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RTLS: Real-time location tracking systems: Application scenarios and technologies

Determine locations and track the movements of objects and people: In real time, scalable and available for any investment volume.

A large number of different real-time location tracking systems (RTLS) are available on the market. The choice of technology or technology mix depends on the requirements of the application, particularly in terms of accuracy, environment and commercial aspects.

We provide you with manufacturer-independent advice on the respective advantages and disadvantages, tailored to your area of application and investment volume.

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We can show you the latest RTLS technologies on site in our demo factory or virtually in a call.

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    We use RTLS in various industries and application areas to fulfill a variety of tasks, including:

    Real-time location tracking systems use different methods and technologies for position determination, all of which have advantages and disadvantages in the various application areas and different investment volumes for operational use. The choice of technology or technology mix depends on the requirements of the application, especially with regard to the accuracy of the position calculation, the environment and commercial aspects.

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    Types of RTLS and their technical properties

    Real-Time Location Tracking Systems (RTLS) use wireless data transmission technologies and sensors to determine the location of devices in real time.

    Reading identifiers on labels using optical readers or cameras. Location Tracking takes place selectively, similar to taking a photo, with an accuracy that depends on the reading distance.

    Reading identifiers in transponders using RFID readers. Transponders without their own power supply use the reader’s electromagnetic fields. Transponders with their own power supply from batteries allow greater reading distances. Location Tracking takes place selectively, similar to taking a photo, with an accuracy that depends on the reading distance.

    Repeated transmission of identifiers by Wi-Fi-enabled devices. Positioning takes place continuously, similar to a video recording, by determining the position using signal strength measurements. Accuracies between ±30m and a few meters, latencies of several seconds.

    Repeated transmission of identifiers at short intervals by BLE-enabled devices. Positioning is carried out continuously, similar to a video recording, by determining the position using signal strength measurements (beacon method) or angle measurements. Accuracies from ±10m to less than one meter, latencies of less than one second.

    Repeated transmission of identifiers at short intervals by UWB-capable devices. Continuous position determination mostly by time-of-flight measurements, a few providers also offer angle measurements or a combination of both methods. Accuracies from ±100cm to a few centimeters, latencies of less than one second.

    Repeated transmission of signals at short intervals by infrared emitters and evaluation by IR receivers. Position is usually determined by time-of-flight measurements. Accuracies from ±100cm to 10-30cm, latencies of less than one second.

    Laser-based light pulses and reception of the reflections to create a point cloud. Position determination through time-of-flight measurements and comparison with the point cloud (SLAM). Accuracies of a few centimeters, latencies of less than one second.

    Repeated transmission of signals at short intervals by ultrasonic emitters and evaluation by receivers in the frequency range of 20kHz-100kHz. Accuracies of less than one meter to a few centimeters, latencies of less than one second.

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    Combination of location tracking technologies

    The combination of different positioning technologies makes it possible to utilize the strengths of each technology and compensate for its weaknesses. This leads to greater reliability, coverage and cost efficiency. Hybrid positioning systems can be better tailored to the specific requirements of different applications and offer a flexible and robust solution for positioning in a variety of environments.
    Ready for the next level? Experience real-time positioning systems and secure benefits!

    Combined RTLS solutions with INDUTRAX software: implementation and benefits

    Technology independence

    Technological expertise

    Industry experience

    Software platform and data integration

    Scalability and adaptability

    User-friendliness and support

    Experience tracking technologies live in our demo factory!

    Document the positions of load carriers using a BLE-located barcode scanner? Or track an order in the warehouse using a low-cost Bluetooth mesh and in production using precise BLE or UWB tracking? Test it directly in the demo factory!

    Your contact

    Come to our demo factory and experience hybrid tracking technologies from various providers live!

    Dr. Andreas Schürzinger

    Principal Consultant IoT

    Andreas-Schürzinger

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