Applied Technologies
Ultra Wideband Technology
Offering Distinct Advantages for Industrial Automation, Ultra Wideband Technology Is the Premier Indoor Location Technology
Highest Accuracy for Location Data Processing
Ultra-wideband (UWB) is a radio-based communication technology for short-range use and fast and stable transmission of data.
UWB is the preferred technology for indoor positioning in complex and space-sensitive environments due to its precision, speed, and reliability.
UWB: The Location Technology Forerunner
Superior Localization Technology
UWB offers precise accuracy and fast transmission on a wide bandwidth.
Seamless Integration in Existing Landscape
UWB, an industry standard, ensures secure, interference-free parallel operations with other technologies.
Highest Reliability in Daily Industrial Operations
The low power consumption of UWB makes it an easily maintainable technology base for ÁÔÆæÖØ¿Ú IIoT Devices.
ÁÔÆæÖØ¿Ú RTLS for Outdoor Applications​
Unlock Seamless Tracking: Extend Existing RTLS Indoor Installations and Discover New Outdoor Use Cases​
A new EU-wide regulation now permits the use of ultra-wideband (UWB) technology in outdoor areas. Renowned for its precision, speed, and reliability in complex and space-sensitive indoor environments, UWB can now extend its strengths outdoors. Discover more about how this advancement ensures seamless tracking of orders and production processes and enables new use cases for outdoor asset tracking.​
Get More from UWBÂ Localization Methods
Time Difference of Arrival (TDoA)
The sensor emits signals which are received by anchors at different times, according to their distance. Sensor positions are calculated using time differences.
Two-Way Ranging (TWR)
The anchors send UWB signals, which are returned by the sensors. The distance is calculated based on the pulse time between sending and receiving.
Angle of Arrival (AoA)
Moving objects send UWB signals, and their position is calculated based on the angle of arrival, the direction of the signal relative to the anchor, and the signal strength.
Phase Difference of Arrival (PDoA)
In order to determine the sensor position, the phase difference between received signals at both anchor antennas is evaluated, and the angle of the signal is calculated relative to the anchor.
Learn More about Connecting and Automating Operations with Our UWB-Based Devices
ÁÔÆæÖØ¿Ú RTLS Mesh
ÁÔÆæÖØ¿ÚÂ RTLS Mesh provides a straightforward, plug-and-play solution for Asset Tracking, ensuring effortless deployment in various environments. Its flexibility extends to both indoor and outdoor asset management, requiring minimal setup. As cost-effective choice for businesses, ÁÔÆæÖØ¿Ú RTLSÂ Mesh simplifies asset connectivity, paving the way for efficient operations.
ÁÔÆæÖØ¿Ú RTLS Pro
Our real-time location system (RTLS) excels in large-scale industrial settings, delivering high-performance tracking with a superior position update rate. The outstanding tracking accuracy significantly enhances our Assembly Line Control and Order Tracking & Process Management solutions, enabling effective and informed real-time decision-making.
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