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ASCOM is an international industrial group, headquartered in
Switzerland’s capital Bern. It has subsidiaries in all major European,
North American, and Asian-Pacific markets as well as companies in Latin
America.
Ascom is active in selected segments of telecommunications and service
automation. Ascom’s revenue for 2002 totalled CHF 2.07 billion. It has a
staff of more than 5’000 employees worldwide. The holding is organised
in 4 divisions: Security Solutions, Network Integration, Wireless
Solutions and Transport Revenue.
The legal entity (Ascom division) relevant for the bid of concern is
Ascom Security Solutions. The legal name of its Swiss part is Ascom
Systec AG. Its main business is in delivering customer-specific telecom
solutions for private and public customers with high security
requirements. Applicable Research & Technology (AR&T) is a department of
Ascom Systec AG consisting of 30 scientists, research engineers and
project managers. Its mission is to maintain a leading edge competence
in selected areas
of Wireless Communications, Satellite Communications
and Powerline Communications.
AR&T’s Antenna and RF Design team are specialists in the design and
implementation of custom solutions, with more than a decade of
application proven experience. Its main capabilities in antenna design
are antennas for mobile and fixed wireless applications, with a special
emphasis on miniaturisation, efficiency and gain enhancement,
broadbanding and multi-band coverage, cost reduction,
as well as smart
antennas and antenna diversity. In the field of RF design
the focus is
on analogue RF and microwave circuit design, with main strength
in the
areas of custom radios, component parameter extraction
and component modelling.
- GPS antenna design, such as the antenna used in a miniature receiver
integrated into a wrist-watch;
- Implementation of a high-sensitivity, low-power GPS receiver module
for a portable receiver;
- Design and implementation of a high-sensitivity, low-power transceiver
for DSRC
applications, including the antenna system, receive,
transmit and
low-power wake-upcircuitry. |