Page 7 - ATEN KVM over IP Matrix System Implementation Guide

4. Network Design

4.1. Planning Network Architecture

Build Strategies

For optimum performance, the KVM over IP Extenders require high amounts of data to be transferred across a
network; therefore we recommend the following strategies to set up the KVM over IP Extenders. Using our
suggestions will provide better performance and the highest video resolutions possible. Use each of the keys to

ensure the best transmission of data and the highest throughput possible. Prior to setup we recommend laying
out the plans for your KVM over IP Extender installation using the following performance guide

Build a Network Diagram
To build an effective KVM over IP Extender installation, start by mapping out the layout. Create a diagram with the KVM
over IP Extenders, computers and routers along with how they will be connected across the network. It also helps to write

out how the devices will interact. Use the diagrams below as the framework as you decide what devices to purchase and
how to build the network effectively for the best data throughput.
Considerations:

• If possible, create a private network for the KVM over IP Extenders

• Use the same switch model throughout
• Use a flat cascaded layout
• Avoid a tree or pyramid structure
• Install network switches near each other
• Minimize the distance of connections
• Install KVM over IP Matrix Manager (CCKM) computer and KVM over IP Extenders on the same subnet
• Check the following 5 factors before installation:

Choose the Right Cable
Always use a Cat 5/6e Ethernet cable or higher installed by a professional between any two devices you are installing. We
recommend using ATEN Brand Ethernet cable to ensure the quality. It’s best when installing KVM over IP Extenders to use
brand new Ethernet cabling for each part of the installation to ensure the reliability of the data being transmitted. This is a
key to getting the best uninterrupted video resolution across the network.

Determine the Distance

Distance is an important factor when setting up networks, with a shorter distance and fewer hops through routers, data

can be transmitted more efficiently. So whenever possible decrease the distance and direct network traffic effectively
between subnets that communicate with each other to increase the data throughput.