Livestream Studio version 4.5 introduces NewTek NDI Integration, allowing Livestream Studio producers to input or output video sources over their local network with other NDI enabled software and devices.
What is NewTek NDI?
NDI, which stands for Network Device Interface, is an open protocol developed by NewTek that allows for high-quality video & audio signals to be transferred between devices over a local area network (LAN). In other words, different video software products with the NDI tools and applications installed--such as Livestream Studio, TriCaster, Adobe Premiere Pro, and more--can now communicate their video signals to each other over your local network with very low latency.
All you need to to do is make sure you are running version 4.5 (or later) of Livestream Studio and make sure it is connected to the same local IP (i.e. same network) as any other NDI enabled devices you wish to use with Livestream Studio. The integration is built into the software.
First, you need to have another NDI enabled source connected to the same network as your Livestream Studio system. This example will show a looping graphic sequence in Adobe Premiere Pro running on an iMac. Learn more about Newtek's NDI tools and downloads.
In Livestream Studio, click the gearwheel in the upper right corner to access settings.
Navigate to the Inputs menu.
Add an Input and click the Video Source dropdown menu. NDI enabled sources on your network will be available as input options. The third option here is the iMac running Adobe Premiere Pro.
Select your NDI source, then click Save.
Your NDI source will appear in your multi-view in Livestream Studio alone with all other inputs. You can switch it into Preview and Program as you would any other source.
A key feature with NDI is alpha channel support. This means a source like the one shown above, which is a looping graphic with no background, can also be brought into Livestream Studio with a transparent background.
To enable this in Studio, navigate to one of the GFX menus, select + and click New Layer.
Click the paintbrush icon to open the GFX Designer.
To bring in your NDI source as a graphic, click the camera icon.
Your first input source will appear. Click the corresponding gearwheel to select your NDI source. Notice that the graphic has a transparent background, rather than a black one.
Make any appearance adjustments as necessary (in this example, we cropped the empty space and dragged the graphic to the bottom to make it a true lower-third graphic).
When you are satisfied with your NDI source's appearance, close the GFX Designer.
Now you can use your graphics overlay controls in the upper right corner of Livestream Studio to bring in your NDI source as a graphics overlay with alpha channel support.
Setting up an NDI output is similar to setting up a normal live video output. The difference is that instead of using a video card and video cables to output your Program or other Studio source, you are outputting over your local network.
Click the gearwheel in the upper right corner to access settings.
Navigate to the Outputs menu.
The lower half of the menu is the NDI Outputs section. Click the + button to add an NDI output.
By default, your Program will appear at the output. Click the dropdown menu under Camera to select a different source if you wish.
You can rename the field under Device if you wish; this name is what your NDI output will be shown as in other NDI recognizing devices.
After selecting your output(s), be sure to save your settings.
Now other NDI enabled devices and software on your network will be able to bring in your selected output(s) as as a source or input (e.g. other Studio systems, vMix, TriCasters, etc.)
If you notice buffering or lag in your NDI sources, you can reduce the bandwidth required to bring them in via Input Settings, in the lower left corner of Livestream Studio.
Select your NDI source from the input dropdown menu on the left side.
Navigate to the Convert menu.
By default, Low bandwidth mode is turned off. Check it to enable it.
Your NDI input is now converted to a lower resolution, which will soften its appearance but deliver the video signal more steadily.