NDI 5 Opens up Genuine Remote Workflows
By Adam Noyes
NDI 5 is a gateway to a new level of remote workflows in the live streaming arena. With features like NDI Bridge, the video world will be more connected than ever, and live streamers now have a ton of potential power for their workflow.
Redsharknews.com recently posted a great article outlining some key points on NDI Bridge. Check out some highlights from this article, below.
By now, no doubt you will likely have seen the news that there is a new flavour of NDI on the way; NDI version 5 is going to be made available at some point in June. And it’s honestly not hyperbole to say that this is a bit of a game-changer when it comes to IP production as this lifts the uses of the NDI protocol away from the LAN and up to a point where NDI networks can talk to each other no matter where they are.
NDI was designed initially to provide plug-and-play capabilities via a combination of TCP socket connections and Bonjour service announcements over a LAN, and there are a couple of factors that limit their use when scaling up from a Local Area Network to a Wide Area Network. It’s not worth going into them in too much detail here as we don’t know quite how NDI has solved them, but there have been workarounds for this for a while.
Effectively you use a third party bridge between separate NDI networks, ingesting it in one location, compressing it, and squirting it using a low-latency protocol such as RIST or Zixi to another, where it is uncompressed and broadcast on the local LAN once more as NDI.
NDI Bridge
What NDI has done with NDI 5 is build its own bridge. Called, pragmatically enough, NDI Bridge, it enables users to securely share NDI sources between remote sites wherever they may be using what the company promises is a simple and secure network setup. NDI Bridge, therefore, handles all the complexity of remote sources on a truly potentially global scale, while still working with alpha channel, KVM, PTZs, tally, metadata, and all the rest of the bells and the whistles it brings to the table.
It’s a big deal and it will be fascinating to see how it operates in the wild and whether it can keep latency low enough to enable genuinely remote workflows for things such as live sporting events and the links between a camera track and a production hub. Hopefully, we’ll get to know more soon, as well as find out how the company has engineered it.