Solidigm OPAL P5336 7.68T NVMe PCIe4x4 QLC U.2 0.4DWPD

• 7.68 TB U.2 PCI Express 4.0
• 770000 IOPS
• 17900 IOPS
• QLC 3D NAND NVMe
• Hardware encryption 192-bit AES
• Component for: Server/workstation

• Data Center Storage
• Edge Computing
• Cloud Storage Solutions
• Big Data Analytics
• Content Delivery Networks
• High-Density Storage
• Read-Intensive Workloads
• Data Lakes
• Data Pipelines

D5-P5336
Optimized for the edge to the core, the D5-P5336 is a hyper-scalable, cost-effective solution for data- and read-intensive workloads that lets you efficiently accelerate data, no matter where it lives.

Value. Performance. Density. Pick Three.
Your storage solution shouldn’t compromise on value, performance, or density. With the Solidigm D5-P5336 you don't need to sacrifice, as you get them all. Massive scalability and read-optimized performance are finally available at a price point that substantially improves TCO.

Massive Scalability for High-Density Storage Environments
From data pipelines and data lakes to content delivery networks and cloud storage, if your application demands storing and accessing vast amounts of data efficiently at speed, the D5-P5336 has got your number. With up to 61.44TB capacity, you can store up to 2PB in a 1U chassis.

Significantly Improve TCO Across a Broad Range of Configurations
The D5-P5336 offers substantial TCO savings of up to 61% and reduces energy costs by 6X compared to TLC SSD + HDD hybrid storage arrays.

Accelerate Data in Widely Adopted, Read/Data-Intensive Workloads
Made to perform equally well in the heart of a data center or in an edge deployment, the D5-P5336 efficiently accelerates more data, in widely adopted, read/data-intensive workloads, delivering up to 2.3X faster read performance than some TLC SSDs and nearly 600X faster reads than leading SAS HDDs.

Deploy With Confidence
Solidigm D5 Series drives are designed and tested with a passion for—and a relentless focus on—quality and reliability. Our data reliability is enhanced on multiple levels with additional circuitry for critical data integrity functions, as well as testing that goes above and beyond industry specifications and common practices.