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China Suppliers UWB Dual-Channel High-Precision Positioning Base Station for Factory RTLS Applications

Introducing a leading-edge dual-channel base station, a vital component in Real-Time Location Systems (RTLS) that leverages UWB location technology for centimeter-level positioning accuracy. Perfectly engineered for industrial-scale applications, this device swiftly identifies and tracks RF-enabled tags in real time, making it an essential part of dynamic RTLS technology ecosystems. As a top supplier based in China, we ensure seamless integration and high performance.

This high-performance UWB anchor excels in expansive deployments, capturing fast-moving tags with an impressive sub-10cm precision. Its key features include:

● Emergency Signal Prioritization: Instant reception of SOS alerts from tags, ensuring safety in critical environments.

● Battery Health Monitoring: Provides real-time tracking of tag power status, allowing for proactive maintenance.

● Advanced Tag Management: Facilitates group call, individual paging, and remote parameter reconfiguration for greater flexibility.

● Our unique spatial diversity transceiver technology enhances coverage robustness and achieves over 99% positioning success rates, significantly outperforming conventional UWB solutions.

Built to withstand harsh industrial settings, this base station features an IP67-rated durability and high-power signal penetration, establishing itself as a cornerstone in UWB location technology used in logistics, construction, and smart infrastructure sectors. Partner with one of the premier suppliers in China to elevate your industrial tracking capabilities.

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

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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 & 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.

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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

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Construction Sites

Scalable RTLS Technology deployment for safety and efficiency.

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Harbors

Precision monitoring of personnel/vehicles using UWB anchors.

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Large Parking Lots

RTLS real time location system for vehicle tracking.

Frequently Asked Questions (FAQ)

Q1: What positioning accuracy can this UWB base station achieve?

A1: The base station delivers high-precision positioning of up to 10cm, powered by advanced UWB location technology, ensuring stable performance even in obstructed areas.

Q2: What is the maximum coverage distance of the base station?

A2: It supports a coverage range of 50-150 meters for omnidirectional spatial diversity applications, and up to 250 meters for one-dimensional linear tracking applications.

Q3: How is the base station powered, and what is its power consumption?

A3: The unit supports a 48V standard POE (IEEE802.3at) interface as well as a DC 5.5/2.5mm interface (9-24VDC). It features a highly efficient design with a rated power consumption of only 3.5W.

Q4: Is the hardware durable enough for harsh outdoor environments?

A4: Yes, it features an IP67 protection rating with a rugged cast aluminum housing, providing robust waterproof and dustproof sealing ideal for construction sites, harbors, and parking lots.

Q5: Does this base station support emergency signals and tag monitoring?

A5: Yes, the system configuration prioritizes emergency SOS messages from tag cards, supports tag card battery monitoring, group/individual calling, and remote parameter resets.

Q6: What are the installation requirements for the external antennas?

A6: External antennas connect directly via N-type connectors. For optimal coverage, keep a 10cm clear zone around fiberglass antennas and configure the corresponding antenna delay settings in the system.