Solidigm D7-PS1030 6.4 TB U.2 SSD — enterprise NVMe 6400 GB, U.2 form factor, 0.14 kg

The Solidigm D7-PS1030 6.4 TB U.2 SSD is an enterprise NVMe drive designed for servers and workstations that require large persistent capacity in a hot-pluggable U.2 form factor. With 6.4 TB (6400 GB) of 3D TLC NAND storage and a compact 0.14 kg chassis, this SSD targets high-density storage, caching tiers, and read/write intensive workloads. The device is engineered to deliver elevated mid‑endurance endurance characteristics and performance optimizations for real-world I/O patterns, making it suitable for sustained data center use.

Advantages

The Solidigm D7-PS1030 combines high capacity and enterprise NVMe performance with a U.2 format that supports hot-swap in compatible server chassis. It is optimized for write-centric and mixed workloads through performance tuning for practical I/O conditions. Support for modern PCIe generations enables improved throughput and latency characteristics while the high-capacity design helps reduce rack space and power per terabyte when deployed at scale.

Suitable for

• Server storage for databases and OLTP systems
• Caching and tiered storage in enterprise environments
• High-performance compute nodes and HPC metadata logging
• AI/ML pipelines and data preprocessing requiring large persistent NVMe capacity

Key specifications

• Capacity: 6.4 TB (6400 GB)
• Form factor: U.2 (2.5-inch, hot-pluggable in supported chassis)
• NAND type: 3D TLC
• Interface generation: optimized for PCIe 5.0 (backward compatible with PCIe 4.0 solutions)
• Target workload profile: mid‑endurance, write‑centric and mixed workloads
• Typical use weight: 0.14 kg

How to use

Install the Solidigm D7-PS1030 into a compatible U.2 bay on a server or workstation following the chassis manufacturer’s hot-swap and drive installation procedures. Ensure firmware and platform NVMe drivers are up to date and that the server BIOS/UEFI recognizes NVMe devices. Configure the drive as required by your storage architecture: use it as a primary data volume, part of a RAID array where supported, as a cache tier for faster storage, or dedicated storage for application datasets. Monitor drive health and endurance metrics through supported management and monitoring tools.

Usage recommendations

For reliable long-term operation, deploy the drive in systems with proper cooling and power management, keep firmware updated, and use vendor-recommended monitoring to track endurance and performance metrics. Match the drive’s mid‑endurance profile to workloads with substantial write activity but moderate endurance demands, such as OLTP, metadata logging, caching, and AI/ML staging.