D5-P5336
Highly efficient, cost-effective solution for read-intensive workloads with capacities up to 122TB.
Overview
Hyper-scalable, cost-effective solution for AI and data-intensive workloads. Scales with the increasingly massive datasets found in widely deployed, modern read-intensive workloads.
• Accelerates data wherever it lives
• Increases storage density
• Boosts infrastructure efficiency
• Enables a more sustainable storage infrastructure
01
Targets data wherever that data is generated
Meets the storage challenges like space, power, cooling, and servicability in edge deployments where data-rich services and applications are created, processed, and stored outside the core data center.
02
Keeps up with data-hungry modern workloads
Store and access vast amounts of data efficiently for modern, data-hungry workloads such as data lakes for AI, machine learning, big data analytics, content delivery network, scale-out NAS, object storage and edge usages.
03
Unprecedented storage capacity
Capacities up to 122.88TB allow for a smaller footprint without sacrificing data volume. From data lakes to content delivery networks and cloud storage, store and access vast amounts of data efficiently at speed.
04
Easier edge deployment
High-density storage in modern compact form factors—E3.S, E1.L, and U.2—allow for easy deployment in edge environments where physical space is limited. This makes it ideal for edge AI deployments.
05
Massive TCO savings for new builds
High-capacity improves power efficiency for new AI data center builds with up to a 9:1 reduction in storage racks, consuming less storage power, allowing more compute for GPU servers, comparing all-QLC to hybrid HDD and TLC storage array.
06
Sustainability over time
It’s not easy to wear out 122TB of Solidigm storage. Even with the harshest random write workloads, running 24/7 for five years at 100%, you’ll still have additional storage space (based upon 122TB capacity using 100%4KB random writes at 18KIOPs, per product specifications).
The industry is realizing value in hyper-dense storage, from global hyper-scalers, top OEMs, leading storage innovators, edge solution providers, to distribution channels.
Capacity
4KB Random Read ( IOPS )
TCO (better than HDD array)
Architected to efficiently accelerate and scale with the massive datasets found in modern read-intensive workloads. Increases storage density and infrastructure efficiency. Enables a more sustainable storage infrastructure.
Specifications
Interface:
Tools
Dial in expected cost and endurance
Our TCO estimator can help you pinpoint potential cost-savings and sustainability benefits of deploying Solidigm SSDs and help determine the number of new SSDs to match the capacity, performance, or TCO of your current configuration.
Estimate and compare the expected life of Solidigm SSDs when running specific workloads. The Solidigm SSD Endurance Estimator generates calculations based on Solidigm workload assumptions and selected user configuration.
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Solidigm SSD Portfolio
Class-leading PCIe 5.0 with standard endurance for mixed and mainstream workloads.
Interface: PCIe 5.0 x4, NVMe
Form Factor: E3.S 7.5mm / U.2 15mm / E1.S 9.5mm / E1.S 15mm
Capacity: 15.36TB - 1.92TB
Highly efficient, read-optimized SSD designed for read-intensive and sequential workloads.
Interface: PCIe 4.0 x4, NVMe
Form Factor: E1.L / U.2 15mm
Capacity: 30.72TB - 15.36TB
Ultra-fast SLC for extreme write-intensity and high-endurance for sequential and random workloads .
Interface: PCIe 4.0 x4, NVMe
Form Factor: U.2 15mm
Capacity: 3.2 TB - 800GB
Highly efficient, data center SSDs for mainstream and read-intensive workloads.
Interface: PCIe 4.0 x4, NVMe
Form Factor: U.2 15mm / E3.S 7.5mm / E1.S 9.5mm
Capacity: 30.72TB - 3.84TB