Set a custom Stream Key under any of the numbered receive channels - it can be any combination of letters and numbers desired, and for the purposes of this walkthrough we have set it to simply “MEVO” - then click the “Start” button to start receiving streams. In RTMP MiniServer: Choose the “LocalNet” tab at the top of the interface if the MEVO camera will be connected to the same network as the computer receiving the stream or “Internet” if the MEVO camera will be located remotely. In MEVO 2.0 app: After linking MEVO camera with your smartphone so you’re at the screen where you can can see the camera image displayed, tap the red circle at bottom left. However, it is possible to run an RTMP server client software called RTMP MiniServer on the same computer as Wirecast, or another computer on the same network, to receive the stream and convert it to an NDI source that Wirecast can connect to as a Network source. Wirecast cannot directly connect to RTMP push sources, as these require a server component that provides a stream address/key to push the RTMP stream to and Wirecast does not have that functionality built-in. At the time of this writing, only the MEVO Start camera model offers NDI HX out - if using the MEVO Plus, you can configure RTMP out using the instructions below. PLEASE NOTE: RTMP output adds anywhere from 2-30 seconds of delay, so if low-latency is critical for your workflow, NDI HX would be recommended. The MEVO camera’s companion MEVO 2.0 app enables the user to enter a custom RTMP address to push video to any RTMP destination on the Internet, or zero-config NDI HX output across the local network. MEVO Cameras can be configured to deliver up to 1080p video over a local network or remotely via the Internet into Wirecast. It’s easy to add a MEVO camera into your Wirecast live streaming software to create a professional multi-camera broadcast. One camera gaining in popularity is the Mevo ($399), because it’s affordable and it’s a dedicated camera made just for broadcasting live video. I will have a blog as soon as it’s available or we know more, to stay in the know, subscribe for my every other week email update here.Most live event producers these days have several cameras they use to produce a high quality live stream. They were mentioned in a recent Build Microsoft Teams Updates blog here. I imagine this is working via Teams to Skype consumer interop. Soon Microsoft Teams interop will enable the connection of 1:1 calls for interviews and newscasts with professional capabilities, including caller queuing and connection quality management. Skype TX converts Skype consumer calls into professional HD-SDI feeds ready to be integrated into production workflows. Skype TX hardware is available from Newtek, Quicklink and Broadcast Bionics. Skype TX is a studio-grade hardware and software solution from Microsoft, which allows you to integrate Skype callers from anywhere in the world into a broadcast. In addition to NDI support, Microsoft is adding Skype TX Interoperability. This will be great for podcasts, YouTube and other content creators. These tools allow you to control layouts, levels etc. It will allow you to convert each participant’s video into a discrete video source that can be used in the production tool of your choice, OBS, Wirecast, Xsplit, StreamLabs and many more. Then it is given a simple overlay in post-production.īut what if you want to do more than this? If you want to take each person’s video feed in and control the layout, do overlays etc.? Coming soon, NDI (Network Device Interface), for Microsoft Teams enable this. For example, I record my monthly U C Today podcast on Microsoft Teams, we use the native Teams experience, natively recorded in Stream. Today what you can do is relatively limited. One use case is recording podcasts/vodcasts or even professional TV production. Microsoft Teams is a great collaboration platform, but it’s often used for much one than that.
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