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BROADCAST ENGINEERING E-ZINE World Edition
Brought to you by Broadcast Engineering magazine

In the January 26, 2010 Issue:

Advances in TV graphics
Developments in TV audio
Correcting lip sync errors
Content repurposing
Editorial

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 FEATURES
Advances in TV graphics

New platforms leverage the power of the GPU.

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Software-based receivers for DTV and mobile

Software modems are becoming essential for multimedia content delivery in portable devices.

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Streaming multichannel uncompressed video

Using a multichannel streaming PCI Express (PCIe) Gen2 DMA controller, you can interface up to four 3G-SDI video streams.

> Read Full Story

Playout automation

New developments can lower operating costs.

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Computer networks

Knowledge of IP networks is necessary for operators in today's broadcast facilities.

> Read Full Story

Treating video errors

Broadcasters and IT engineers view error correction and error concealment differently.

> Read Full Story

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 BEYOND THE HEADLINES
Developments in TV audio

Broadcast audio has evolved from mono to multichannel.

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Fiber optics

The benefits offered by fiber-optic technology in terms of bandwidth, size and weight make it an obvious choice.

> Read Full Story

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Transmitting straight from the editor’s desk

In his new blog, Broadcast Engineering Editorial Director Brad Dick posts his rants, raves and reviews of what’s happening in the industry. To read his latest post, visit blog.broadcastengineering.com/brad.

 DIGITAL HANDBOOK
Correcting lip sync errors

Potential remedies to this frustrating problem are within grasp.

> Read Full Story

HD monitors

Consider your needs when deciding between LCD or plasma.

> Read Full Story

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A Mechanism to Recover Lost MPEG / IP Delivery Data in Real Time
sponsored by: Sencore

In the ever advancing world of media content delivery, MPEG over IP (MPEG/IP) has been gaining popularity for a number of reasons. MPEG/IP delivery offers lower costs, higher bandwidth, greater efficiency, and new application possibilities over the traditional methods, such as: Asynchronous Transfer Mode (ATM) and RF networks. Along with the benefits, come a number of challenges. One of the biggest challenges is a mechanism to recover lost data in real-time. This paper will attempt to shed some light on the inner workings of the real-time data recovery mechanism: Pro-MPEG Code of Practice #3 Forward Error Correction (CoP#3 FEC). Read Now

 NEW PRODUCTS & REVIEWS
Content repurposing

Broadcasters need to provide consumers with content anytime, anywhere, in a multiplicity of formats.

> Read Full Story

New products

Snell's Kahuna CF+ and more ...

> Read Full Story

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Broadcast Engineering's monthly Webcasts cover key technical and operational topics. Issues covered will include improving workflow, IT engineering, automation, compression, audio and other topics. These one-hour events are free to attendees and enable them to learn right from their desktops or home computers. Click here for registration information.

 DEPARTMENTS
Editorial

What will we be watching in 2020?

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Advertisers index

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Featured
Podcast
FLO TV’s VP of Sales and Operations Kathy Thompson talks about the company’s mobile TV sleeve for the iPhone. Click here.
> More Podcasts

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White Papers
This paper will attempt to shed some light on the inner workings of the real-time data recovery mechanism: Pro-MPEG Code of Practice #3 Forward Error Correction (CoP#3 FEC). Click here.
> More White Papers

Featured Video
Riedel MediorNet combines signal transport, routing, signal processing and conversion into one integrated real-time network. Click here.
> More Videos

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