memory chips and have higher write durability and greater fault tolerance. They can withstand more read and write cycles and are suitable for high-load enterprise environments.

  • Power Loss Protection:

    Enterprise Grade SSD are equipped with Power Loss Protection (PLP), which can protect data security in the event of a power failure and prevent data loss or damage.

  • Stronger Temperature Tolerance:

    Enterprise Grade SSD usually have a wider operating temperature range, can adapt to high and low temperature operating conditions in data centers or harsh environments.


Higher Performance

  • Higher IOPS (Input and Output Operations per Second) and Throughput:

    Enterprise Grade SSD design focuses on high concurrency, high-speed data transmission, suitable for database, big data analysis, virtualization and other high-load environments.

  • Low Latency:

    Compared with mechanical hard disk (HDD), SSD latency is greatly reduced, Enterprise Grade SSD latency is usually lower, can provide the necessary support for real-time applications and high-frequency trading.

  • Optimized Write Amplification Control:

    Enterprise Grade SSD are usually equipped with advanced garbage collection and write amplification algorithms to ensure efficient write performance over a long period of time.

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