Ultrastar NVMe™ Series
Low Latency and Maximum Throughput for High-Transaction Workloads
OVERVIEW
Accelerate Access to Critical Data for Data-Intensive Workloads and Applications
Ultrastar NVMe series SSDs perform at the speed of today's business needs. Enabling faster intelligence & access to critical data, these SSDs meet the growing digital demands of your business applications.
Performance NVMe Ultrastar DC SN840 SSDs deliver extreme performance & ultra-low latency to the top tier of enterprise storage. With proven dual-port NVMe architecture, these drives are best suited for performance demanding platforms including HPC servers, mission-critical applications and workloads that require superior read/write performance and low latency.
Mainstream NVMe Ultrastar DC SN640 SSDs are optimized for consistent quality of service and low latency for mixed random read/write workloads commonly generated by top enterprise applications such as virtualization, OLTP, NoSQL, web servers, file servers and mail servers. Ultrastar DC SN640 enables a seamless transition from SATA SSDs, delivering high performance for deeper insights & faster results for today's data intensive applications.
Accelerate Access to Critical Data
Maximum Throughput
Performance NVMe SSDs designed to accelerate data center workloads
Low Latency
Predictable throughput for high-transaction workloads
Design Flexibility
Choice of form factors to support range of data centers requirementss
- Is power and energy-efficient to ensure maximum reliability
- Offers larger storage base capacity with maximum efficiency
- With 7.50 TB capacity you have ample space for storing millions of images, hundreds of hours of video or for music lovers, up to a million songs
- The high-read speed of 3311 MB/s maximizes system performance and saves time while you are doing complex tasks
- Write speed of 3057 MB/s enables you to perform write-related tasks in seconds rather than minutes
- PCI Express NVMe 3.1 interface for a speedy data transfer to ensure maximum efficiency
- 2.5" form factor for added reliability and dependability
