Solidigm SSDPF2NV307TZOZ internal solid state drive 30 TB U.2 PCI Express 4.0 NVMe 3D4 QLC

D5-P5316
Highly efficient, read-optimized PCIe 4.0 drives, designed for read-intensive and sequential workloads.

Solve the Challenges of Cost-Effective Storage
Discover how the large-capacity D5-P5316 SSD enables significant TCO savings while accelerating read-optimized workloads to meet the growing challenges of cost-effectiveness, physical footprint, and performance.

This drive provides up to 1PB of storage in just 1U of rack space for massive storage consolidation resulting in lower TCO.

Accelerate a broad range of data center and enterprise workloads
Designed to accelerate storage workloads for CDNs, AI, Hyper Converged Infrastructure, Big Data, cloud, and HPC. Optimize read workloads and large block sequential/random writes while maintaining quick response times.

Low read latency under write pressure
Newly-designed Quality of Service scheme maintains low read latency even under write pressure.

Revitalize existing hardware with confidence
Adoption of software-defined and hyperconverged infrastructures with the D5-P5316 lets you revitalize existing hardware while maximizing efficiency and increasing server agility, all without sacrificing reliability.

Firmware drives increased manageability
SGL removes the need to double-buffer host data, Persistent Event Log allows for debugging at scale, and intelligent Telemetry makes stored data more accessible, resulting in increased IT efficiency.

Modernize storage infrastructure with high-capacity SSDs
Learn how to deploy a storage infrastructure that can efficiently scale with rapidly evolving customer needs.

Solidigm™ stands behind every drive we manufacture
Our solid-state drives are backed by a 5-year warranty that they will be significantly free from defects in material and workmanship, and will substantially conform to Solidigm's publicly available specifications.

Unlock the value of stored data
Accelerate legacy HDD-based systems and prior-generation Solidigm SSD-based systems. Increase performance and shrink storage footprint for lower power consumption and cooling costs.