HPE ProLiant DL360 Gen11 4514Y 2.0GHz 16c 1P 4x32GB-R 8SFF MR408i-o 2x960GB SSD 2x1000W PS NA Server

Overview

The HPE P72992-005 is a ProLiant DL360 Gen11 server designed to deliver reliable compute power within a compact 1U rack form factor. Powered by a 16-core Intel Xeon Silver 4514Y processor running at 2.0 GHz, it balances performance and energy efficiency for virtualization, web hosting, and business-critical applications. With 128 GB of DDR5 memory installed and storage starting at two 960 GB SATA SSDs, this server supports demanding workloads while offering room to grow.

Its design suits environments where space is limited but enterprise-grade features are essential, such as edge computing sites, co-location facilities, and dense data center racks. The inclusion of HPE Integrated Lights-Out 6 (iLO) enables remote management, reducing the need for physical access and streamlining maintenance.

Key features

• 16-core Intel Xeon Silver 4514Y processor provides balanced multi-threaded performance for diverse workloads.
• 128 GB of high-speed DDR5 memory installed, with support for expansion up to 8 TB to accommodate growing application demands.
• Two 960 GB SATA solid-state drives deliver fast data access and improved responsiveness for storage-intensive tasks.
• Eight small form factor hot-swap drive bays allow flexible storage expansion and easy maintenance without downtime.
• HPE MR408i-o RAID controller with 4 GB cache accelerates read/write operations and enhances data protection.
• Dual 1000 W hot-plug Titanium power supplies ensure power redundancy and efficiency, enabling continuous operation during maintenance.
• Four Broadcom BCM5719 Gigabit Ethernet ports support network teaming for increased throughput or failover capabilities.
• Integrated Lights-Out 6 (iLO) offers comprehensive remote management, including health monitoring and firmware updates.
• Space-saving 1U rack design fits easily into dense server environments without sacrificing performance or expandability.

Key specs

• Processor: Intel Xeon Silver 4514Y, 16 cores, 2.0 GHz
• Memory: 128 GB DDR5 (4 x 32 GB) at 5600 MT/s, expandable to 8 TB
• Storage: 2 x 960 GB SATA SSD
• Drive bays: 8 small form factor hot-swap bays (6 available for expansion)
• RAID controller: HPE MR408i-o with 4 GB cache
• Network: 4 x Gigabit Ethernet ports (Broadcom BCM5719)
• Power supplies: Dual 1000 W hot-plug Titanium units
• Form factor: 1U rackmount

Connectivity and compatibility

This server offers four Gigabit Ethernet ports powered by the Broadcom BCM5719 chipset, which supports network teaming for enhanced bandwidth or redundancy. The eight small form factor drive bays accept hot-swappable drives, making it easy to add or replace storage without interrupting operations. The HPE MR408i-o RAID controller supports multiple RAID levels, providing flexibility in data protection and performance tuning.

Its 1U rack design fits standard data center racks, making it compatible with existing infrastructure. The system’s power supplies are hot-pluggable, allowing for maintenance without downtime, which is critical in enterprise environments.

Performance and reliability

The Intel Xeon Silver 4514Y processor delivers consistent multi-core performance suitable for virtualization and business applications that require steady compute resources. The DDR5 memory at 5600 MT/s ensures fast data access and responsiveness, while the RAID controller with cache improves storage throughput and reliability.

Dual 1000 W Titanium power supplies provide efficient power delivery and redundancy, minimizing the risk of outages. The server’s design supports high availability and is built to handle demanding workloads in a compact footprint.

Ideal uses and environments

This server is well suited to businesses consolidating older hardware or deploying new virtualization clusters. Its compact 1U size and remote management capabilities make it a strong choice for edge computing locations, co-location racks, and data centers where space and manageability are priorities. It fits well in setups requiring balanced compute power, scalable memory, and flexible storage options without sacrificing reliability.