PlayBox Neo Supports Octopus NRCS
ProductionAirBox Neo-20 graphic interface.
PlayBox Neo expands the software connectivity of its ProductionAirBox Neo-20 broadcast playout server, with support now provided for the Octopus Newsroom computer system.
"The Octopus NRCS offers a strong feature set which has received a good reception from broadcasters around the world," comments PlayBox Neo CEO Pavlin Rahnev. "We bridge between our respective platforms via the MOS protocol which allows content archives, graphics manipulation and character generation to be performed directly from the ProductionAirBox Neo-20 graphic interface. The process is intuitive with all relevant parameters clearly displayed."
Developed from AirBox Neo-20, ProductionAirBox Neo-20 provides features designed specifically for live production, including the ability to trim or reposition every clip in a playout while the scheduled session is on-air. Playout position can be changed on-the-fly with commands like next, jump or shuttle. Such changes are performed seamlessly without stopping the current playout session.
A single ProductionAirBox Neo-20 server can be configured with up to four independent players. Each player has a separate playlist and playout control. All four SDI interfaces can be assigned as program or preview outputs. Single-channel or multichannel user interfaces are available to streamline the operation. Content manipulation and delivery can be performed with the near-zero latency demanded for the fast-paced work environment of broadcast news, sports and live production.
A wide range of file formats and resolutions can be imported into the ProductionAirBox Neo-20 playlist, with up to 16 digital audio channels to accommodate multi-channel multi-language programmes. The feature set also includes forward or reverse shuttle at up to 32 times speed, mixing of multiple video resolutions and formats in a single playlist, logical content trimming, multi-channel audio output, plus support for a wide variety of compression standards and media containers. MOS and the NewTek Network Device Interface (NDI) open protocol for IP production workflow are both supported.
You might also like...
The Business Cost Of Poor Streaming Quality
Poor quality streaming loses viewers at an alarming rate especially when we consider the unintended consequences of poor error reporting on streaming players.
Future Technologies: Asynchronous Transport
In this first in a series of articles considering technologies of the near future and how they might transform how we think about broadcast, we begin with the potential for asynchronous transport streams.
Next-Gen 5G Contribution: Part 1 - The Technology Of 5G
5G is a collection of standards that encompass a wide array of different use cases, across the entire spectrum of consumer and commercial users. Here we discuss the aspects of it that apply to live video contribution in broadcast production.
Why AI Won’t Roll Out In Broadcasting As Quickly As You’d Think
We’ve all witnessed its phenomenal growth recently. The question is: how do we manage the process of adopting and adjusting to AI in the broadcasting industry? This article is more about our approach than specific examples of AI integration;…
Designing IP Broadcast Systems: Integrating Cloud Infrastructure
Connecting on-prem broadcast infrastructures to the public cloud leads to a hybrid system which requires reliable secure high value media exchange and delivery.