5G Positioning

A localization technology leveraging 5G cellular networks to determine asset or personnel positions. Offers high accuracy (sub-meter level), low latency, and works both indoors and outdoors. Uses advanced techniques like beamforming, TDOA, and AoA. Particularly valuable in smart factories where GPS signals are unavailable.

Positioning technology leveraging 5G cellular networks for location determination. 5G enables positioning through multiple methods including cell-based techniques, beam-based approaches using massive MIMO antennas, and carrier phase measurements. Theoretically achieves sub-meter accuracy outdoors and 1-3 meter accuracy indoors. In industrial environments, 5G positioning offers latency under 10ms and can support high device density (up to 1 million devices per km²).

Primary advantage is integration with existing cellular infrastructure, though accuracy typically remains inferior to dedicated industrial RTLS technologies like UWB. Commercial 5G positioning services are emerging with standalone deployments showing 3-10 meter horizontal accuracy in realistic conditions.