HPE P10113-001

Broadcom Dual-Port Gigabit Ethernet Adapter

The HPE P10113-001 Broadcom Dual-Port Gigabit Ethernet Adapter is designed to provide high-performance and reliable network connectivity for enterprise servers and data centers. Featuring two high-speed ports, this adapter delivers efficient throughput and low-latency communication, making it ideal for cloud computing, virtualization, and high-density IT environments. Built on Broadcom’s trusted architecture, it supports a wide range of networking features that reduce CPU overhead and enhance overall system performance. Whether you are deploying new servers or upgrading existing infrastructure, this dual-port adapter provides the bandwidth, scalability, and resilience required to meet modern networking demands.

Features

This adapter supports advanced networking capabilities including TCP segmentation offload (TSO), receive-side scaling (RSS), VLAN tagging, and network boot support. Its dual-port design allows for link aggregation and failover configurations, enhancing network reliability and bandwidth management. Compatible with standard server platforms, the adapter connects seamlessly via PCI Express and works with a broad range of enterprise operating systems.Ideal for high-performance workloads such as virtualization and software-defined networking, the adapter is optimized for minimal latency and power efficiency. Its Broadcom controller ensures stable performance and long-term reliability in continuous operation scenarios. Whether in standalone servers or blade environments, this adapter integrates effortlessly into modern enterprise network designs.

Advanced Options

Engineered for maximum uptime and consistent performance, the HPE P10113-001 adapter is built around Broadcom’s enterprise-grade Ethernet controller. It efficiently manages network traffic by offloading compute-intensive tasks like checksum calculations and packet segmentation to the adapter hardware, freeing up host CPU resources. This improves server efficiency and ensures better application responsiveness, even under heavy traffic loads.