SPACE MART SPACE DAILY SPACE WAR TERRA DAILY MARS DAILY SPACE TRAVEL GPS DAILY ENERGY DAILY
  Space Industry and Business News  
Get Our Free Newsletters Via Email
  
Search All Our Sites at SpaceBank
AeroTelesis Demos USM Technology for Satellite Communication Application

it's simply amazing how much data can be squeezed through existing infrastructure

Los Angeles CA - Mar 25, 2004
aeroTelesis, Inc., recently conducted a live demonstration for a major satellite conglomerate where through the use of its proprietary USM technology achieved success in the data transmission of six Megabits per second (Mbps) through a single 3 Khz (3 dB Band Width) channel.

AeroTelesis will continue to conduct more demonstrations with the addition of different factors to simulate real current working environments, i.e. noise, interference channels, etc.

"The demonstration served to be a great success enabling the Company to proceed to the next step to eventually integrate USM in existing satellite communication systems improving data transmission by several folds," said Dr. Jagan Narayanan, Chairman/CEO of aeroTelesis.

The Company is working closely and making progress with other satellite vendors and operators and proceeding with further discussions of USM application with the satellite conglomerate that has already seen and approved the demonstration. The number and names of the satellite companies are being withheld at this time for confidential considerations of all companies involved.

aeroTelesis is an emerging-growth company that provides next-generation wireless technologies for voice, video and data applications encompassing mobile cellular, wireless local loop, broadband wireless data, VoIP, satellite communications and others. The foundation of its technology platform is a patented modulation technique known as Ultra Spectral Modulation (USM).

USM is believed to be a breakthrough modulation technique designed to substantially increase frequency and network efficiency, with data throughput rates of more than 200 times that of conventional modulation techniques. This is achieved through just ten percent of the bandwidth channel normally used -- with greater transmission distance and lower power requirement.

Broadband-like services with data rates of three Mbps (megabits per second) can be transmitted through a three-kilohertz channel with lower power consumption. The company anticipates commercial deployment of its technology across multiple applications beginning in 2004.

Community
Email This Article
Comment On This Article

Related Links
aeroTelesis
SpaceDaily
Search SpaceDaily
Subscribe To SpaceDaily Express
Satellite-based Internet technologies


iPod Dominance A Mirage
Chicago (UPI) Jan 09, 2006
Though Apple Computer has reported remarkable success with its iPod - sales rose by 250 percent during the last fiscal year - there is some competition coming this week for the developer of the world's most famous, legitimate music downloading network, experts tell United Press International's Networking.






Memory Foam Mattress Review

Newsletters :: SpaceDaily Express :: SpaceWar Express :: TerraDaily Express :: Energy Daily
XML Feeds :: Space News :: Earth News :: War News :: Solar Energy News
  • AeroTelesis Demos USM Technology for Satellite Communication Application
  • StarBand Launches New 481 Telecommuter Service
  • Connexion by Boeing Turns To Internap For Faster In-Flight Connectivity
  • Next Generation Satellite Vital to U.S. Broadband Economy

  • NASA Looks To Department Of Energy For Nuclear Space Tech Support
  • ILS To Launch NRO Mission as First Atlas V Flight from Upgraded Pad
  • ILS, Alcatel Sign Contract to Launch WORLDSAT 3 Satellite
  • The Making Of An Ariane 5 Launch

  • Sonic Boom Modification May Lead To New Era
  • Hewitt Pledges Support For Aerospace Industry
  • National Consortium Picks Aviation Technology Test Site
  • Wright Flyer Takes To The Sky In Las Vegas



  • New Polyelectrolyte Inks Create Fine-Scale Structures Through Direct Writing
  • Silicon Chips With Ultra-Cold Atoms ¿ The Future Of Computing
  • TDK Showcases 23.3GB Blue Laser 'Pro-Type' Disc
  • ESA To Hold Gravity Mission Workshop

  • Earth and Space Sciences Grads Finding Jobs Faster

  • Land Cover Changes Affect U.S. Summer Climate
  • ESA's orbiting hurricane hunter back in action
  • Ozone-Destroying Gas Increased Significantly During Industrial Age
  • Geoenvironmental Researchers To Join Technium

  • Boeing Delta II Deploys 50th GPS Satellite
  • TrimTrac Wins Best Bang For The Buck Awarded In GPS Vehicle Tracking
  • European Parliamentarian McNally Urges Support For Space
  • GPS 2R-11 Satellite Dedicated to Ivan A. Getting

  • The content herein, unless otherwise known to be public domain, are Copyright 1995-2006 - SpaceDaily.AFP and UPI Wire Stories are copyright Agence France-Presse and United Press International. ESA PortalReports are copyright European Space Agency. All NASA sourced material is public domain. Additionalcopyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement,agreement or approval of any opinions, statements or information provided by SpaceDaily on any Web page published or hosted by SpaceDaily. Privacy Statement