Horizon 8.2 (2103 and later) – Media Optimization for Microsoft Teams on Mac clients. Horizon 7.13 and Horizon 8.1 (2012 and later) – Media Optimization for Microsoft Teams on RDSH remote desktops and Microsoft Teams as a published application for Windows clients. Horizon 7.13 and Horizon 8 (2006 and later) – Media Optimization for Microsoft Teams on VDI desktops for Windows clients. For a complete list of features supported on each platform, see the product documentation topic for the version of Horizon that you are using. Below is a list of the minimum supported versions for each platform. Horizon supports audio, video, and screen-sharing offload to the local endpoint on Windows, Mac, and Linux platforms. Minimum Supported Horizon Client Versions The following diagram describes the flow of data between the various components of the Microsoft Teams optimization feature in Horizon.įigure 1: Microsoft Teams Optimization Flow This document helps you plan for deploying it. The Media Optimization for Microsoft Teams feature is a boon for organizations using Microsoft Teams for audio and video calls. Using this mechanism, this process avoids using RTAV altogether. Often the end-user experience improves as well because the data has one less hop to make. The load disappears from the network, and the processing moves from the data center to the endpoint. Horizon Client draws over the Microsoft Teams window in the virtual desktop VM, giving users the impression that they are still in the VM, but the media is actually traveling directly between the local endpoint and the remote peer (as shown in Figure 1). With the supported Horizon Agent and VMware Horizon® Client versions, when a user starts a call inside the virtual desktop, a channel to the local physical device is opened and the call is started there. VMware, working closely with Microsoft, supports Media Optimization for Microsoft Teams with Horizon 8 (2006 and later) and Horizon 7 version 7.13. 
At the same time, the virtual desktop is capturing the video feed and sending it back over the network, using the VMware Blast display protocol, to the endpoint so that the end user can see the video feed. But the RTAV feature still sends a lot of data across the wire, and the virtual desktop has to process the data and send it out over the network to complete the call.
VMware Horizon® sends that data compressed, using our real-time audio-video (RTAV) feature. When the call is initiated in the virtual desktop, the user’s microphone and camera send the user’s voice and image to the virtual desktop. Making a video call from a virtual desktop can be tricky. Technical Overview of Media Optimization for Microsoft Teams
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