Intel P4800X 375GB NVMe AIC PCIe 3.0 Optane SSD

The Intel Optane SSD P4800X 375GB (SSDPED1K375GAZ) is a high-endurance, ultra-low-latency enterprise NVMe storage device built on Intel's proprietary 3D XPoint media technology. Unlike NAND-based SSDs, the P4800X delivers consistent sub-10-microsecond read and write latencies at queue depth 1, making it purpose-built for latency-sensitive enterprise workloads where responsiveness at low queue depths is critical. The AIC (Add-In Card) form factor connects directly via a PCIe 3.0 x4 slot, eliminating the U.2 cable and backplane dependency for deployments where direct board mounting is preferred.

The P4800X is engineered for mixed read/write workloads at extreme endurance levels, rated at 30 Drive Writes Per Day (DWPD) — far exceeding the endurance envelope of conventional enterprise NVMe SSDs. This makes it well-suited as a persistent memory tier, write-intensive caching layer, or as a primary storage device in environments where write amplification and media wear are primary concerns. The drive supports end-to-end data protection, power loss protection circuitry, and hardware-based encryption to meet enterprise reliability and security requirements.

As part of Intel's Optane datacenter portfolio, the P4800X integrates with Intel Memory Drive Technology and software-defined tiering frameworks, enabling it to function as a high-speed buffer between DRAM and bulk NAND storage. It is particularly effective in AI inference pipelines, real-time analytics platforms, and high-frequency transactional databases where deterministic low-latency I/O at mixed workloads is a non-negotiable requirement. The drive is available through Omnixon Global for enterprise buyers across UAE, GCC, EMEA, and APAC regions.

Ideal for

• High-frequency transactional databases (Oracle, SAP HANA, SQL Server) requiring consistent sub-10µs latency at low queue depths
• AI and machine learning inference serving where rapid, repeated random reads from a persistent fast-storage tier reduce GPU/CPU stall time
• Write-intensive caching and storage tiering layer in all-flash arrays or software-defined storage platforms such as Ceph or VMware vSAN
• Real-time analytics and in-memory computing acceleration using Intel Memory Drive Technology to extend effective DRAM capacity
• Virtualization and VDI environments with dense mixed read/write I/O profiles demanding predictable latency under concurrent workloads
• High-performance logging, metadata, and journal storage in distributed file systems and object storage architectures

Technical specifications

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