Even in disfigured halls and rooms where different wireless connectivity technologies overlap, real-time and full-dimensional tracking of objects is possible. Thus, UWB is one of the key technologies in particularly demanding applications such as Iot.
Even in halls and rooms where different wireless connectivity technologies overlap, real-time and full-dimensional tracking of objects is possible.
Thus, UWB is one of the key technologies in particularly demanding applications, such as IoT. Thanks to UWB, it is possible not only to digitize and automate stable connections to fixed machines, but also to digitize all moving " things " .
Technical Specifications
UWB is a wireless technology, but it can also be seen as a new technology, although it has a long history. Unlike other technologies, it is not associated with any frequency. In addition, UWB can transmit data on an extremely wide spectrum.
Therefore, unused frequency capacity can be used optimally. UWB has a frequency range of at least 500 MHz.
200121 UWB frequency range EN
Facts and Figures
Available frequency ranges: 3.1 - 10.6 GHz 3.1 - 10.6 GHz
Transmission speed: linear light speed (0.3 m/s)
Maximum range: 200 m (656.2 ft)
Maximum data transmission rate: 480 Mbits/s 480 Mbits/s
Maximum transmission power. < 1 mW
Range: 10-200 metres (32.8-656.2 feet) (depending on application). 10-200 metres (32.8-656.2 feet) (depending on application)
Positioning accuracy: 0.1-0.5 m (0.33-1.64 ft)
Low interference resistance (without interference with WLAN and ISM channels).
Positioning through transit time procedures (ToF, "flight time", that is, the time of transit of a signal multiplied by the speed of light to determine the distance between the radio transmitter and the receiver).
Currently applicable UWB standard
UWB technology is based on the international standard IEEE 802.15.4a, which defines the physical dimension of IR-UWB. In 2018, the standard in the form of 802.15.4z was reactivated. This should make the physical dimension more secure.
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