Intel D5 P5316 30.72TB NVMe PCIe4x4 QLC U.2 <0.5 DWPD R

• 30.7 TB 2.5" PCI Express 4.0
• Read speed: 7000 MB/s 800000 IOPS
• Write speed: 3600 MB/s 510 IOPS
• QLC 3D NAND NVMe
• Component for: Server/workstation

• Read-intensive
• Sequential workloads
• Data centers
• Cloud storage
• High performance computing
• Enterprise servers
• Big data analytics
• Virtualization
• Content delivery networks
• Backup and restore

Available in capacities up to 30.72TB, these read-optimized PCIe 4.0 drives deliver industry-leading storage efficiency for read-intensive and sequential workloads.

Media
With a broad technology portfolio, Solidigm is leading the industry with the development of both performance optimized and value optimized SSDs. Merging decades of media innovation, Solidigm is blazing trails in NAND patents spanning critical vectors of density, performance, and reliability. This experience has enabled Solidigm to deliver industry-leading areal density and cell reliability, first-to-market PCIe QLC NAND and, development of new five bit per cell, PLC technology.

Form factors
When it comes to storage, one size doesn’t fit all. Whether you need the small form factor of E1.S or need to pack up to 1PB in 1U with an E1.L, we have the optimal form factors for a broad range of configurations. Our solutions continuously push the boundaries of what’s possible for space, scalability, and efficiency.

Data integrity
The overriding mission of any storage is to read back the same data that was written, every time. At Solidigm, we take a zero-tolerance approach to data errors by providing full path end-to-end data protection using advanced algorithms that cover all critical arrays, and by adding extra PLI circuitry to ensure data integrity at power loss.

Advanced management
We use our vast experience and position as an SSD solutions company to deliver a wide range of critical capabilities, such as optimizing media management, tuning media usage to workloads, monitoring and responding to critical drive functions, remotely and securely wiping data, and many more.