Kioxia XD7P Series Datacenter EDSFF E1.S NVMe SSD 3.84TB

The Kioxia XD7P Series Datacenter NVMe SSD in the EDSFF E1.S form factor delivers high-density, high-performance storage purpose-built for hyperscale cloud infrastructure. Engineered around Kioxia's BiCS FLASH 3D TLC NAND technology and a PCIe Gen4 x4 NVMe 1.4 host interface, the 3.84TB capacity point (model KXD7PNUG3T84) targets read-intensive and mixed-workload deployments where thermal efficiency and physical density are critical constraints. The E1.S form factor—a key EDSFF (Enterprise and Datacenter SSD Form Factor) standard—enables significantly higher drive counts per 1U chassis compared to traditional 2.5-inch U.2 designs, making it a natural fit for next-generation Open Compute Project (OCP) server platforms.

Compliance with OCP Datacenter NVMe SSD Specification v2.0 ensures interoperability across OCP-aligned hyperscale platforms and simplifies fleet-wide management. The XD7P Series supports a comprehensive NVMe command set including NVMe namespaces, end-to-end data protection (T10 PI), and Opal 2.0 self-encrypting drive capability for data-at-rest security without performance overhead. The drive is rated for an endurance class suited to read-centric enterprise workloads, with power loss protection circuitry safeguarding in-flight data during unexpected power interruptions.

Designed for large-scale cloud storage pools, content delivery, and AI/ML inference serving, the XD7P Series balances sequential throughput, random IOPS, and consistent low-latency access under queue depth saturation. Its compact E1.S 5.9mm thickness profile, defined thermal envelope, and sideband management support via SMBus align with the operational requirements of hyperscale data centers seeking to maximize rack utilization while maintaining predictable Quality of Service across thousands of drives.

Ideal for

• Hyperscale cloud object storage nodes requiring maximum NVMe drive density per rack unit on OCP-compliant server platforms
• Read-intensive AI and machine learning inference workloads where fast random read IOPS and low latency on large datasets are essential
• Content delivery network (CDN) edge cache tiers serving high-concurrency read requests with consistent response times
• Distributed key-value store and NoSQL database backends benefiting from high sequential read throughput and namespace isolation
• Data lake hot-tier storage where large sequential read bandwidth accelerates analytics query engines and data pipeline processing
• Enterprise virtualization and container platform storage pools where E1.S form factor density reduces per-VM storage footprint in dense blade environments

Technical specifications

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