WESTERN DIGITAL SSD - Ultrastar DC SA620 - 960GB - SATA 6Gb/s - 2.5in 7mm - (SDLF1DAR-960G-1HA1)

Optimized for Read-Intensive Workloads in the Cloud and at the Edge
Cloud and Software-defined Storage environments require elastic infrastructure to be able to adapt to continuously changing workload and data requirements. Delivering performance and capacity at the right time, while staying on budget, is essential to success. Western Digital’s Ultrastar DC SA620 SATA SSDs enable price/performance with mixed-use endurance options to support elasticity required for cloud data centers to succeed. SATA SSDs also play a role in edge computing, where applications like content delivery networks (CDNs) are moving away from centralized data centers to locations closer to those who are consuming the content. In such environments, data access speed is essential. SATA SSDs are key to delivering cost-effective performance for these read-intensive environments. Our purpose-built Ultrastar DC SA210 drives deliver price/performance to edge servers and read-intense CDNs, and are also well-suited for use as boot drives. With capacities as low as 120GB up to 1.92TB, you can choose the right capacity point for your operating system and logging requirements.

Delivering Edge and Cloud Economics
Purpose Built
Performance and endurance options deliver cost-efficiency to Cloud/Edge

Efficient Capacity
With models as low as 120GB, find a drive that fits your needs and budget

Enterprise Grade
All drives offer a 5-year limited warranty and 2M hr MTBF rating

Enterprise Solutions Made Affordable by SATA
Everywhere data lives, from sensors to mobile devices to the cloud, we’re driving the innovation necessary to stay ahead of new demands. Our breadth of expertise and level of integration gives us an unmatched ability to deliver carefully calibrated solutions for every type and use of data.

Efficient Capacity
Up to 1.92TB capacity based on 15nm MLC NAND, optimized for cloud and hyperscale environments

Throughput for Cloud & SDS
Up to 512 MiB/s sequential read and up to 56K IOPS mixed 70/30 R/W; write latency as low as 56µs