Seagate Pulsar XT.2 ST200FX0002 - solid state drive - 200 GB - SAS-2
Mfg # ST200FX0002
CDW # 2453072
| UNSPSC 43202005
Know your gear
Data centers need to store and deliver the highest value data quickly, consistently and reliably. The Pulsar XT.2 SSD was designed for complex, mixed workload enterprise environments. It performs background data and media management tasks without impacting end-user performance. The drive delivers the fastest random write performance available in a small form factor, SAS-based SSD, the best balance of random read to random write performance, and the speed that write-intensive, Tier 0 applications need while minimizing time variance between read and write operations.
The Pulsar XT.2 SSD can routinely complete over 35 full drive writes per day (up to 25 petabytes written over the life of the device), providing the endurance needed in demanding enterprise environments. It uses advanced media-management techniques to help protect against unexpected data change or loss. It also uses media scanning helps protect against read disturb data errors, and protection information helps ensure data is not unintentionally changed throughout its lifecycle. Power-loss data protection helps ensure data is not lost or inadvertently changed during power loss, and advanced wear-leveling algorithms evenly write across all NAND blocks to maximize the life of the SSD.
The Pulsar XT.2 SSD uses the industry-standard SAS interface to improve scalability and to avoid software stack compatibility issues It also uses standard 2.5-inch form factors that hot swap into existing HDD slots to avoid chassis, ecosystem changes and downtime.
The Pulsar XT.2 SSD can routinely complete over 35 full drive writes per day (up to 25 petabytes written over the life of the device), providing the endurance needed in demanding enterprise environments. It uses advanced media-management techniques to help protect against unexpected data change or loss. It also uses media scanning helps protect against read disturb data errors, and protection information helps ensure data is not unintentionally changed throughout its lifecycle. Power-loss data protection helps ensure data is not lost or inadvertently changed during power loss, and advanced wear-leveling algorithms evenly write across all NAND blocks to maximize the life of the SSD.
The Pulsar XT.2 SSD uses the industry-standard SAS interface to improve scalability and to avoid software stack compatibility issues It also uses standard 2.5-inch form factors that hot swap into existing HDD slots to avoid chassis, ecosystem changes and downtime.