HSSD-E023T8P5L7N Huawei OceanDisk 300P 3.84TB PCIe 5.0 2.5" SSD

High-Performance U.2 2.5in NVMe Enterprise SSD designed for PCIe 5.0 throughput with the HSSD-E023T8P5L7N

The HSSD-E023T8P5L7N is a Huawei OceanDisk 300P Series enterprise SSD built for servers and storage nodes that can expose full PCIe 5.0 bandwidth to the NVMe stack. With 3.84TB TLC NAND and a U.2 2.5in form factor, it targets dense front-bay designs while maintaining predictable latency for mixed read/write database and virtualised workloads.

Architecturally, the HSSD-E023T8P5L7N accelerates data paths where CPU core scaling and high queue-depth I/O benefit from high sequential throughput and strong 4K random read capability. In platforms with Gen5 lanes available via modern CPU root complexes and PCIe switch fabrics, it enables a high-performance NVMe tier for OLTP and analytics, while also fitting as a boot, cache, or log device to reduce contention on shared storage. Endurance is engineered for steady-state operation at 1 DWPD over 5 years, aligned with enterprise write amplification profiles and sustained service levels.

Why Choose the HSSD-E023T8P5L7N?

The HSSD-E023T8P5L7N delivers a pragmatic density-to-performance ratio for PCIe 5.0 servers: it combines high throughput with enterprise endurance and an MTBF design target suitable for always-on infrastructure. This makes it a scalable building block for NVMe pools, tiered storage, and hypervisor clusters where consistent I/O behavior and predictable lifecycle management matter.

Huawei designs OceanDisk media and firmware to meet modern data centre operational requirements, prioritising controlled latency, reliability engineering, and compatibility with enterprise NVMe management practices across server and storage deployments.

Key Applications:

• Mixed read/write databases
• Virtualisation and hypervisor datastores
• NVMe tier for OLTP and analytics
• Boot and OS volumes on PCIe Gen5 platforms
• Cache and log acceleration

At Happyware - Server Hardware you benefit from non-binding offers tailored to your infrastructure design using the HSSD-E023T8P5L7N, and can secure planning-friendly bulk order discount options when standardising the HSSD-E023T8P5L7N across clusters or refresh cycles.