PlayBox Neo Enhance AirBox Neo And Cloud2TV

PlayBox Neo marks the 21st anniversary of the AirBox broadcast playout system with the latest refinements to its 1U and 3U Neo servers and IP-based Cloud2TV. These bring additional operating features and increased connectivity.

New to AirBox Neo is SRT output support. Designed for fast file transmission, SRT provides reliable transmission at the application layer with UDP (User Datagram Protocol) as an underlying transport layer. It enables reliable and secure streaming of high quality content via the public internet. Latency parameter control allows adjustments to be made to counteract slow links. New Caller, Listener and Rendezvous modes support connection to the AirBox Neo playout server from more than one location, typically from main and back up locations. 128/256 bit AES encryption can be activated for content protection. An operator may also now generate and send a dedicated password which can only be decoded at the receiver.

PlayBox Neo is also introducing new integrated in/output architecture which can be shared between AirBox Neo servers and the recently introduced Capture Suite. Connectivity features include an NDI output, AJA output plug-in and AJA input plug-ins plus an HLS input. Simultaneous outputs can be delivered in a choice of video standards and frame rates. On the fly interactive control over any input/output plug-in is also provided.

A new web-based multiviewer is now available for AirBox Neo. This accepts UHD/HD/SD sources and provides support for AJA, BMD and NDI protocols. The multiviewer includes a dashboard with a built-in resource monitor.

Additional improvements and enhancements to the AirBox Neo series include an NDI input plug-in, internal clock handling and a new device manager for handling live feeds.

PlayBox Neo's Cloud2TV is based on the concept of virtual channel playout. Totally software-centric, it allows TV channel managers to perform video production and content delivery efficiently on any desired scale.  Seven new Cloud2TV enhancements are announced:

  • Auto import function updated with the ability to recognize files which are still under upload.
  • Auto import function automatically recognizes each media file and places it in related container.
  • Purge task implementation automatically clears all deleted assets and media files from 'default storage'.
  • Improvements to transcoding of files – all newly created media files become 'default' automatically.
  • Clear labeling of playlists that contain media files which have not been QC checked.
  • Audio normalization after QC check is now implemented for AirBox Neo playout.
  • Password history implementation prevents prolonged use of one password.

"Following on from our recent announcement of Capture Suite, these refinements demonstrate our ongoing commitment to holding our position as the logical product source for any scale of broadcast media playout," comments PlayBox Neo CEO Pavlin Rahnev. "With 21 years of experience, our product development and customer support teams co-operate fully to ensure we meet the industry's present needs and stay alert to its aspirations." 

You might also like...

Computer Security: Part 5 - Dual Bus Architecture

In the UK we have Oxford v Cambridge. In the USA it’s Princeton v Harvard. The only difference is that one is a boat race and the other is computer architecture race.

Apple’s M1 ARM For Broadcast Infrastructure Applications: Part 2

In part 2 of this investigation, we look at why Apple’s new M1 processor benefits broadcasters.

The Sponsors Perspective: PTP In LANs & WANs - An Essential Component In IP Broadcast Infrastructure

PTP - as a precise network timing technology has been available for nearly two decades. It is already widely used in Telecommunication networks, Finance and Trading platforms, substation automation networks and many more industries. Every industry has its own demands…

Apple’s M1 ARM For Broadcast Infrastructure Applications: Part 1

Apple’s M1-based MacBook Air, MacBook Pro, and Mac Mini have been the focus of computer news for the last half-year because of their surprisingly high-performance.

Computer Security: Part 4 - Making Hardware Secure

The history of computing has been dominated by the von Neumann computer architecture, also known as the Princeton architecture, after the university of that name, in which one common memory stores the operating system, user programs and variables the programs…