HPE 652500-B21

Gigabit Ethernet Adapter 1Gb 2-Port 361FLB

The HPE652500-B21 Gigabit Ethernet Adapter1Gb 2-Port 361FLB Gigabit Ethernet Adapteris a dual-port Gigabit Ethernet network interface card designed to deliver reliable and efficient server connectivity. Optimized for HPEProLiant servers, this FlexibleLOM adapter provides two dedicated 1GbE ports that enable high-speed networking for enterprise workloads, virtualization, and storage applications.With support for advanced networking features such as VLAN tagging, TCP/IP offload, and failover, the 361FLB ensures improved bandwidth utilization, reduced CPU usage, and enhanced reliability. Its FlexibleLOM form factor allows seamless integration into supported servers without occupying standard PCIe slots, maximizing server expandability. This makes it an ideal solution for businesses requiring consistent and cost-effective Gigabit Ethernet performance.

Features

The HPE361FLB Dual-Port 1Gb Ethernet Adapter (652500-B21) delivers enterprise-class networking with efficiency and reliability in mind. Designed for compatibility with select HPEProLiant Gen8 and later servers, this FlexibleLOM adapter helps organizations meet the demands of modern IT infrastructures. The dual ports provide redundancy, load balancing, and link aggregation, ensuring high availability and optimized traffic flow.Supporting industry-standard networking protocols, including iSCSI, PXE boot, and VLANs, the adapter is versatile enough for storage networking and virtualization deployments. Its energy-efficient architecture reduces power consumption while maintaining consistent throughput, making it a cost-effective solution for small to mid-sized enterprises. Easy to deploy and manage, the HPE652500-B21 delivers dependable performance for both traditional and virtualized data centers.

Advanced Options

The HPE redundancy for uninterrupted connectivity and link aggregation for enhanced Gigabit Ethernet Adapter throughput. Its advanced offload features reduce CPU utilization, freeing resources for applications and improving overall server efficiency.