Solidigm D7-PS1010 15.36TB Gen5 Enterprise SSD

The Solidigm D7-PS1010 is a high-capacity PCIe 5.0 NVMe enterprise SSD built on Solidigm's advanced TLC NAND architecture, delivering 15.36TB of raw storage in a standard U.2 form factor. Designed specifically for the demands of AI inference servers, hyperscale deployments, and mixed-use enterprise environments, the drive leverages the full bandwidth of PCIe Gen5 to eliminate storage bottlenecks that previously constrained large-model serving and analytics pipelines. Its high-density design allows operators to maximize storage capacity per server slot, reducing rack footprint and total infrastructure complexity.

Architecturally, the D7-PS1010 combines Solidigm's proprietary NVMe controller with high-layer-count TLC NAND to balance sequential throughput, random I/O performance, and endurance in a single device. The mixed-use endurance rating ensures the drive can sustain both read-intensive AI dataset serving and write-intensive logging or checkpointing operations without performance degradation over its rated lifecycle. Advanced firmware-level QoS mechanisms maintain consistent low-latency response times even under sustained queue depths typical of multi-tenant server environments.

Launched in 2025-Q3, the D7-PS1010 represents Solidigm's strategic push into the AI infrastructure segment, where per-drive capacity and Gen5 bandwidth are critical differentiators. The drive supports end-to-end data protection via T10 DIF/DIX, hardware-based encryption meeting FIPS standards, and enterprise power-loss protection circuitry that safeguards in-flight data during unexpected power events. Its thermal design accommodates continuous operation in dense server configurations with standard enterprise cooling, making it a practical choice for operators scaling AI and data-intensive workloads without redesigning thermal infrastructure.

Ideal for

• AI inference server local storage for large language model weight datasets requiring rapid sequential read throughput via PCIe Gen5 bandwidth
• Mixed-use hyperscale storage nodes combining high-capacity read caching with sustained write workloads for logging and telemetry ingestion
• High-density NVMe-oF target nodes where maximizing raw TB per U.2 slot directly reduces cluster node count and rack space
• Analytics and data lake edge nodes requiring fast local scratch storage for in-place data transformation and feature engineering pipelines
• Checkpoint and model snapshot storage in distributed training clusters where periodic large sequential writes must not impact ongoing compute scheduling
• Content delivery and media streaming backends demanding high per-drive capacity combined with consistent random read IOPS under concurrent multi-stream access

Technical specifications

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