Vendors partner to stream French Open tennis tournament online in HD

Jun 9, 2009 4:23 PM, By Michael Grotticelli

             
Microsoft’s Smooth Streaming technology uses the standard downloading of HTTP files for connection to video streams, even through firewalls.

Microsoft’s Smooth Streaming technology uses the standard downloading of HTTP files for connection to video streams, even through firewalls.

The French Open international tennis tournament, held at Roland Garros through June 7, was one of the first major sporting events to use Microsoft’s IIS7 Live Smooth Streaming technology. It is designed to distribute HD video without the usual streaming issues often experienced on the Internet.

The broadcast was encoded on the Inlet Technologies’ Spinnaker 7000 live streaming platform and distributed to the Web on Level 3 Communications’ Content Delivery Network.

Throughout the tournament, France Télévisions partnered with Microsoft, Inlet and Level 3 to offer free coverage exclusively on france2.fr, france3.fr and france4.fr, in addition to the traditional France 2, France 3 and France 4 TV channels.

It’s the fifth consecutive year that France Télévisions broadcast the full week of tennis from Roland Garros on the Internet using Microsoft’s Windows Media Player. This year’s coverage marked the first time the video streams of the seven simultaneous games used Silverlight technologies and the IIS7 Live Smooth Streaming technology for HDTV.

Microsoft’s Smooth Streaming technology, still in beta, is a media delivery method that improves the quality of distribution and is designed to avoid any breaks in the streaming flow by varying the quality in real-time according to factors such as the available bandwidth or the usage rate of the CPU on the client computer.

Inlet’s live streaming Spinnaker 7000 encoders and its Armada on-demand video management system, which supports Smooth Streaming, allows Web users to receive live HD streams and benefit from DVR capabilities (pause, rewind a few hours back, etc.) with no stuttering, buffering or other interruptions to their viewing experience. The HD 720p format corresponds to 720 lines displayed progressively 25 times per second, for a resulting resolution of 1280 x 720 pixels.

Smooth Streaming uses the standard downloading of HTTP files for connection to video streams, even through firewalls. Video streams can also be cached in existing servers on Level 3’s network to allow a massive diffusion of the service on the Internet. This is all monitored from the Level 3 Broadcast Operations Center.

The Silverlight application is capable of dynamically detecting that CDN Level 3 flows and can switch between them without any breaks. It can also modulate the quality of the flow according to the condition of the client computer.




Want to use this article?
Click here for options!
Get Copyright Clearance

Share this article

blog comments powered by Disqus

 


Current Issue

A view from the top

January 2012

Some of broadcast's brightest reveal where the industry is headed.

Read More articles...

Related Newsletter

Transition to Digital
A twice per month tutorial on digital technology.

Related Posts


Confused about the terminology in an article? Find definitions of common terms and abbreviations in Broadcast Engineering's Glossary.

 


Submit your product for our NAB coverage.

Resources

Broadcast Engineering Newsletters Broadcast Engineering Essential Guides Broadcast Engineering White Papers Broadcast Engineering Videos Broadcast Engineering Podcasts Broadcast Engineering Industry Calendar

Industry Calendar

Broadcast Engineering Glossary of Terms

Glossary

Broadcast Engineering RSS feed

RSS

Interactive Media

Broadcast Engineering Webinars Broadcast Engineering Training Broadcast Engineering Blogs Broadcast Engineering Mobile Apps Broadcast Engineering on Facebook

Facebook

Broadcast Engineering JobZone

JobZone

Broadcast Engineering BE Roll

Blog

Featured Products

A Broadcaster's Guide To Camera & Lens Technology

A Broadcaster's Guide To Camera & Lens TechnologyThis eBook provides both new and veteran shooters an in-depth understanding of the technology that lies between the camera lens and the recording medium and how to maximize a camera's performance.

File Based Technology and Workflow

File Based Technology and WorkflowFile-based technologies have replaced video tape methods for a majority of production and broadcast operations. The worlds of AV and IT are coalescing to create new methods and workflows for media

Digital Television Fundamentals

Digital Television FundamentalsThis course, written by broadcast engineer Phil Cianci, provides a basic tutorial platform on the hows and whys of ATSC digital operation.

Video Compression, Editing and Displays

Video Compression, Editing and DisplaysVideo compression, editing and displays is an in-depth tutorial on MPEG compression technology, editing MPEG content and evaluating color video monitors written by long-time video expert, trainer and writer Steve Mullen, Ph. D.

 

 

Sound Off Podcasts

Erik Moreno, co-general manager of the Mobile Content Venture

MCV racks up successes on way to bright mobile DTV future

2012 will be the year of mobile DTV. That’s the view of Erik Moreno, who along with Salil Dalvi, senior VP for Mobile Platform Development at NBC Universal, is co-general manager of the Mobile Content Venture.

Danny Wilson

OTT year in review

Hear snippets of podcast interviews done throughout 2011 with Pat McDonough of The Nielsen Company, Glen Friedman of Ideas & Solutions!, Danny Wilson of Pixelmetrix and Greg Herman of Watch TV. Pictured is Danny Wilson, Pixelmetrix.

 

Broadcast Engineering Digital Reference Guide

Browse Back Issues

Back to Top