HPE 867326-001

621SFP28 Gigabit Ethernet Adapter 2-Port (Refurbished)

The HPE 867326-001 621SFP28 Gigabit Ethernet Adapteris a high-performance, dual-port 10/25 GbE network interface card designed to deliver ultra-fast, reliable connectivity for modern enterprise workloads. Refurbished to stringent quality standards, this adapter offers cost-effective 25 Gigabit networking through two SFP28 ports, making it ideal for virtualization, cloud computing, and data center environments. Whether integrating into HPE ProLiant or Apollo platforms, it ensures seamless compatibility and accelerated throughput. With support for standard PCIe 3.0 x8 slots and enhancements for virtualization and low-latency performance, it serves as a powerful yet economical upgrade for demanding IT infrastructures.

Features

Optimized for data-intensive applications and virtualized workloads, the HPE 867326-001 adapter supports both 10 GbE and 25 GbE interfaces via its two high-speed SFP28 ports. It features a PCI Express 3.0 x8 interface, enabling maximum data throughput and plug-and-play installation in compatible HPE server platforms As a refurbished offering, each unit is professionally tested and restored, delivering high reliability at a fraction of the original cost. Virtualization environments (such as VMware, Hyper-V, or KVM) benefit from its streamlined performance, with low latency and high bandwidth efficiency. Designed for cloud and scale-out environments, the adapter supports intelligent network offloads and enables smoother integration into modern IT ecosystems.

Advanced Options

Engineered for demanding enterprise and virtualization environments, the HPE 867326-001 adapter delivers dependable high-speed networking with robust performance optimizations. The dual SFP28 ports provide both flexibility and redundancy, enabling link aggregation configurations and breakout options to maximize throughput. With native support for virtualization technologies and offload capabilities, it reduces server CPU overhead by handling packet processing tasks efficiently.