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China UWB Dual-Channel High-Precision Positioning Base Station - Leading Suppliers & Factory for RTLS Solutions
Advantages
Features
Parameters
Application
Core Technical Advantages
Advanced Positioning Capabilities
10cm Precision: Powered by UWB location technology, ensures stable performance even in obstructed areas.
Dual-Channel Operation
Supports spatial diversity for enhanced coverage (50-150m omnidirectional / 250m linear).
RTLS Integration
Functions as a UWB anchor to synchronize data with backend servers via wired/wireless interfaces.
Robust Hardware Design
IP67 Protection: Cast aluminum housing with waterproof/dustproof sealing.
High-Power Penetration
Optimized for large-scale scenarios (e.g., harbors, construction sites).
Product Features
Base station antenna assembly
External antennas for BTS, such as omni-directional fiberglass antennas, can be directly connected to the BTS through the N-type connector without other accessories. It should be noted that when using FRP antenna, in order to get the best coverage effect, it is necessary to ensure that 10cm around the antenna is the clear zone. At the same time, you need to set the antenna delay on the system according to the antenna delay parameters provided to ensure optimal positioning accuracy.
BTS Diversity Reception
BTS omnidirectional coverage description
1) Dual antenna positioning: spatial diversity for more robust UWB coverage and positioning performance.
2) Suitable for omnidirectional coverage distance applications of 50-150 meters.
BTS 1D coverage description
1) Each UWB channel uses one directional antenna, each pointing to one side of the one-dimensional direction, and the spacing between the two UWB antennas needs to be greater than or equal to 1m.
2) Zigbee uses a power splitter/tee connector to split two directional antennas, each pointing to one side of the one-dimensional direction.
3) It is suitable for one-dimensional coverage within 250 meters.
Product Parameters
| Product Dimensions | 225x225x102mm |
| Positioning Technology | UWB |
| Power supply interface | 48V standard POE (IEEE802.3at), DC 5.5/2.5mm interface |
| Rated Power | 3.5W |
| Rated power supply voltage/current | 48V standard POE (802.3at), 9-24VDC；55mA@POE48V/210mA@DC12V |
| Rated Current | 80mA @ POE 48V / 300mA @ DC 12 |
| Antenna Type | external antenna, N-type external screw hole |
| Communication wireless standard | 802.15.4_ 2.4GHz |
| Communication support band | IEEE802.15.4 11~26 |
| Network port electrostatic protection | 8kV (IEC61000-4-2 contact discharge) |
| Power port surge protection | 2kV (IEC61000-4-4 using 1.2/50uS open-circuit voltage waveform) |
| Net port port surge protection | 2kV (IEC61000-4-4 using 1.2/50uS open circuit voltage waveform) |
| Function Configuration | Priority to receive emergency SOS messages from tag cards, tag card battery monitoring, "group call", "individual call" and parameter reset for tag cards |
Application Scenarios
Construction Sites
Scalable RTLS Technology deployment for safety and efficiency.
Harbors
Precision monitoring of personnel/vehicles using UWB anchors.
Large Parking Lots
RTLS real time location system for vehicle tracking.
Frequently Asked Questions (FAQ)
What is the positioning accuracy of this UWB base station?
The base station delivers high-precision positioning with up to 10cm precision, ensuring stable performance even in obstructed environments.
What are the supported coverage ranges for omnidirectional and 1D applications?
It provides 50-150 meters for omnidirectional coverage with spatial diversity and up to 250 meters for linear (1D) coverage deployments.
What power supply options and protection ratings are available?
It supports 48V standard POE (IEEE802.3at) and 9-24V DC power input. It features an IP67-rated cast aluminum housing, 8kV network port electrostatic protection, and 2kV power/network surge protection.
How are antennas connected and configured for optimal accuracy?
Antennas connect via standard N-type screw holes. For omni-directional FRP antennas, ensure a 10cm clear zone around the antenna and configure antenna delay parameters in the system. For 1D setups, maintain at least 1 meter spacing between dual directional UWB antennas.
What tag management features does the system support?
The system supports priority reception of emergency SOS messages from tag cards, real-time tag battery monitoring, individual and group calling, as well as remote parameter resets.
In which environments is this positioning base station best deployed?
It is optimized for high-demand environments including construction sites, harbors, large parking lots, and other industrial RTLS tracking scenarios.
