SSDPE2MD400G401 Intel DC P3000 DC P3700 400GB U.2 NVMe 2.5" Server SSD

High-Performance 2.5in U.2 NVMe Enterprise SSD featuring low-latency write endurance with the SSDPE2MD400G401

The SSDPE2MD400G401 is an Intel Data Center NVMe SSD designed for latency-sensitive storage tiers where consistent write behavior matters as much as peak throughput. Integrated into modern x86 server platforms, it attaches via PCIe NVMe for direct, queue-rich access, enabling high parallelism for mixed I/O profiles common in OLTP and virtualization.

With a 2.5in U.2 form factor, the SSDPE2MD400G401 supports dense front-access drive bays and hot-swap service models in 1U and 2U architectures. Its 2D MLC NAND and power-loss protection align it with write-intensive logging, journaling, and tier-0 cache roles, while the 400GB capacity targets performance-per-bay rather than bulk capacity. The result is predictable behavior under sustained load, where storage jitter directly impacts CPU scheduling, VM consolidation ratios, and database commit latency.

Why Choose the SSDPE2MD400G401?

The SSDPE2MD400G401 delivers an enterprise-focused balance of endurance, NVMe parallelism, and operational consistency for platforms that must sustain heavy write duty cycles. It supports high IOPS density per drive bay, scales cleanly across multi-drive NVMe backplanes, and provides data-in-flight safeguards that reduce risk during power events in production clusters.

Intel engineers the SSDPE2MD400G401 with a datacenter reliability model centered on predictable latency, power-loss protection, and long-life media behavior, aligned with standard U.2 serviceability and NVMe management expectations in modern rack-scale environments.

Key Applications:

• Write-intensive database logging and journaling
• High-IOPS OLTP storage
• Virtualization datastores
• Low-latency cache and tier-0 storage

At Happyware - Server Hardware you benefit from non-binding offers tailored to your deployment plan for the SSDPE2MD400G401 and an extended warranty of up to 6 years to secure long-term operation in critical storage tiers.