HPE ProLiant DL360 G9 1U Rack Server - 1 x Intel Xeon E5-2603 v3 1.60 GHz - 8 GB RAM - Refurbished

Discover reliable, dense performance in a compact 1U form factor with the HPE ProLiant DL360 G9. This refurbished server is engineered for enterprise-grade workloads where space is at a premium but performance cannot be sacrificed. Built to deliver consistent general-purpose computing, virtualization, and database support in a dense rack environment, the DL360 G9 combines a focused single-processor design with flexible I/O, robust storage options, and a warranty-backed lifecycle that IT teams rely on. The system’s baseline configuration features an Intel Xeon E5-2603 v3 processor clocked at 1.60 GHz, paired with 8 GB of memory, ready to handle core business applications, remote office deployments, and edge data processing with dependable uptime. Whether you’re expanding a data center, upgrading a virtualization host, or refreshing an aging rack, the DL360 G9 provides a balanced mix of performance, efficiency, and serviceability that’s hard to match in its class.

• 1U rack form factor delivers dense computing power without sacrificing rack space, making it ideal for virtualization hosts, small-to-medium data centers, and edge deployments.
• Powered by a Intel Xeon E5-2603 v3 processor at 1.60 GHz, providing steady, reliable performance for general-purpose workloads and consolidated services.
• Base configuration includes 8 GB RAM, offering solid multitasking capability for-lightweight virtualization, caching, and workload isolation with room to grow as needs evolve.
• Flexible storage and I/O options with a combined 12Gb/s SAS, 6Gb/s SAS, and SATA/600 controller, enabling varied drive configurations and data throughput to support databases, file services, and virtualization stores.
• Sold as refurbished hardware with a comprehensive warranty, delivering enterprise-grade reliability at a reduced total cost of ownership.

Technical Details of HPE ProLiant DL360 G9 1U Rack Server

• Processor: Intel Xeon E5-2603 v3, 1.60 GHz — single-socket coverage for dense compute workloads.
• Memory: 8 GB RAM (base configuration); supports expansion per system specifications to accommodate growing workloads and virtualization requirements.
• Storage Controller: 12Gb/s SAS, 6Gb/s SAS, and SATA/600 controller — enabling flexible storage configurations, faster data access, and compatible with a range of drive types.
• Form Factor: 1U rack server designed to maximize space efficiency while maintaining enterprise-class performance and manageability.
• Condition: Refurbished hardware that has undergone testing and refurbishment processes to meet quality standards for continued reliability in production environments.
• Warranty: Backed by a comprehensive HP warranty framework, offering coverage and serviceability suitable for business-critical deployments.

How to install HPE ProLiant DL360 G9 1U Rack Server

• Prepare the rack space and equipment: Verify rack compatibility and ensure you have the appropriate mounting rails, power distribution, and cooling for a 1U server. Confirm the available network and storage connections align with your deployment plan.
• Power down and unbox: If the unit is in a shipping container, remove packaging carefully. Inspect for any shipping damage and ensure power cables and network cables are ready for installation.
• Rack mounting: Use the included rails and hardware to mount the DL360 G9 securely in the rack. Tighten all fasteners to ensure stability and proper airflow around the unit.
• Connect power and network: Attach the power supply cables and connect the server to your network switch or management network. If you plan to manage the server remotely, ensure iLO (remote management) access remains functional, or configure it after installation if required.
• Initial hardware verification: Boot the server and enter the BIOS/UEFI setup to verify processor, memory, and controller recognition. Review boot order and configure any on-board RAID or storage controller options as needed for your storage topology.
• Firmware and driver updates: Update system firmware, management controller, and storage controller drivers to the latest versions compatible with your operating system. This ensures stability, security, and performance optimization.
• Operating system installation: Install your preferred operating system or virtualization platform (e.g., Windows Server, Linux, or a hypervisor). Apply drivers and tools that optimize server performance and manageability, then configure networking and storage according to your workload.
• Security and monitoring: Enable robust security settings, configure user accounts with least-privilege access, and set up monitoring for temperatures, fan speeds, and hardware health to prevent downtime. Regularly review firmware and security patches as part of your maintenance routine.
• Testing and validation: Run baseline benchmarks and workload tests to validate performance, stability, and I/O behavior. Confirm that backup and disaster-recovery workflows are functioning as expected before putting the server into production.

Frequently asked questions

• What is the DL360 G9 1U Rack Server best suited for? It is ideal for dense general-purpose compute, virtualization hosts, small-to-mid-size data centers, and edge deployments where space efficiency and reliability are critical.
• Is this server refurbished? Yes. The listed unit is refurbished and backed by a comprehensive warranty, offering enterprise-grade reliability at a cost-effective price point.
• What memory and storage options does it include? The configuration ships with 8 GB of RAM and a flexible storage controller supporting 12Gb/s SAS, 6Gb/s SAS, and SATA/600 interfaces, enabling a range of drive configurations compatible with enterprise storage needs.
• Can memory be expanded? Yes. The DL360 Gen9 design supports memory expansion per its platform specifications; exact capacity depends on the motherboard and DIMM slots available in the unit you purchase.
• What kind of workloads should be avoided on this model? While capable of many workloads, extremely memory-intensive or parallel processing tasks that require high core counts may be better suited to newer or higher-density configurations with more advanced CPUs and larger memory footprints.