Mobile Satellite Ventures, which is planning a satellite-cellular wireless communications network for the U.S., announced the appointment of Mike Yglesias as Vice President of RF Engineering, where he will be responsible for the overall design segment of the MSV terrestrial Radio Frequency (RF) network. Yglesias joins MSV from Cingular Wireless, where he held the position of Director of RF Engineering.
http://www.msvlp.com
http://www.msvlp.com
- In January 2006, Mobile Satellite Ventures (MSV), a provider of hybrid satellite-cellular communications backed by Columbia Capital, Spectrum Equity Investors and others, selected Boeing for a new generation of mobile satellites serving North and South America beginning in 2000.
- MSV has awarded a contract valued at $500 million to $1 billion to Boeing for the construction of three satellites and associated ground systems. Although financial details were not disclosed, Boeing said this is the largest commercial satellite order it has booked since 1997.
- The network will based on MSV's patented Ancillary Terrestrial Component (ATC) technology, which will combine satellite and cellular technology to deliver reliable, advanced and widespread voice and data coverage. The service will use wireless devices that are "virtually identical to cell phone handsets in terms of aesthetics, cost, and functionality."
- Boeing will also develop ground-based systems that will provide advanced beam forming flexibility and interference cancellation unprecedented in commercial satellite systems.
- The satellites will be among the largest and most powerful ever built. Each spacecraft will supply 11,000 watts of power through 5-panel solar array wings using highly efficient triple-junction Gallium arsenide cells. The 22-meter L-band reflector for mobile terminal links will complement a 1.5 meter Ku-band antenna.
- Ancillary Terrestrial Component (ATC) technology which allows existing satellite phone spectrum to also be used over dedicated terrestrial networks, with call capacity managed and reallocated, in real time, between satellite and terrestrial networks via a common control center. Calls can be made over either network using the same phone handset. ATC technology could be used to supplement satellite phone service with a ground-based network to provide a "back-up" signal.
