Show recording took place in the studio – 35 km away.
For the first time in Dutch TV history, a live program has been remotely produced using an entirely SMPTE 2110 IP-based infrastructure. Belgian media networking and storage company SDNsquare was behind the project.
Media production service provider United produced Talpa Media’s ‘Koffietijd’ (‘Time for Coffee’) and ‘5 uur live’ (‘5 o'clock Live’) from United’s remote centre in the music pavilion at the Media Park in Hilversum. The recording of the shows took place in the studio of the National Postcode Lottery building in Amsterdam – 35 km away.
At the heart of the project was SDNSquare’s GRID software-defined network controller.
“GRID is a technology and a methodology that enables guaranteed data flows with effectively-enforced QoS in any IP network,” explained Henry Alexander, CEO of SDNsquare. “GRID transforms the IP network and its data flows, making it fully predictable, non-blocking and 100% reliable. As a result, user networks are used much more cost-efficiently.”
“For some time now, we have provided remote live production for a number of programs, among which RTL Late Night,” said Walter van Dorst, Manager, OB Trucks and Studios at United. “What made this project unique was that we used a fully-fledged SMPTE 2110 IP infrastructure – meaning no need for SDI baseband connections. All video footage was sent uncompressed via fibre optic cable.”
“This is a next step in our United Anywhere proposition,” van Dorst continued. “We can offer remote production and video editing anywhere in the world, no matter where the recording takes place. It gives us the ability to decentralise the hardware – which not only makes our logistics simpler and more cost-effective, but also contributes to our sustainability goals.”
During the broadcasts United made use of Leaf-Spine network topology.
“This ensures that our remote centre is flexible, reliable and scalable,” said Paul van den Heuvel, Manager, Technology at United. “We ensure that the hardware can be located wherever it is needed; that is what the United Anywhere concept - which we developed ourselves – is all about.”
Leaf-Spine technology, which is managed by GRID, is modular and centres around several small switches and calculates the capacity needed for different applications. Thus, it essentially functions in the same way as the data centres of large technology companies such as Amazon, Facebook and Google.
You might also like...
Transitioning to IP improves flexibility and scalability, both of which are achievable using COTS IT equipment. But can COTS solve every challenge? Or does broadcasting still have some unique and more demanding requirements that need further attention? In this article,…
Whenever I’m asked about my opinion on the transition to IP, I always state that the impact can’t be appreciated until its history is understood. This brings into context the need for broadcasters to educate and surround themselves wit…
Without doubt, virtualization is a key technological evolution focus and it will empower many broadcast and media organizations to work differently, more efficiently and more profitably.
As broadcasters accelerate IP migration, we must move from a position of theory to that of practical application. Hybrid solutions to integrate SDI, AES, MADI, and IP will be needed for many years to come, even with green field sites,…
Thanks to Over-the-Top (OTT) streaming video, content owners and broadcasters have a very different relationship with the end consumer – often a direct one.