The SATA 2.5-inch PM863a Solid State Drive (SSD) delivers
robust performance and lower latency, along with a high level of QoS
(Quality of Service) and enhanced reliability under mixed workloads. The
PM863a is ideal for CDNs (content delivery networks), streaming or web
server applications and cloud services.
Samsung V-NAND technology enables the PM863a to provide a wide capacity
up to 3.84 TB on the same footprint, as well as deliver better performance,
endurance and power efficiency to provide all the essentials for 24/7 data center environments.
The PM863a shows outstanding random read/write speeds up to 97K/24K IOPS.
It also delivers a strong IOPS consistency* above 99% in random read,
as well as superior performance in random write.
The PM863a boasts a better performance-to-power ratio than
standard HDD. This high performance and better power efficiency reduce
operating costs of data centers. The SATA 2.5-inch PM863a can replace
HDD by using the existing infrastructure and is available in wide
capacity options up to 3,840 GB, which can save server space.
* Total cost of ownership (TCO) can vary depending upon applications and conditions of the contract.
Increase Data Security
The PM863a protects data with AES 256-bit hardware-based encryption.
This encryption engine secures data without the performance degradation often experienced with software-based encryption.
The PM863a demonstrates a low probability of data corruption. End-to-end protection keeps data consistent along the entire data
transfer path and Power Loss Protection safeguards data in the write cache in the event of power failure.
The Dynamic Thermal Guard algorithm monitors the temperature of the SSD in order to prevent thermal shutdown.
Technology leader in innovation
Samsung is a leading solution provider that designs and integrates critical components of the Solid State Drive in house.
Because Samsung has intimate knowledge of every component and is a leader in V-NAND technology innovation,
it can fine-tune each element and create perfect synergy.