Aten KE6900ST [6/17] Network design
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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 setup 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 recommended 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 KE Matrix Management Software (CCKM) computer and KVM over IP Extenders on the same
subnet
Check the 5 following factors before installation:
Choose the Right Cable:
Always use 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 cross 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.
Содержание
- Appendix 2
- Choosing a network switch 2
- Configuring the network switch 2
- Contents 2
- General recommendations 4 network design 2
- Introduction 2
- Kvm over ip matrix system components 2
- Network setup examples 2
- Planning network architecture 2
- Recommended network switches 5 example switch models and capacity calculations 5 troubleshooting 5 poe considerations 2
- Introduction 3
- Ke matrix management software 4
- Kvm over ip extenders 4
- Kvm over ip matrix system components 4
- The kvm over ip matrix system lets you set up a matrix of workstations that access computers across a network with the flexibility to control and configure each connection 4
- Choose a high performance network switch 5
- Design a simple network layout 5
- Ensure firmware is current 5
- Ensure that the bandwidth is sufficient 5
- General recommendations 5
- Keep distances between switches as short as possible 5
- Select suitable cable 5
- The following general recommendations for installing the kvm over ip matrix system on a network have been provided here for easy reference for more details please follow the individual cross references and refer to part 4 network design 5
- Try to avoid adapters 5
- Build strategies 6
- Network design 6
- Planning network architecture 6
- Ensure the bandwidth 7
- Number of ports 7
- Single switch networking 7
- Stackable verse standalone 7
- When the kvm over ip extenders are no more than 100 m 330 ft from the central distribution point and number up to 46 devices a single switch configuration is recommended 7
- Cascaded switch networking 8
- Complex cascaded switch network 8
- Simple cascaded switch network 8
- Dedicated or integrated network 9
- Network setup examples 9
- One to many 9
- One to one 9
- Kvm over ip extende 10
- Matrix mode 10
- Video walls 10
- A high performance network switch is the means of a successful kvm over ip extender setup when choosing a network switch first select the type 11
- Choosing a network switch 11
- The basics 11
- Types of high performance switch 11
- Further considerations 12
- Stackable verse standalone 12
- Switch specifications 12
- Recommended capacities 13
- Total bandwidth of the switch 1 88 13
- Total bandwidth of the switch 2 13
- When selecting a suitable switch to work with the aten kvm over ip matrix system there are important values that need to be considered such as the switching capacity forwarding performance and igmp functionality please note the following basic recommendations 13
- Configuring the network switch 14
- Configuring the switch correctly will pass data more efficiently allowing a better stream across the network to each kvm over ip extender device the following settings will help optimize your network traffic through a switch 14
- Igmp and other settings 14
- Appendix 15
- Example switch models and capacity calculations 15
- Recommended network switches 15
- When using a point to multipoint or multipoint to multipoint matrix mode installation it is essential to use a gigabit network switch with igmp functionality to experience the best performance this allows for more efficient throughput of bandwidth resources while supporting this type of setup the following table lists network switches that have passed aten s stress tests using the ke6900 series extenders our tests streamed content over a network with a resolution of 1920 x 1200 60hz 24bit color depth at 60 frames per second 15
- When you are selecting a network switch suitable to be deployed with the kvm over ip matrix system the most important values to check in advance are switching capacity and forwarding rate 15
- Configure terminal 16
- Copy running config startup config copy running config startup config 16
- End end 16
- Example switch models 16
- Forwarding rate total bandwidth of the switch 1 88 16
- Ip igmp snooping querier ip igmp snooping querier 16
- Problem monitors are flashing and mouse lags when streaming video i am using a cisco catalyst 2960 in my kvm over ip matrix system installation 10 kvm over ip transmitters and 18 kvm over ip receivers 16
- Remedy ensure that igmp querier is enabled in addition to igmp snooping for multicast installations igmp querier is also crucial use the following commands in cisco 2960 cli mode 16
- Show ip igmp snooping vlan 1 show ip igmp snooping vlan 1 16
- Switch to switch bandwidth recommended bandwidth between switches depends on the total count of receivers in the installation 16
- Switching capacity total bandwidth of the switch 2 16
- Troubleshooting 16
- Poe considerations 17
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