![]() You must then re-establish the session when it times out, and it can become a tedious chore. As an administrator, you can attest to this issue when having multiple RDP sessions open but they keep timing out and the window closes. ![]() When the client end has no activity for 10 seconds the terminal server decides to cut the refresh rate in half in order to ensure bandwidth is not being wasted between terminal server and client on the network. With Remoted Desktop Protocol (RDP) you have a terminal server on the opposite end that acts as a controller to the client’s screen. The client is basically getting a drawn representation of the hosts desktop display. RDP reaches back to the terminal server which sends a refresh on 10 second intervals so long as there is activity at the client. Every 10 seconds is a pretty hard rate to stick to if you aren’t constantly typing away or moving the mouse. Let’s take a look at some of the other display protocols and how they compare to PCoIP. While there are several display protocols that exist in desktop virtualization such as RDP, ICA and RGS, PCoIP has become the most prevalent protocol for display back of a virtual desktop.ĭoes PC-over-IP sound vaguely familiar? It might remind you of Voice-over-IP (VoIP) and there are definitely similarities. While Voice-over-IP delivers voice over a standard IP network, that is where it ends. PCoIP not only delivers full audio it also delivers USB and the full user display. How is it different from RDP (Remote Desktop Protocol) or ICA (Independent Computing Architecture)? That’s a great question, because PCoIP is not the only display protocol. PC-over-IP ( PCoIP) is a display protocol that allows complete compression of a desktop which is then displayed through a zero client device over a standard IP network.
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