Samsung PM1725a 6.4TB PCIe NVMe Enterprise Add In Card SSD
6.4TB Samsung PM1725a AIC SSD, HHHL PCIe 3.0 (x8), NVMe, TLC 3D/V-NAND, 6300MB/s Read, 2600MB/s Write, 1000k/180k IOPS
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Samsung’s all-flash solutions for heavy workloads deliver unrivalled performance, reliability and capacity without bottlenecks.
Samsung PM1725a NVMe SSD: Fast Performance with Consistent Low Latency
Embedded with advanced flash memory, PM1725a is the optimal SSD for essential workloads, capable of huge data throughput. Its ultra-low latency and PCIe Gen3 achieve superb performance without bottlenecks. Maximum 5 DWPD top expectations for reliability and endurance.
Maximize Data Transfer with the High-Performance, Reliable PM1725a
Enterprise environments have unique requirements to ensure that they operate optimally 24/7, 365 days a year. A varied level of performance with low latency is essential. It is also critical that these environments remain stable when processing various read and write workloads. Moreover, the most crucial criteria of all are protection from data corruption or loss due to unexpected power outages. Considering each of these factors, IT and data center managers are tasked with finding high performing, dependable memory solutions. Samsung is well-equipped to offer superb enterprise environment SSDs. The drives deliver exceptional performance in multithread applications, such as compute and virtualization, relational databases, and storage. These high-performing SSDs also provide outstanding reliability for continual operation regardless of unanticipated power loss. Their reliability also extends to non-interrupt service in case a failure occurs on one of the paths to a port. Using its proven expertise and wealth of experience in cutting-edge SSD technology, Samsung memory solutions helps data centers operate continually at the highest performance levels. Samsung has the added advantage of being the sole manufacturer of all of its SSD components. This advantage helps ensure end-to-end integration, quality assurance and the utmost compatibility.
Optimized for enterprise environments
The Samsung PM1725a 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. When compared with other standardized Samsung SSDs, the PM1725a SSD provides the highest random read IOPS performance. The PM1725a is equipped with Samsung 3rd-generation TLC V-NAND technology. This technology eliminates performance and reliability issues that result from capacity limitations found in planar NAND technologies. The Samsung V-NAND technology delivers reliable and consistent performance at lower costs for today's demanding data-centric world.
Superb Performance Over SAS SSDs
The PM1725a uses a state-of-the-art NVMe interface to overcome bottlenecks experienced in SAS (serial-attached SCSI) and SATA interfaces. Furthermore, the PM1725a employs the highest density to successfully process intensive and heavy enterprise workloads. When we compare the performance of a Samsung enterprise SAS SSD, which uses MLC V-NAND flash memory, to the TLC-based PM1725a, with comparable cost, the PM1725a provides up to 4.3 times more bandwidth than the MLC-based SAS SSD for sequential read and up to 5 times more IOPS for 4 KB random read.
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 SSD immediately uses the stored energy from tantalum capacitors to provide enough time to transfer the cached data in DRAM to the flash memory. This process helps ensure no loss of data. Power loss can occur with power outages or when users unplug devices from the system. However, the PM1725a NVMe SSD has been designed to prevent data loss with its PLP (power-loss protection) architecture. In the event of sudden power off or power failure, the PLP solution can help ensure that data issued by the host system is written to the storage media to reduce the risk of loss of data.
The PM1725a supports multiple namespaces, where a single SSD can be partitioned into multiple hardware partitions. A namespace can be assigned to multiple hosts or dedicated to a single host. The PM1725a supports up to 32 multiple namespaces. Features Exceptional Value
The PM1725a utilizes Samsung V-NAND flash memory, which features a unique design that stacks 48 layers on top of another. It also employs cost-effective TLC (triple-level cell) flash memory, which delivers higher reliability than MLC (multi-level cell) planar NAND flash memory SSDs. With this architecture, the PM1725a can deliver enterprise-level performance economically.
Consistently High Performance
The PM1725a HHHL (half-height, half-length) card delivers a wide bandwidth of up to 6,200/2,600 MB/s sequential R/W speeds respectively, using under 23 W of power. It delivers up to 1,000K and 180K IOPS for random 4KB read and write, respectively. The PM1725a delivers QoS (quality of service, 99%) of 160µs and 100µs for random 4KB writes.
Even though the PM1725a employs a TLC V-NAND flash memory, it boasts 5 DWPD (drive writes per day) for 5 years. This rate translates to writing a total of 32TB each day during that time, which means users can write 6,400 files of 5GB-equivalent data every day. This level of reliability is more than sufficient for enterprise storage systems that have to perform ultrafast transmissions of large amounts of data.
By fitting more memory into a V-NAND chip, it provides significantly more capacities of up to 6.4 TB in both the PM1725a 2.5-inch and HHHL card SSDs. Depending on your storage requirements and applications, 800GB, 1.6TB, 3.2TB and 6.4TB capacities are available.
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Date Issued: 7th Apr 2015
Perhaps the best PC innovation in the last 10 years has been the solid-state drive (SSD) used to store the operating system and programs on your computer. SSDs have begun to replace the older mechanical disks as the primary storage for the PC and it's not hard to see why.
Date Issued: 7th Apr 2015
One of the greatest advances for PCs in recent years has been the introduction of solid-state drives (SSD). These storage drives hold information on flash memory that is managed by a processing chip called a controller. Advantages of SSDs over traditional spinning disks are numerous, from silent operation, lower power to significantly faster performance.