Synology SSD SNV3410-800G 800GB M.2 2280 NVMe SSD SNV3410 Retail
Status: Available
SKU: 265461
Vendor: Synology
MPN: SNV3410-800G
UPC: 846504004607
EAN:
M.2 NVMe SSD SNV3000 Series
Boost the I/O performance of your Synology NAS
Enterprise M.2 NVMe SSD for Synology NAS
SNV3400
M.2 2280 NVMe SSD, tailored for Synology NAS with built-in M.2 slots
Durable SSD for demanding caching workloads
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.
Performance
Up to 70,000 4K random write IOPS
Endurance
988 TBW for 24/7 enterprise workload
Analytics
Actionable insight for optimal performance and longevity
Updates
Automatic firmware updates with DSM
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 design3, 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.
General
Capacity
800 GB
Form Factor
M.2 2280
Interface
NVMe PCIe 3.0 x4		 Performance
Sustained Sequential read (128 KB, QD32)
3,100 MB/s
Sustained Sequential write (128 KB, QD32)
1,000 MB/s
Sustained Random Read (4KB, QD256)
400,000 IOPS
Sustained Random Write (4KB, QD256)
70,000 IOPS
Notes
All performance measurement were reached in full sustained mode based on the JESD219A enterprise workload, defined by JEDEC Solid State Technology Association.