Abstract

There is building global demand for affordable, broadband interactive services and satellite-based systems are capable of fulfilling this demand.  Successful deployment of satellite broadband systems depends on a universal consumer terminal from multiple sources being available. Consumers are ready for satellite technology as shown by the dramatic success of DBS entertainment systems.

The current approach to providing interactive satellite services has been to utilize complex Very Small Aperture Terminal (VSAT) systems. Traditional VSAT systems employ numerous proprietary technologies and specialized components in their construction. This approach has resulted in a "black box" that costs in the thousands of dollars. This is much more than the majority of potential new users is prepared to pay.

In order to realize the full potential of satellite-based, broadband delivery systems, the cost and complexity of terminals must be reduced to an affordable price range, initially targeted at less than $1,000. This magnitude of cost reduction can only be accomplished through the development of a new generation "open" terminal.

About the Speaker:

Mr. Bucher joined Norsat in 1998.  He is a graduate of the University of Guelph with a B.Sc. degree in Engineering and brings 20 years of experience in high technology products to Norsat. His proven ability to deliver innovative product, business strategies and his knowledge of overseas markets play an integral role in strengthening Norsat's global marketing and growth strategies.

Prior to joining Norsat he was Vice President, Honeywell Measurex Operations where he had worldwide profit and loss responsibility for all engineering, marketing and manufacturing.

No-Host Dinner

You can meet the featured speaker at a no-host dinner before the talk.  Meet us at 6:00 PM at Earl's, 4361 Kingsway (one block west of Willingdon) in Burnaby.  All are welcome, although advance notice to Dave Michelson <dmichelson@ieee.org> would be appreciated so that we can ask for a table of appropriate size.