HPE DL560 Gen10 x8/x8 Tertiary Riser Kit

The HPE DL560 Gen10 x8/x8 Tertiary Riser Kit is a critical expansion accessory for high-density HPE ProLiant DL560 Gen10 servers. It enables two PCI Express x8 slots in the tertiary plane, delivering additional I/O capacity for networking cards, accelerator devices, and other PCIe peripherals without compromising the system’s primary PCIe lanes or airflow. Designed to integrate seamlessly with the DL560 Gen10 architecture, this riser kit offers reliable, enterprise-grade connectivity that helps data centers scale their workloads efficiently while preserving chassis clarity and serviceability.

• Two PCI Express x8 slots in the tertiary plane provide flexible expansion options for NICs, accelerators, or storage controllers without occupying primary PCIe slots.
• Specifically engineered for the HPE DL560 Gen10 family, ensuring a clean fit, stable signaling, and straightforward integration with existing server hardware and firmware.
• Compact, server-grade design preserves dense 2U chassis space while maintaining adequate airflow and thermal management for adjacent components.
• Riser kit includes essential mounting hardware and connectors to simplify installation and minimize downtime during upgrade cycles.
• Ideal for data-center workloads that require high-bandwidth PCIe devices, including high-speed NICs, GPUs, and PCIe-based storage controllers, within a scalable DL560 Gen10 environment.

Technical Details of HPE DL560 Gen10 x8/x8 Tertiary Riser Kit

• Product type: Riser kit designed for the HPE DL560 Gen10 server family
• PCI Express configuration: 2 x PCI Express x8 connectors located in the tertiary plane
• Compatibility: Specifically targeted at HPE ProLiant DL560 Gen10 configurations
• Package contents: Riser card with mounting hardware and connection cables to support PCIe devices
• Installation considerations: Engineered for reliable operation within the DL560 Gen10 chassis and optimized for enterprise-grade I/O expansion

how to install HPE DL560 Gen10 x8/x8 Tertiary Riser Kit

• Power down the server, unplug all cables, and discharge static electricity before handling components.
• Remove the server cover or access panel according to the HPE DL560 Gen10 maintenance guide to expose the motherboard and PCIe riser area.
• Identify the designated tertiary riser slot or connector in the DL560 Gen10 chassis. Align the riser kit with the connector, ensuring correct orientation for solid engagement.
• Gently seat the riser card into the connector until it is fully seated, then secure the riser using the provided mounting hardware or take-down screws as specified in the installation manual.
• Connect any required PCIe devices to the two x8 expansion ports, reassemble the chassis, reconnect power, and boot the server. Enter the BIOS/UEFI to verify detection of the added PCIe devices and apply any firmware updates if prompted by the system or device manufacturers.

Frequently asked questions

• Q: What is the HPE DL560 Gen10 x8/x8 Tertiary Riser Kit used for?

  A: It provides two additional PCI Express x8 expansion slots in the tertiary plane of the HPE DL560 Gen10 server, enabling broader I/O connectivity for NICs, accelerators, or PCIe storage controllers.

• Q: Is this riser kit compatible with all DL560 Gen10 configurations?

  A: The kit is designed for the HPE DL560 Gen10 family. Always check your server’s maintenance and service guide for chassis revisions and platform prerequisites before installation.

• Q: Do I need special tools to install?

  A: Standard server maintenance tools and precautions are sufficient. Follow the included installation instructions or your service guide to ensure proper torque and connector seating.

• Q: Can I use GPUs or NICs with these two x8 connectors?

  A: Yes, the two PCIe x8 slots are designed to support compatible PCIe devices such as network adapters, accelerator cards, and other PCIe expansion cards, subject to the server’s power and cooling limits.

• Q: Should I update firmware after installing the riser kit?

  A: It is recommended to verify BIOS/firmware compatibility and apply any vendor-suggested updates to ensure stable operation and optimal performance with new PCIe devices.