UWB Directional Sensor Fact Sheet OVERVIEW The Ubisense DIMENSION4 range of ultra-wideband (UWB) sensors are precision measurement devices, containing an array of antennas and UWB radio receivers. The sensors detect UWB pulses from Ubisense DIMENSION4 Tags, allowing the Ubisense location system to find the tag positions to a very high accuracy in three dimensions, in real-time. Field of View: +/-80° in azimuth, +/-40° in elevation Range: 65m (Standard Gain), 100m (Medium Gain) ,130m (High Gain) Humidity: 0 to 95%, non-condensing Enclosure: ABS/PC (V0), UV Stabilized Tested to protection level IP30/ IP54/ IP69K Connectors: RJ45, Power-over-Ethernet IEEE 802.3af-compatible Power Usage: Budget 15.4W per unit at the switch Radio frequencies: Ultra-wideband channel: 6 - 7GHz Certifications: US: FCC Part 15 EU: CE Canada: RSS-Gen Mounting options: Adjustable mounting bracket (supplied) Safety Cable (not supplied) Ubisense part codes: D4SENSOR32IP30NR (IP30 sensor) D4IP54UPGRADE (IP54 sensor upgrade) D4IP69KUPGRADE (IP69K sensor upgrade) UBIEAZYBRKT (mounting bracket) UBISAFECAB (safety cable) ACCURATE LOCATION By using UWB technology, the system's location accuracy is maintained even in cluttered, highly-reflective indoor environments. The Ubisense UWB location system is the only one capable of measuring both Angle-of-Arrival (AoA) and Time-Difference-of-Arrival (TDoA) of tag signals, enabling it to generate accurate 3D tracking information even when only two sensors can detect the tag. This reduces the infrastructure requirements for an installation, minimizing costs whilst dramatically improving the reliability and robustness of the system. ©2022 Ubisense. All Rights Reserv

FLEXIBLE AND SCALABLE Ubisense uses a cellular architecture to scale from small to very large installations - large areas are covered by tiling them with 'cells' consisting of a small number of sensors working together. Thousands of sensors can be integrated into a single enterprise- wide system to monitor an unlimited area and manage thousands of tags. Sensors can be connected together in a variety of ways, allowing infrastructure cost to be traded off against location accuracy in accordance with application requirements. STANDARD NETWORKING Sensors operate within a standard Ethernet network...