HPE DL38X Gen10 Plus Slot1 x16 Adder for Slot2/3 Riser Kit

Enhance your data center’s throughput with the HPE DL38X Gen10 Plus Slot1 x16 Adder for Slot2/3 Riser Kit. This high-performance adapter is engineered to extend PCIe connectivity from the DL38X platform, enabling efficient expansion through Slot2 and Slot3 risers. Built for reliability in demanding enterprise environments, the adder delivers a scalable pathway for acceleration cards, NICs, and storage adapters, helping you maximize server utilization, optimize virtualization layouts, and meet growing workloads without a full server replacement.

• Expanded PCIe bandwidth and flexible topology. The HPE DL38X Gen10 Plus Slot1 x16 Adder bridges Slot1 to additional PCIe resources via Slot2/3 risers, unlocking expanded bandwidth for GPUs, high-speed NICs, NVMe adapters, and other expansion cards. This design reduces bottlenecks in compute-heavy environments and enables more capable hardware configurations without compromising chassis density or reliability.
• Seamless integration with DL38X Gen10 Plus systems. Specifically engineered for compatibility with HPE DL38X Gen10 Plus servers, this adder is designed to plug into the existing interconnect architecture. With careful firmware alignment and tested signal integrity, it supports streamlined installation and minimizes compatibility concerns in enterprise racks populated with multiple expansion options.
• Enterprise-grade reliability and durability. Built to withstand 24/7 operation in data centers, the adder features robust construction, EMI shielding, and shields against crosstalk to ensure stable performance under load. Its design emphasizes thermal efficiency and serviceability, offering predictable behavior in challenging environments where uptime matters most.
• Broad OS, hypervisor, and virtualization support. This adder is designed to work alongside common enterprise operating systems and virtualization platforms, enabling flexible deployment across Windows Server, Linux distributions, VMware, Hyper-V, and other environments. The result is a versatile expansion option that helps you optimize resource allocation for virtual machines and containerized workloads.
• Cost-effective upgrade path with future-proofing. Instead of replacing entire servers, organizations can extend the life and capability of their HPE DL38X systems by adding this x16 adder. It provides a scalable route to accommodate additional PCIe lanes, without compromising existing investments or firmware compatibility, helping you respond quickly to evolving performance needs.

Technical Details of HPE DL38X Gen10 Plus Slot1 x16 Adder for Slot2/3 Riser Kit

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

how to install HPE DL38X Gen10 Plus Slot1 x16 Adder for Slot2/3 Riser Kit

Installing the HPE DL38X Gen10 Plus Slot1 x16 Adder is intended to be straightforward for technicians familiar with data-center hardware. Follow these guidance points to minimize downtime and ensure proper operation. Before you begin, verify that you have the correct part, a static-safe workspace, and compatible riser cables for Slot2 and Slot3 in your server chassis.

• Step 1: Power down the server completely and disconnect power cords. Ground yourself to prevent electrostatic discharge, then remove the chassis cover to access the internal interconnect area. Have a labeled workspace and organized tools to keep track of screws and cables during installation.

• Step 2: Identify Slot1 and the Slot2/Slot3 riser regions on the DL38X platform. Confirm that the slot contacts align with the adder’s edge connector and that any pre-installed riser assemblies are prepared for detachment if required. It’s important to consult your server’s maintenance manual for the exact slot numbering and sequence before removal or installation.

• Step 3: Install the adder into Slot1 by aligning the connector with the Slot1 receptacle. Gently but firmly press until the edge connector seats securely. Ensure the card is fully seated and that any securing screws or latches are engaged to prevent movement during operation.

• Step 4: Connect appropriate riser cables from Slot2/Slot3 to the adder’s corresponding ports. Verify cable routing to avoid sharp bends, interference with other components, or obstructed fans. Once connected, secure cables with ties to maintain clean airflow and minimize strain on connectors.

• Step 5: Reinstall the chassis cover and reconnect power. Power up the server and access the BIOS/UEFI setup to confirm the new PCIe pathway is recognized. Run a basic hardware inventory or diagnostic utility to verify that the adder shows up as an active PCIe expansion device. If firmware updates are available, apply them to ensure optimal compatibility and performance with Slot2/Slot3 risers.

Frequently asked questions

• Q: What is the primary role of the HPE DL38X Gen10 Plus Slot1 x16 Adder for Slot2/3 Riser Kit?

  A: It serves as an expansion module that extends PCIe connectivity from Slot1 to additional PCIe resources via Slot2 and Slot3 risers, enabling more cards or faster I/O options in compatible HPE DL38X Gen10 Plus servers.

• Q: Is this adder compatible with all HPE DL38X Gen10 Plus configurations?

  A: The adder is designed for DL38X Gen10 Plus systems configured to support Slot2/Slot3 risers. For best results, verify compatibility with your exact chassis, riser configuration, and firmware version through official HPE documentation and the supplier’s specifications.

• Q: Can I install the adder without powering down the server?

  A: Because this component interfaces with critical PCIe signaling and server interconnects, installation is typically performed with the system powered down. Some environments may support hot-swapping in specific configurations, but you should follow your organization’s maintenance policy and HPE guidelines to minimize risk.

• Q: Will installing this adder affect server cooling or power consumption?

  A: Any expansion increases workload on the server’s power and cooling infrastructure. The adder is designed to operate within standard data-center thermal and power envelopes, but you should review your server’s power budget and thermal design limits to ensure stable operation under peak loads.

• Q: What kind of workloads benefit most from this adder?

  A: Workloads that benefit from higher PCIe bandwidth and additional expansion lanes—such as GPU-enabled compute, high-performance networking, fast storage controllers, and virtualized environments—tend to see the most value from the added PCIe pathways provided by this adapter.