WP Arsenal 16TB SATA 7200RPM 3.5-Inch DAS Hard Drive
Brand: Water Panther
Color: 16TB
WP Arsenal Series DAS Drives

The Water Panther Arsenal series is designed for direct attached storage systems and business environments. Business-centric storage devices have stricter requirements on availability, connectivity, and dependability. Water Panther Arsenal delivers field-proven solutions for a multitude of mainstream DAS/JBOD systems. Disk shelf arrays can count on the Water Panther Arsenal drives for 24/7 availability even in heavy workload environments. Each Arsenal drive is tuned to scale beyond 8-bay systems to support high capacity RAID storage and to connect seamlessly with processing systems. Our team of engineers has hand-selected the optimal drives for direct attached storage systems.
With the Arsenal series, you can be sure you are getting a drive that is validated to work flawlessly in major DAS systems from multiple manufacturers. Arsenal series drives provide not only a great value, but also a higher workload rating than lower-tier NAS graded drives. Build a storage array that has your back, with the Water Panther Arsenal series.

Highlights

Optimized for heavy workloads—up to 3x that of NAS drives
Solid supply-chain of great-value drives to lower overall expenses
Extends beyond burst performance of NAS drives by delivering consistent data transfers that are responsive with no hang ups
Ideal for business-critical applications, more cost-effective than mission-critical 15K/10K RPM drives when capacity is at the forefront

Note: Drives with the SAS interface are for systems with capable disk controllers, they will not function in typical SATA environments. All Arsenal series drives will support RAID arrays formatted in 512-byte sector sizes.
16TB SATA HDD designed for direct-attached-storage (DAS) systems
Water Panther Arsenal drives deliver consistent and responsive transfers
Optimized for heavy workloads—3x that of NAS drives
Drop-in ready for mainstream JBOD, disk shelf, and multi-bay RAID arrays
Connect directly and utilize low latency hardware for upmost performance