Solidigm D5-P5336 122.88TB Data Center SSD

The Solidigm D5-P5336 122.88TB is the world's highest-capacity commercially available data center SSD, engineered on Solidigm's 192-layer QLC (4-bit-per-cell) NAND technology paired with a high-performance NVMe controller. The drive targets read-intensive and mixed-use AI infrastructure, cold storage tiers, and hyperscale data lakes where the primary objective is maximizing usable terabytes per rack unit while simultaneously reducing power draw per terabyte. By consolidating what previously required dozens of lower-capacity drives into a single U.2 form factor, the D5-P5336 eliminates cable complexity, reduces thermal load, and dramatically lowers the total number of HBA ports consumed per petabyte of flash storage.

At the architectural level, the D5-P5336 leverages PCIe 4.0 x4 NVMe 1.4 to sustain sequential read throughputs exceeding 7,000 MB/s, making it well-suited for the high-bandwidth sequential access patterns characteristic of AI training dataset ingestion, media streaming pipelines, and large-scale analytics. The drive employs robust end-to-end data path protection, including 128-bit DRAM-less host memory buffer support, power-loss protection circuitry, and per-NAND die ECC with LDPC correction to maintain data integrity across the full product lifecycle. Solidigm's proprietary media management algorithms extend QLC endurance beyond traditional expectations for this cell type, targeting enterprise-grade write amplification factors under sustained workloads.

The D5-P5336 integrates seamlessly into standard OCP, OpenCAPI, and hyperscale rack architectures. Its U.2 (2.5-inch, 15mm z-height) form factor ensures compatibility with existing NVMe backplane ecosystems without requiring custom enclosures. TCO modeling for AI data lake deployments consistently demonstrates that replacing spinning disk tiers or multi-drive SSD configurations with a small number of D5-P5336 units yields measurable reductions in rack space consumption, cooling overhead, and operational management complexity, making it a transformative choice for organizations scaling toward exabyte-class infrastructure.

Ideal for

• AI and machine learning training data lakes requiring maximum TB-per-rack-unit density to store petabyte-scale datasets close to GPU compute clusters
• Hyperscale object storage platforms where collapsing drive counts per node reduces backplane complexity and per-drive management overhead at exabyte scale
• High-throughput media and entertainment workflows involving ingest, transcoding, and delivery of 4K/8K video assets demanding both capacity and sustained sequential bandwidth
• Cold and warm analytics tiers in enterprise data warehouses where replacing high-density HDD shelves with QLC NVMe eliminates rotational latency while maintaining comparable $/TB economics
• Backup and fast-restore appliances that benefit from all-flash sequential write performance combined with extreme capacity to hold full enterprise snapshots on minimal hardware
• Edge inference serving platforms and telco data aggregation nodes where physical space constraints demand the maximum possible storage density within a constrained chassis footprint

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.