Kingston Technology Dc1500M U.2 Enterprise Ssd 7680 Gb Pci Express 3.0 3D Tlc Nvme

Description :

7680 GB, 3D TLC, U.2, PCIe NVMe Gen3 x4, 3100 / 2700 MB/s, 160 g

Kingston Technology DC1500M U.2 Enterprise SSD. SSD capacity: 7680 GB, SSD form factor: U.2, Read speed: 3100 MB/s, Write speed: 2700 MB/s, Component for: PC/notebook

Kingston DC1500M U.2 NVMe SSD features high-storage capacity and enhanced enterprise performance. It offers a high-performance Gen 3.0 x4 PCIe NVMe design to deliver latency and IOPS consistency. DC1500M is backed by strict QoS requirements to ensure predictable random IO performance as well as predictable latencies over a wide range of workloads.

The U.2 form factor design (2.5”, 15mm) works seamlessly with the latest-generation servers and storage arrays utilising PCIe and U.2 backplanes. DC1500M is hot pluggable, eliminating the challenges of serviceable PCIe storage.

It boasts enterprise-class features such as end-to-end data path protection, namespace management, power loss protection (PLP) and telemetry monitoring for increased data center reliability. Backed by Kingston’s legendary pre- and post-sales support and a five-year limited warranty1. Capacities range from 960GB to 7.6TB2.

Applications

The "mixed-use" workload drive makes it ideal for running a wide range of customer applications including:

- Virtualisation
- High-performance cloud service
- Web hosting caching
- High-resolution media capture and transport
- ERP, CRM, GL, OLAP, OLTP, ERM, BI and EDW workloads

Data Center NVMe performance

Incredible I/O consistency with sustained speeds of up to 3GB/s and 510K IOPS.

Enterprise-class mixed-use storage

An exceptional balance of consistent I/O delivery with high read and write IOPS performance to manage a wide range of transactional workloads.

Reduce application latencies

Quality of Service (QoS) delivers ultra-low transactional latency for large data sets and various web-based applications.

On-board Power Loss Protection (PLP)

Enterprise-class protection to reduce the possibility of data loss or corruption on ungraceful power fails.