HPE Broadcom BCM5719 Ethernet 1Gb 4-port Base-T Adapter for HPE - P51178-B21

HPE Broadcom BCM5719 Ethernet 1Gb 4-port Base-T Adapter for HPE - P51178-B21

Key Features

• Supports cost-efficient twisted pair cables for speedy data transfer up to 100 meters
• This 500MB/s bandwidth adapter is ideal for PCs with PCI Express 2.0 slots, ensuring top level network connectivity for your desktops
• This Gigabit Ethernet card guarantees a replacement networking interface to client, server or workstation
• This quad ports network adapter is designed to meet the multi-port network connectivity needs of today's data centered environments demanding virtualization, converged infrastructure, and power reduction
• With the 1000Base-T technology get up to 1000Mbps data transfer rate over the twisted pair cable

Product Overview

Is your data center constantly challenged to deliver increased security and reliability in a cost-effective and scalable solution for your network bandwidth?
The HPE Gen10 Plus Ethernet adapters are 1 Gb, 10 Gb, 10/25 Gb, 100 Gb, and 200 Gb Ethernet solutions that are scalable and compatible with HPE Gen10 Plus servers for hybrid cloud services, mobile data, and streaming video applications.

Your server is the foundation of your data center, but it doesn't work alone. When one link in your component chain slows down, so does the rest of your operation. Keep your network and data flowing with a seamless ecosystem of HPE servers, networking adapters, transceivers, cables, and switches.

FEATURES | Better Performance

HPE Gen10 Plus Ethernet adapters are engineered for an assortment of bandwidths and latency-sensitive applications.

The adapters reduce CPU utilization with support for a variety of I/O offloads including remote direct memory access (RDMA) and tunneling.

Reliability and Security

HPE Gen10 Plus Ethernet adapters authenticate updates for NICs, and help ensure that signed firmware is correct and trusted to reduce rogue firmware installation.

The adapters protect applications, data, and server infrastructure by authenticating digitally-signed firmware via a root-of-trust architecture.