The STD UWB Dual-Channel Base Station is an industrial-grade positioning device designed for tunnel, mining, and underground environments.
The STD UWB Dual-Channel Base Station is an industrial-grade positioning device designed for tunnel, mining, and underground environments.
It features a rugged aluminum alloy housing, supports both PoE and DC power, and offers dual-channel antennas for extended coverage up to 600 m. With IP67 waterproof protection and optional explosion-proof design, it provides sub-meter (< 30 cm) accuracy for personnel, vehicle, and asset tracking.
| Device Interface | RJ45 network port, DC, UWB, GNSS, 4G |
|---|---|
| Indicator Lights | 4 LEDs: GNSS, UWB, DC, 4G |
| RJ45 Communication | Supported |
| Power Supply Voltage | DC 12 – 24 V / Standard PoE |
| Power Consumption | < 5 W |
| Time Synchronization | Wireless time synchronization |
| Installation Method | Wall-mount / Pole-mount |
| Material | Aluminum alloy |
| Operating Frequency | 6.24 – 6.74 GHz |
| Antenna Type | External directional antenna |
| Positioning Accuracy | < 30 cm (no obstruction) |
| Communication Distance | 600 m |
| Device Size | 151 × 141 × 49 mm |
| Operating Temperature | –40 °C ~ +80 °C |
| Device Weight | < 1.2 kg |
| Operating Humidity | 0 % ~ 90 % RH (non-condensing) |
| Protection Level | IP67 (Waterproof & Dustproof) |
Values are typical unless stated otherwise.
Large industrial sites rarely fit into a simple “indoor” or “outdoor” box. Operators move between workshops, pipe racks, tunnels, tank farms, yards and office buildings in the same shift. Standard GPS stops working the moment someone steps into a building or tunnel, while traditional indoor RTLS has no visibility once personnel or vehicles leave the UWB coverage area. The result is fragmented positioning. Safety and operations teams use one system for indoor RTLS, another for outdoor GPS tracking, and often rely on radio calls and CCTV to understand what is actually happening at the boundary between buildings and open areas. During an emergency or a drill, it is difficult to know exactly who is still inside, who has already reached an assembly point, and which vehicles are still moving. The Indoor–Outdoor Seamless Positioning solution combines UWB RTLS indoors with GPS RTK outdoors, using hybrid terminals that automatically switch between the two technologies. Indoors, UWB anchors or beacons provide sub-metre accuracy under roofs, in tunnels and in pipe-rack corridors. Outdoors, GPS RTK with a reference station delivers centimetre-level positioning across open yards, roads and tank farms. All data is fused in one positioning platform with a single coordinate system and a unified map. This architecture allows one worker badge, smart safety helmet or vehicle terminal to provide continuous location from underground areas to open hillsides, without gaps at building entrances, stairwells or doors. It forms a positioning infrastructure that can be reused by multiple applications: personnel safety, vehicle dispatching, work-permit zones, slope and tank monitoring, and more.
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Open-pit and underground mines run 24/7 with mixed operations: haul trucks, shovels, drills and light vehicles share the same haul roads and benches with supervisors, contractors and maintenance crews on foot. Visibility can be limited by dust, weather and terrain. Dispatch centres often rely on radio calls and manual logs, and it is difficult to know exactly where people and vehicles are at any moment. The Mine Personnel & Vehicle RTLS and Dispatch solution combines GPS/GNSS RTK with UWB to build a real-time location and dispatch layer for mining operations. In open-pit areas, a site RTK base station provides centimetre-level corrections to vehicle-mounted positioning terminals on haul trucks, loaders and service vehicles. Underground and tunnel sections use UWB anchors or wireless beacons installed along ramps and headings; personnel wear UWB or hybrid tags integrated into helmets or ID badges. All positions are fused onto a single 3D mine map in the RTLS platform. Dispatchers can see which equipment is working where, who is in each zone, and whether anyone has entered restricted or blasting areas. The system can trigger alarms for man–vehicle conflicts, speeding and unauthorised entry, while also feeding structured data into production and safety reports.
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Gantry cranes and yard stackers are the core equipment in container yards, steel coil yards and large outdoor storage areas. Operators move heavy loads between blocks, lanes and stacks under time pressure, often with limited visibility of exact positions. Yard management systems may know which task should be executed, but not always where the crane or stacker actually is at the moment of pick and drop. The Gantry Crane & Yard Stacker RTK Precision Positioning solution uses GPS/GNSS RTK combined with UWB to provide lane-, block- and stack-level positioning for mobile yard equipment. A site RTK base station broadcasts correction data, and each crane or stacker carries a vehicle-mounted RTK terminal that calculates its precise position in the yard coordinate system. UWB anchors or beacons can be added around stacks, rails and key structures to stabilise performance near tall stacks, buildings and under crane girders, where satellite geometry is challenged. With accurate positions available in real time, the system can automatically record pick/drop locations, highlight deviations from planned slots, and feed live positions into your TOS, WMS or yard management system. Over time, managers gain objective data on crane utilisation, rehandles, slow zones and bottlenecks, and can adjust yard layout and operating rules based on facts rather than estimates.
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Power plants are high-risk industrial environments. Operators, maintenance teams and contractors work around high-voltage equipment, rotating machinery, boilers, chemical treatment plants and confined spaces. A single mistake in the wrong area can have serious consequences, so knowing who is on site, where they are and how long they have stayed in hazardous zones is critical. The Power Plant Personnel RTLS uses UWB positioning to provide real-time visibility of workers across the plant. Anchors are installed in control buildings, turbine halls, boiler houses, cable tunnels, switchyards and tank areas, while staff wear compact UWB tags integrated into badges, wristbands or safety helmets. The system continuously tracks positions indoors and in key outdoor areas, enabling precise geofencing of danger zones, digital inspection tracking and fast emergency mustering. RTLS does not replace DCS, SCADA or access control—it adds a live personnel layer on top. Location data feeds into safety workflows such as lone-worker protection, hazardous zone entry control, evacuation management and post-incident analysis. The platform is typically deployed on the plant intranet and designed to operate 24/7 without relying on external networks, in line with power plant confidentiality and cybersecurity requirements.
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Construction sites are some of the most dynamic and hazardous work environments. Crews move between floors, scaffolds, lift shafts, temporary offices and material yards. Subcontractors come and go on short notice. Heavy machinery, tower cranes, trucks and lifting operations share the same spaces with workers on foot. Site managers need a clear, real-time picture of who is on site, where they are and whether they are working in safe conditions. The Smart Construction Site Personnel RTLS uses UWB real-time location technology to build a live digital view of the job site. Anchors are installed on key floors, stair cores, perimeter structures and yard lighting poles, while workers carry compact tags integrated into helmets, badges or wristbands. The system provides zone-level or room-level accuracy in building structures and detailed coverage in high-risk areas such as crane envelopes, hoists, edge protection zones and deep excavations. On top of this, the RTLS platform supports practical safety and management workflows: automatic headcounts, electronic geofences for danger zones, lone-worker alerts, evacuation mustering and traceable records of who entered which area and when. Over the life of the project, location history helps analyse unsafe patterns, optimise access routes and document compliance for owners, general contractors and regulators.
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Airports and seaports operate 24/7 with thousands of people on the ground: apron crews, maintenance, security, baggage and cargo teams, stevedores and yard workers. They move between terminals, gates, breakbulk and container yards, often working close to aircraft, cranes and heavy vehicles. Traditional radios and CCTV give only a partial picture of who is on site and where they are at any moment. The Airport & Port Personnel RTLS uses UWB real-time location technology to provide live visibility of staff and contractors in terminals, on aprons and in port yards. Indoors, anchors are installed in passenger terminals, baggage halls, control rooms and maintenance buildings. Outdoors, robust anchors and wireless beacons cover aprons, gate areas, loading berths, Ro-Ro ramps and container blocks. Workers carry compact UWB badges, wristbands or helmet-mounted tags that update their position several times per second. On top of the positioning layer, the GridRTLS platform supports practical operations and safety use cases: locating the nearest ground crew or technician, enforcing safety zones around aircraft and quay cranes, monitoring entry into restricted areas, and generating digital muster lists during emergencies. Historical tracks and heatmaps help operations and HSE teams review incidents, optimise routes and prove compliance to authorities and customers.
View SolutionReal-time safety and asset visibility for smart manufacturing.
Hybrid UWB + GPS RTLS for safer, smarter mining operations.
Hybrid UWB + GPS RTLS for high‑risk oil and gas operations.
Real-time safety and asset visibility for rail and transport networks.
Real-time safety and inventory visibility for modern warehouses and logistics hubs.
Real-time worker safety and asset visibility for critical industrial and utility sites.
Real-time worker safety and asset visibility for dynamic construction sites.
Real-time visibility for baggage, ground support equipment and frontline staff.
Real-time safety and positioning for complex tunnel and underground environments.
It is designed for precise positioning of people, vehicles, and equipment in tunnels, mines, and industrial sites where long coverage and high stability are required.
It delivers < 30 cm accuracy and supports up to 600 m communication distance per base station.
Supports DC 12 – 24 V and PoE power, with RJ45 Ethernet and 4G communication (Wi-Fi optional).
The dual-channel design enables two UWB antennas to operate simultaneously, expanding coverage and enhancing signal stability in complex environments.
The unit is IP67 waterproof and dustproof, operates from –40 °C to +80 °C, and can include an optional Ex ib IIC T4 Gb explosion-proof configuration.
Supports wall-mount and pole-mount (bracket) installation for flexible deployment in industrial and tunnel settings.
Move from accuracy targets and site constraints to a deliverable anchor BOM, including power options, deployment geometry, lead time, and acceptance criteria.
Share your site layout and accuracy needs--we'll suggest a practical setup.
