| | Applications: Overview
Thanks to superior positioning engines and our unique product concept, u-blox products can be found in a wide
range of applications.

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Navigation
Fast acquisition, excellent accuracy
under dynamic conditions,
outstanding multipath mitigation
and a fast navigation rate make
our products the preferred choice
for navigation systems for motor
vehicles and maritime vessels.
Dead reckoning solutions allow
navigation even under obstructed conditions such as
tunnels, underpasses, narrow urban canyons between
high-rise buildings, and indoor and underground parking
lots.
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Automatic Vehicle Location and Asset Tracking
Low power consumption and a
cost optimized system partitioning
allow cost effective solutions
for automatic vehicle location
and untethered trailer and container
tracking. Our GPS receivers
are immune to interference from
radio modems. Dead reckoning
solutions bring 100% tracking coverage to meet the
highest requirements for efficient fleet management
in covered areas.
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Security
High sensitivity combined with
short acquisition times and superior
terrain coverage is crucial
when it comes to products you
depend on (e.g. emergency call
localization, theft protection,
recovery and advanced traffic
safety solutions).
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Traffic Control and Road Pricing
Navigation must perform reliably
as required by system specifications
and regulatory authorities.
u-blox delivers products which
meet these requirements. Dead
reckoning GPS receivers enable
flexible and dependable road pricing
solutions such as distancedependent
billing, bridge and tunnel usage, urban
charge zones, and metered parking areas.
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Consumer and Location-Based Services
Compact design of our products,
low power consumption of our
GPS receivers, and the Assisted
GPS functioning allow the creation
of handheld devices and GPS
enabled cellular telephones to
provide value added services.
They are immune against interference
from any other wireless communication path.
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Professional
The unique ANTARIS system concept
provides accurate time synchronization
signals at low cost.
The signal is suitable for communication
networks, scientific,
cryptographic and distributed
timekeeping applications.
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