The manual explains setup, parameters, algorithms, Wi‑Fi, and sensor functions for the MORPX MU3 vision sensor.
About this manual
The MU3 is a compact edge‑computing vision sensor that uses an ESP32 dual‑core processor and an 85° distortion‑free wide‑angle lens. It supports UART, I2C and Wi‑Fi communication and includes an integrated infrared sensor for proximity, ambient‑light and gesture detection.\n\nThis advanced user manual covers hardware overview, communication mode selection, address configuration, wiring, code development, parameter tuning, built‑in vision algorithms, data processing, Wi‑Fi operation, and the additional infrared sensor features, plus service and support information. This manual is written in Chinese.
What's inside
- Preface
- MU3 Introduction
- Usage Steps
- Parameter Settings
- Vision Algorithms Overview
- Data Processing Methods
- Wi‑Fi Function
- Proximity, Ambient Light and Gesture Detection
- Service and Support
Specifications
| Processor | ESP32 dual‑core |
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| Lens | VGA 85° distortion‑free wide‑angle |
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| Communication interfaces | UART, I2C, Wi‑Fi |
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| Power supply recommendation for gesture detection | 5 V preferred (3.3 V works) |
Frequently asked questions
How do I select the communication mode on the MU3?
Set the Output dip‑switch to the desired mode: UART (00), I2C (01), Wi‑Fi data (10) or Wi‑Fi image (11).
What I2C addresses can the MU3 use?
The MU3 supports four I2C addresses: 0x60 (default), 0x61, 0x62 and 0x63, selectable via the dip‑switch.
Which sensor functions are integrated for proximity, ambient light and gesture detection?
A built‑in infrared sensor provides proximity detection, ambient‑light measurement and motion‑gesture detection.
How can I view the Wi‑Fi image stream from the MU3?
Connect a browser to the address 192.168.4.1 after enabling Wi‑Fi image mode.