SOLIDIGM · Memory & Storage

Solidigm SSDPFWNV307TZ1Z internal solid state drive 30 TB E1.L PCI Exp

D5-P5316Highly efficient. read-optimized PCIe 4.0 drives. designed for read-intensive and sequential workloads.Solve the Challenges of Cost-Effective StorageDiscover 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 workloadsDesigned 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 pressureNewly-designed Quality of Service scheme maintains low read latency even under write pressure.Revitalize existing hardware with confidenceAdoption 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 manageabilitySGL 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 SSDsLearn how to deploy a storage infrastructure that can efficiently scale with rapidly evolving customer needs.Solidigm™ stands behind every drive we manufactureOur 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 dataAccelerate legacy HDD-based systems and prior-generation Solidigm SSD-based systems. Increase performance and shrink storage footprint for lower power consumption and cooling costs.

90-day range £∞–-£∞ · average £NaN