RF Central showcases camera-mounted ENG transmitters at HD World

Oct 24, 2008 9:42 AM

             
The 2GHz and 5.8GHz RFX-CMT-II’s linear RF amplification technology limits spectral regrowth at full power to less than -35dBc.<br /><br /><br /><br /><br />

The 2GHz and 5.8GHz RFX-CMT-II’s linear RF amplification technology limits spectral regrowth at full power to less than -35dBc.




RF Central featured its RFX-CMT-II camera-mounted transmitters in both 2GHz and 5.8GHz configurations at HD World 2008 in New York City.

The 2GHz unit is designed for live ENG news and sports applications, and the 5.8GHz unit is geared toward live sports stadium and arena coverage as well as license-free applications. Both can be upgraded via software to HD.

Each features HD, SDI, ASI or composite video inputs and offers a variable 6MHz, 7MHz and 8MHz modulator, 100MW power output, and full MPEG menu control by the user. The 2GHz and 5.8GHz CMT-II’s linear RF amplification technology limits spectral regrowth at full power to less than -35dBc.

For more information, visit http://www.rfcentral.com/rfxcmt.html.














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

News Technology Update
A twice-monthly newsletter covering the equipment used to produce the news.

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