Descripción de marketing

Synology SNV3000 series NVMe SSD is designed to handle tough caching workloads in a 24/7 multi-user environment. Its durable I/O performance boosts system responsiveness and speeds up handling of frequent access data, providing a streamlined storage experience while minimizing service disruptions to your Synology NAS.

Puntos de venta clave

• Consistently fast caching for 24/7 environments
• Data integrity safeguards
• Lifetime analytics based on actual workload
• Timely notifications
• Optimal use
• Effortless firmware updates
• Purpose-built for Synology NAS

Características del producto

• Consistently fast caching for 24/7 environments
  Built for system cache, Synology SNV3000 series pushes up random I/O performance and reduces latency in demanding 24/7 environments. It offers durable caching with over 375,000/70,000 4K random read/write IOPS and a 988 TBW endurance rating, suitable for multimedia post-production and database applications.
• Data integrity safeguards
  Synology SNV3000 series integrates end-to-end data protection to safeguard data integrity over the entire transfer path. The SNV3500 comes with power loss protection circuit design, further preventing data corruption during an abnormal shutdown: Dedicated capacitors provide power to flush data-in-flight into NAND flash in a power loss event and firmware is designed to enable a correct restart on the next power-up.
• Lifetime analytics based on actual workload
  Full integration with Synology's DiskStation Manager (DSM) enables lifetime analytics for each SNV3000 series unit based on actual workloads.
• Timely notifications
  Plan further ahead for uninterrupted system performance and longevity with timely notifications.
• Optimal use
  Easy monitoring allows you to make optimal use of each SSD.
• Effortless firmware updates
  Synology DSM keeps your drives up to date automatically. No need for separate maintenance sessions.
• Purpose-built for Synology NAS
  Synology SNV3000 series is thoroughly tested for compatibility with systems following each engineering change, while firmware and component changes are strictly managed. Intensive I/O stress, power cycling, and temperature trials ensure that all products meet strictest standards for quality and reliability.