成人快手

The IP Studio

White Paper WHP 268

Published: 30 September 2013

As the performance and cost-effectiveness of packet-switched networks continue to increase, broadcasters can benefit from handling real-time production-quality video and audio as first-class citizens on IP infrastructure. When combined with capturing richer production datasets, this provides new opportunities to produce innovative, and more personalised, products. 成人快手 Research & Development is developing a framework to investigate going beyond traditional technologies such as SDI towards an IP-based infrastructure, using widely adopted networking protocols and techniques. The framework treats items of content, such as video frames, as well as data events generated in a production, as uniquely identified and time-stamped objects. For live working, these are multicast at high quality locally and published as web feeds for remote access; they are also stored for immediate use by downstream processes and devices, without the overheads associated with file-based transfers.

This document was originally published in the IBC 2013 Conference proceedings, and in the IET’s 'Best of IET and IBC' publication.

 

White Paper copyright

漏 成人快手. All rights reserved. Except as provided below, no part of a White Paper may be reproduced in any material form (including photocopying or storing it in any medium by electronic means) without the prior written permission of 成人快手 Research except in accordance with the provisions of the (UK) Copyright, Designs and Patents Act 1988.

The 成人快手 grants permission to individuals and organisations to make copies of any White Paper as a complete document (including the copyright notice) for their own internal use. No copies may be published, distributed or made available to third parties whether by paper, electronic or other means without the 成人快手's prior written permission.

Authors

  • Peter Brightwell

    Peter Brightwell

    Lead R&D Engineer
  • Jonathan Rosser

    Jonathan Rosser

    Lead Research & Development Engineer
  • Robert Wadge

    Robert Wadge

    Principal R&D Engineer
  • Phil Tudor

    Phil Tudor

    Principal R&D Engineer

Search by Tag:

Rebuild Page

The page will automatically reload. You may need to reload again if the build takes longer than expected.

Useful links

Demo mode

Hides preview environment warning banner on preview pages.

Theme toggler

Select a theme and theme mode and click "Load theme" to load in your theme combination.

Theme:
Theme Mode: