

We’ll call these workstations A, B, C and D and we’ll number the ports 1, 2, 3 and 4. Now, imagine that we have a switch with four ports and four user workstations.
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These functions are present in a switch by default, right out of the box. The switch accomplishes these requirements by executing four basic functions: Learning, Forwarding, Filtering and Flooding. What the network needed was a more logical device that could make decisions for where to send data and block the traffic flow to irrelevant devices. There was no privacy or security and performance was poor. At its core, the Ethernet is a shared network, each node contending for access to precious bandwidth and dealing with the repercussions of collisions.īefore switches, hubs received Ethernet frames and forwarded them to every connected device. Please note: we do not provide any support in relation to this document and take no responsibility for any impact or losses that may result from following this guide.The Ethernet switch has become an integral part of the world’s LAN infrastructure. You have now properly configured your TP-Link network for use with mDNS and multicast!

Note: We do not recommend running multicast sources through WiFi. In this step you can create a wireless network. “Do not clone my MAC address” and click the “Next” button. Unless your ISP instructs your to do this for internet connections, choose The next screen allows you to clone the MAC address of your computer. Otherwise, you will likely need to use the Static IP option, which will require you to contact your network administrator or possibly your ISP. If you are able to access the internet when directly connected to the modem, then the Dynamic IP connection should work.
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Select your time zone from the drop-down menu and click “Next”įor most users choosing Dynamic IP and clicking the “Next” button will provide success in the end.Īn easy way to test and see if a Dynamic IP connection is likely to work for you is to temporarily plug an available PC directly into your modem.You will now begin the initial step-by-step process of setting up your Archer C1200 v3 for use with mDNS and multicast devices.Type “ ” into the search bar of your internet browser.You can now configure the Archer C1200 v3 using the routers “setup wizard”.Plug the Archer C1200 v3 and the network switch into available power outlets and turn them on.Plug your PC into LAN port 2 on the Archer C1200 v3.Plug the “Internet Port” of the Archer C1200 v3 into an available ethernet port on your cable modem or existing network.Plug a network cable in between an available LAN port on the Archer C1200 v3 and an available network port on the network switch.
SEARCH TP LINK SWITCH FOR MAC ADDRESS HOW TO
We will cover how to configure a TP-Link Archer C1200 v3 with a TP-Link SG1008PE switch to properly enable discovery of the cameras and for use in a multicast environment. In this document, we will cover how to properly configure your TP-Link Archer C1200 v3 for use with mDNS and multicast devices. Solution home PTZOptics NDI Setting up a TP-Link Archer C1200 v3 for use with mDNS & multicast
