P71678-005 - HPE ProLiant DL360 Gen11 6526Y 8SFF Server

HPE P71678-005 — ProLiant DL360 Gen11 6526Y 8×SFF Server

What it is

P71678-005 is an HPE ProLiant DL360 Gen11 preconfigured enterprise server built for virtualization, application workloads, and general compute. It features an Intel Xeon 6526Y processor and an 8-bay SFF (2.5") hot-swap chassis, offering a balanced blend of performance, storage flexibility, and density in a 1U rack form factor.

Why buyers pick P71678-005 (plain English)

Modern Gen11 performance: The Intel Xeon 6526Y delivers solid multi-core performance for VMs, databases, and application tiers.

SSD-friendly layout: Eight SFF hot-swap bays make it easy to build high-performance flash storage tiers.

1U rack density: Great when you want computing muscle without taking up too much rack space.

Enterprise-ready platform: DL360 Gen11 has proven reliability and broad compatibility with HPE tooling and support.

Flexible networking and expansion: Use Network Choice or PCIe NICs to fit your connectivity needs.

60-second spec box (P71678-005)

Server platform

• HPE ProLiant DL360 Gen11 (1U rack)

Processor

• Intel Xeon 6526Y (model class, performance-focused)

Storage / drive bays

• 8 × 2.5" SFF hot-swap bays

Memory

• DDR5 ECC Registered (installed configuration varies)

Networking

• Network Choice (NC) or PCIe NIC (config dependent)

Expansion

• PCIe slots for NIC / RAID / accelerator cards (config dependent)

Power

• Hot-plug PSU support (wattage depends on build)

Where it fits (and when to choose something else)

Perfect for:

• Virtualization hosts and cluster nodes

• General compute and application servers

• SSD-forward storage builds in a 1U footprint

Choose something else if:

• You need higher drive density → consider DL380 Gen11

• You need GPU / accelerator support → validate PCIe slot layout or choose a larger chassis

TL;DR

P71678-005 is an HPE ProLiant DL360 Gen11 6526Y 8×SFF server — a 1U enterprise platform combining modern Xeon performance with SSD-friendly storage for versatile compute workloads.