Samsung MZ-PLK6T4A PM1725 Series 6.4TB 5-DWPD Drive Writes Per Day Enterprise TLC V-NAND NVMe PCI-E 3.0x8 SSD Solid State Drive With Both Brackets MZPLK6T4HCJL-000D3 57X7G 057X7G KR-057X7G

Extreme performance:
The highest levels with unsurpassed random read speeds and an ultra-low latency rate using Samsung’s highly innovative 3D vertical-NAND (V-NAND) flash memory and an optimized controller.

Outstanding Reliability:
Features five DWPDs (drive writes per day) for five years, which translates to writing a total of 32TBs per day during that time. This means users can write 6,400 files of 5GB-equivalent data or video every day, which represents a level of reliability thats more than sufficient for enterprise storage systems that have to perform ultrafast transmission of large amounts of data.

Realize extreme performance with ultra-low latency in read-intensive applications:
To satisfy an enterprise environment’s exceptionally high-demands, an SSD must perform over long periods of time at maximum performance levels for the variety of workloads that simultaneously access the device. In addition, the SSD must provide the performance consistency to satisfy grueling Quality of Service (QoS) requirements.

Delivering highly optimized performance for various data center applications:
The Samsung PM1725 SSD is optimized to excel in virtually any data center scenario. This enterprise-level, ultra-high performance SSD provides unsurpassed random read performance and is particularly suitable for read-intensive data center applications.

Enterprise-grade power loss protection:
During normal power-off periods, the host server allocates time to maintain data integrity by transmitting standby commands to each device. In the event of an unexpected power loss, though, the cached data in a storage device’s internal buffers (DRAM) can be lost. This can occur with power outages or users unplugging devices from the system. However, the Samsung PM1725 MVMe SSD has been designed to prevent data loss with its power-loss protection architecture. Upon detection of an external power failure, the SSD immediately uses the stored energy from tantalum capacitors to provide enough time to transfer the cached data in DRAM to the flash memory, ensuring no loss of data.