HPE 848908-001

25GbE Dual-Port Optical Fiber Network interface card

The HPE 848908-001 is a dual-port 25 Gigabit Ethernet optical fiber Network interface card built to meet the performance demands of next-generation data centers and enterprise networks. Designed for bandwidth-intensive workloads such as virtualization, cloud computing, and storage traffic, this adapter delivers ultra-low latency and exceptional throughput through its two 25GbE SFP28 ports. Offering robust performance with minimal CPU utilization, this NIC integrates seamlessly into HPE ProLiant servers and supports a wide range of operating systems and hypervisors. Its compact design, energy-efficient architecture, and high compatibility make it an ideal choice for IT environments that require both speed and scalability.

Features

This high-performance Network interface cardis engineered to handle today’s escalating data traffic with ease. Utilizing 25GbE SFP28 interfaces, it supports optical fiber or DAC cables, giving IT teams flexibility in connecting top-of-rack switches, SAN appliances, and high-density compute nodes. Its dual-port design enables redundancy, load balancing, and link aggregation, all essential for maximizing uptime and network resiliency. Advanced offloading capabilities such as VXLAN, NVGRE, and RDMA over Converged Ethernet (RoCE) ensure that server resources remain optimized for core applications. The card supports Precision Time Protocol (PTP) for synchronized networking and includes virtualization features such as SR-IOV for improved VM-to-VM communication. Whether used in a cloud backbone or high-speed storage cluster, it empowers scalable, efficient, and secure connectivity.

Advanced Options

Engineered for enterprise workloads that demand consistent throughput and minimal latency, this 25GbE dual-port network adapter delivers top-tier reliability and efficiency. By supporting advanced offloading features, it reduces CPU load and enhances the performance of intensive networking tasks. The card’s dual SFP28 design allows flexible deployment and ensures fault tolerance through link failover and aggregation.