Hong Kong contact. Mainland China manufacturing.
GC-P2304-GS-2 UWB Following Module — product imageEnlarge image
GC-P2304-GS-2 UWB Following Module — product image, enlarged
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Sensing & Positioning

GC-P2304-GS-2 UWB Following Module

Model: GC-P2304-GS-2

A UART-connected UWB PDOA module providing distance and angle measurements for up to three tags, for host-controlled following applications.

Frequency
3743.6–4243.6 MHz (CH2)
Modulation
BPM-BPSK
Maximum transmit power
2 dBm
Receive sensitivity
−91 dBm

Sample availability, pricing and shipping are confirmed for your configuration. Specifications are manufacturer-stated.

Specifications

GC-P2304-GS-2 UWB Following Module specifications
ParameterStated value
Model GC-P2304-GS-2
Frequency 3743.6–4243.6 MHz (CH2)
Modulation BPM-BPSK
Maximum transmit power 2 dBm
Receive sensitivity −91 dBm
Range 30 m open space (2 dBm)
Distance accuracy 30 cm
Angle accuracy ±3°
Tags tracked Up to 3 simultaneously
Interface UART, 9600–921600 baud selectable
Supply voltage 2.0–3.6 V (3.3 V typical)
Receive current 44 mA
Size 41 × 41 mm
Operating temperature −40 to 85 °C

Values are taken from manufacturer documentation and apply to the listed configuration. Confirm the current model-specific document, conditions and revision before procurement.

Integration notes

Define the positioning task

Distinguish distance, angle and coordinate measurements. Review antenna placement, obstruction, host interfaces and the required update behaviour. Catalogue values are not a guarantee of performance in your installation.

Application notes & selection checklist

Measurements for a following controller

GC-P2304-GS-2 provides distance and angle information; the following behaviour is implemented in the host controller. The documentation lists AGV carts, camping trolleys and golf caddies as example applications. It does not make the board a complete vehicle-control or safety system.

Define the host interface before the motion test

The listed UART interface has selectable baud rates, and the module has its own supply-voltage and receive-current requirements. Request the message format, supported tag configuration and firmware revision needed by your controller. Do not assume a public SDK or a particular host protocol is included.

Distance accuracy, angle accuracy and the 30 m open-space range describe different aspects of the measurement. Specify which output the controller uses and the conditions under which the complete product needs to follow a target.

Build a representative evaluation route

  • Include approach, turning and obstruction cases relevant to the host product.
  • Record antenna placement, tracked-tag count and the actual measurement update behaviour.
  • Log unavailable measurements and the host’s response when a tag is lost or reacquired.
  • Keep measurement performance separate from the motion-control decisions made by your software.

Samples & customization

Share the interfaces, mechanical envelope and changes you need. We coordinate the review of feasibility, sample configuration, minimum quantities, tooling and commercial terms. Agree on the test scope and responsibilities before evaluation.

How we approach validation

Documentation

Model-specific datasheet

Request the current datasheet, interface information and revision for your project.

Request the datasheet

Applications to review

These paths help frame a review. A listed component is not a pre-validated system configuration.