HPE Broadcom BCM57414 Ethernet 10/25Gb 2-poorts SFP28 interne Ethernet-glasvezeladapter 25000 Mbit/s

The HPE Broadcom BCM57414 Ethernet 10/25Gb 2-port SFP28 is a wired PCI Express network adapter designed for HPE Gen10 Plus servers. With two SFP28 ports and a maximum data transfer rate of 25,000 Mbit/s, this adapter supports 10Gb and 25Gb Ethernet links over fiber and is intended for high-performance networking, hybrid cloud services, mobile data, and streaming video applications.

Advantages

The adapter delivers scalable bandwidth options and low-latency performance for bandwidth- and latency-sensitive applications. It reduces CPU utilization through support for multiple I/O offloads such as RDMA and tunneling. Firmware authentication and a root-of-trust architecture enhance security by ensuring only digitally signed firmware is installed, helping protect applications, data, and server infrastructure.

Suitable for

• High-performance server networking (10Gb/25Gb)
• Hybrid cloud and virtualized environments
• Streaming video and large data transfers
• Latency-sensitive applications and RDMA workloads

Key specifications

• Brand: HP Enterprise
• Model: HPE Broadcom BCM57414
• Ports: 2 × SFP28
• Supported speeds: 10Gb, 25Gb
• Maximum data transfer rate: 25,000 Mbit/s
• Interface: Ethernet / Fiber
• Host interface: PCI Express
• MPN: P26262-B21

How to use

Install the adapter into an available PCI Express slot on a compatible HPE Gen10 Plus server following server and adapter installation instructions. Connect SFP28-compatible fiber transceivers and fiber cables to the adapter ports and verify link status in the host operating system or server management utility. Configure network settings, VLANs, and any required offload features (for example RDMA) through the OS network driver or management tools.

Recommendations

Use certified SFP28 transceivers and compatible fiber cabling, keep firmware updated with digitally signed releases, and deploy in systems supported by HPE Gen10 Plus compatibility lists to ensure optimal performance and security.