How to Configure an HPE ProLiant DL360 Gen10 with Xeon Gold 6130 CPUs

You are preparing an HPE ProLiant DL360 Gen10 for more compute capacity and need to know whether it can accept one or two Intel Xeon Gold 6130 processors. The upgrade involves more than inserting a CPU: you must confirm the socket and chassis configuration, install the correct heatsinks, populate memory properly, update firmware, and verify storage and power settings.

This guide shows you how to configure the server safely from preparation through post-installation testing. You will know which parts to gather, how to install the processors, how to balance DDR4 memory across sockets, and how to use HPE management tools to confirm that every core, DIMM, fan, and power component is operating correctly.

What do you need to configure the DL360 Gen10 with Xeon Gold 6130 CPUs?

Confirm processor, socket, and platform compatibility

Start with the Hewlett Packard Enterprise QuickSpecs and service guide for your exact chassis and system board revision. The Xeon Gold 6130 uses the LGA3647 processor socket and is supported by the Intel C621 chipset platform used in the Gen10 family. Confirm that the processor is an HPE-supported retail option or an equivalent part with the correct stepping and firmware support. For a dual-socket configuration, both processors should match in model and supported stepping.

Gather heatsinks, thermal material, memory, and tools

Obtain the appropriate CPU heatsink for the DL360 Gen10, the HPE processor installation kit, compatible DDR4 ECC Registered DIMMs, a T-30 Torx tool if specified by the service procedure, and an approved antistatic wrist strap. Do not assume a heatsink from another ProLiant generation will fit or provide the correct pressure.

Check power, cooling, and chassis requirements

Review fan and power requirements before adding the second CPU. Install matched redundant power supplies when the workload requires higher capacity or failover. Decide now whether the server has adequate airflow and rack clearance. Use the service guide to make a parts list, then verify every item before opening the chassis.

How do you prepare the server for processor installation?

Back up configuration data and record the current hardware inventory

Export important server settings and document the existing processor, DIMM, storage, network, boot, and firmware details. Record serial numbers and take photographs of cable routing and DIMM locations. If the server is managed through HPE OneView, confirm that its profile and compliance information are current before maintenance.

Update the System ROM, iLO 5, and component firmware

Complete BIOS and firmware updates before the processor change whenever possible. Use the HPE Service Pack for ProLiant or the approved HPE update method to bring the System ROM, storage controller, network adapters, and HPE iLO 5 to supported versions. Reboot and confirm that the updates completed successfully. Updating first reduces the chance that a new CPU appears as unsupported because the platform firmware is too old.

Power down, disconnect, and observe electrostatic-discharge precautions

Schedule downtime, shut down the operating system cleanly, and wait for all activity indicators to stop. Remove both AC cables, disconnect external peripherals as needed, and place the server on an approved service surface. Wear an antistatic strap and handle processors only by their edges. Before removing the cover, press the power button briefly to discharge residual power. Finish by comparing the chassis layout with the service guide.

How do you install one or two Intel Xeon Gold 6130 processors?

Install the first processor in the primary socket

Open the processor retaining mechanism for the primary socket exactly as shown in the HPE service guide. Align the notches and keyed markers on the Intel Xeon Gold 6130 with the socket guides. Lower it straight down without sliding it across the contacts, then close the load plate and retention lever in the specified order. Never touch the gold contacts or force the processor into position.

Add the second processor and its dedicated heatsink

If you are using two CPUs, install the second processor in the designated secondary socket, not simply the socket that looks easiest to access. The second socket may require a processor installation kit, air baffle change, or dedicated heatsink. Confirm the service guide's sequence and ensure the processor is fully retained before covering it.

Apply thermal interface material and tighten the heatsinks correctly

Use the supplied thermal interface material according to HPE instructions. Some heatsinks include pre-applied compound, while others require a specified amount. Set each heatsink down evenly and tighten its screws in the numbered diagonal pattern, using the specified tool and stopping when the mechanism reaches its intended position. Do not reuse contaminated compound or over-tighten the screws. Inspect both heatsinks and record the installation before replacing the air baffle.

Make the installation decision now: run one CPU for a simpler lower-power configuration, or install the matched second CPU only when you have its kit, heatsink, cooling capacity, and balanced memory ready.

How should memory be configured around the Xeon Gold 6130 CPUs?

Use compatible DDR4 ECC Registered DIMMs

Select DDR4 ECC Registered memory listed in the DL360 Gen10 QuickSpecs. Check the supported capacity, rank, voltage, and speed, and use HPE-qualified DIMMs when possible. Registered DIMMs are not interchangeable with unbuffered or load-reduced modules in an unsupported combination.

Populate memory channels symmetrically across both processors

Memory is attached to processor sockets, so adding a second CPU changes which DIMM slots are usable. Follow the slot order printed on the system board or shown in the service guide. Use identical DIMMs in corresponding slots and keep the memory channel population balanced between processors. For example, do not place all memory behind the second CPU while leaving the first CPU with minimal capacity unless the documented configuration allows it. Symmetric population improves bandwidth and helps the system expose memory consistently.

Avoid unsupported mixed DIMM types, capacities, or speeds

Do not mix RDIMM and LRDIMM types, and avoid combining different capacities or ranks unless HPE explicitly documents the combination. Mixed speeds generally operate at the common supported speed, but an invalid arrangement can produce POST errors or disable a channel. After installation, verify the reported capacity and speed rather than relying on the labels alone.

Use the HPE population table to choose a matched DIMM layout now, then label each module and slot before closing the chassis.

How do you configure firmware and storage after the upgrade?

Verify both processors in UEFI System Utilities

Reconnect power and start the server. Enter UEFI System Utilities during startup and open the system information page. Confirm that one or two Intel Xeon Gold 6130 processors appear with the expected core and thread counts. Check installed memory capacity and look for disabled channels or configuration warnings.

Review boot mode, virtualization, power, and performance settings

Confirm that the boot mode matches the operating system, especially if the server previously used legacy BIOS mode. Review Intel Virtualization Technology, logical processors, NUMA behavior, power regulation, and performance profiles. For virtualization hosts, enable only the features your hypervisor requires and document any changes. Keep the default thermal protections enabled. If the server is managed with HPE OneView, make sure local changes will not conflict with the assigned server profile.

Configure HPE Smart Array storage and boot devices

Open the storage configuration utility and verify the HPE Smart Array controller sees every drive, logical volume, and cache setting. Preserve existing arrays unless you have a tested migration or backup plan. Select the correct boot volume and confirm the controller firmware is supported. If adding drives, define the array only after checking data protection and rebuild time.

Save the firmware and storage configuration, reboot once, and confirm that the expected boot device is selected before starting the operating system.

How do you verify system health and troubleshoot configuration problems?

Use HPE iLO 5 to inspect processor, temperature, fan, and power status

Sign in to HPE iLO 5 and review the processor inventory, temperatures, fan zones, power supplies, and Integrated Management Log. Both CPUs should report the expected model without degraded status. Confirm that fans respond normally and that power readings remain within the installed supply capacity. A temperature warning immediately after installation usually points to incorrect heatsink seating, missing thermal material, an obstructed air baffle, or an improperly installed fan.

Resolve POST errors, unsupported CPU messages, and memory faults

Read the exact message and compare it with the service guide rather than repeatedly rebooting. An unsupported CPU warning can indicate an outdated System ROM, incorrect processor stepping, a missing installation kit, or a socket retention problem. Memory faults require checking DIMM type, slot order, seating, and symmetry. Test one processor and a minimal supported memory set only when the documented troubleshooting procedure calls for isolation.

Run diagnostics and confirm the operating system detects all cores and memory

Run HPE UEFI diagnostics and review the iLO event log. After the server passes hardware checks, boot the operating system or hypervisor and verify both processors, 32 total cores in a two-CPU installation, expected logical processors, and the full usable memory capacity. Check operating system logs for corrected errors.

Do not deploy production workloads until iLO, UEFI diagnostics, and the operating system agree on processor, memory, storage, temperature, and power status.

Configure the DL360 Gen10 by first confirming processor, socket, heatsink, memory, power, and firmware compatibility. Install CPUs carefully, populate DIMMs symmetrically, and preserve existing storage settings unless you have a verified backup. Then use UEFI utilities, HPE iLO, and operating system tools to confirm the hardware is healthy and fully visible. Once temperatures, fans, power, storage, cores, and memory all check out, document the final configuration and return the server to service with confidence.