Connect the Hub to a Network

Cascading refers to connecting hubs together to increase the number of ports or the number of users supported on the network. The 10BASE-T, BNC, or AUI ports can be used to cascade hubs together.

Connect to a Network Using the 10BASE-T Ports

The twisted pair cable extended from a 10BASE-T port (or UTP port) is called a twisted pair segment and can be up to 100 meters (m) in length. The 10BASE-T ports, with the exception of port 16 on the Model EN516 hub and port 24 on the Model EN524 hub, are MDI-X (or Normal) ports. Use the following table as a guide for selecting the appropriate network cable.

Connecting Port

Connecting Device

Cable Used

on the Hub

 

 

 

 

 

Model EN516 hub:

 

 

Ports 1–15

PC, server, or router

Straight-through cable

Ports 1–15

Hub or switch

Crossover cable

 

 

 

Model EN524 hub:

 

 

Ports 1–23

PC, server, or router

Straight-through cable

Ports 1–23

Hub or switch

Crossover cable

 

 

 

Set the Normal/Uplink Push Button

If you are connecting to port 16 on the Model EN516 hub or to port 24 on the Model EN524 hub, use the following table. Determine the type of cable to use and how to set the Normal/Uplink push button for either port 16 or port 24.

Connecting Port

Connecting Device

Cable Used

 

 

 

Port 16 or port 24 set to Normal

PC, server, or router

Straight-through cable

 

 

 

Port 16 or port 24 set to Uplink

Hub or switch

Straight-through cable

 

 

 

Model EN516/EN524 Ethernet Hub Installation Guide

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NETGEAR EN524, EN516 manual Connect the Hub to a Network, Connect to a Network Using the 10BASE-T Ports

EN516, EN524 specifications

NETGEAR has long been recognized as a leader in networking solutions, catering to both home and business environments. Among its extensive range of products, the NETGEAR EN524 and EN516 stand out as powerful Ethernet switches designed to meet the needs of various networks.

The NETGEAR EN524 is an advanced 24-port 10/100 Mbps Ethernet switch. It's built for heavy-duty networking tasks and serves as an essential component in larger organizational infrastructures. The EN524 features auto-negotiation on each port, which optimizes network performance by automatically adjusting the connection speed based on the capabilities of connected devices. This feature ensures seamless integration into existing networks, without the need for manual configuration, thus simplifying deployments for network administrators.

On the other hand, the NETGEAR EN516 is a more compact 16-port 10/100 Mbps Ethernet switch, providing similar robust performance in a slightly smaller form factor. This is ideal for small to medium-sized businesses or workgroups that require a reliable way to expand their network without investing in excessive infrastructure. Like the EN524, the EN516 also supports auto-negotiation for efficient data transfers.

One of the notable characteristics of both switches is their fanless design. This not only contributes to quieter operation but also enhances reliability by reducing the risk of mechanical failure. Additionally, the switches boast a durable metal casing that helps to protect internal components and ensures longevity in demanding environments.

Both EN524 and EN516 incorporate network monitoring features including LED indicators, making it easy for administrators to diagnose issues or monitor network activity at a glance. They are also equipped with Ethernet ports that support auto MDI/MDIX, eliminating the need for crossover cables, thereby simplifying cable management and installation.

In terms of security, NETGEAR switches are designed to handle VLAN support, allowing businesses to create separate networks for different departments or functions without the need for additional hardware. This enhances security by isolating sensitive data and ensuring that only authorized personnel have access.

Ultimately, NETGEAR's EN524 and EN516 Ethernet switches are versatile tools that combine reliability, performance, and efficiency. They cater to the networking needs of businesses and workgroups, providing essential features that support both current demands and future expansions. With their ease of use and robust design, both models are sure to meet the expectations of even the most discerning network administrators.