MC60 IOT Development Board
Basic Overview #
The MC60-IoT Board is a powerful and versatile development platform tailored for Internet of Things (IoT) applications. It is specifically designed to enable embedded developers to prototype, test, and deploy their projects without any hardware limitations.
Whether you’re building a tracking device, an environmental monitor, or a connected smart solution, this board provides all the essential tools for rapid development and smooth transition to large-scale production.
Feature List #
Key Features:
- Developer-friendly design for fast prototyping and testing
- Comprehensive hardware features including GNSS, Bluetooth, sensors, power management, and audio interfaces
- Suitable for both development and industrial-scale manufacturing
- Flexible configuration options for UART routing, power control, and antenna selection
- Dual Status LEDs for system and operation indication
- Embedded Temperature & Humidity Sensor (SHT40) with internal heater for enhanced accuracy
- High-Precision, Low-Power 6-Axis Accelerometer (ICM-42670-P)
- FL Connector for external GNSS antenna
- Optimized Li-Po Charging Circuit designed for 200mAh battery with charging status LED
- Manual Battery Power Switch for safe disconnection
- Onboard Bluetooth Antenna
- USB Type-C Connector with support for programming the MC60 module
- UART Mode Selector Switch for toggling between programming and custom user mode
- Configurable Jumpers to route GNSS UART output to the module’s UART
- Li-Po Battery Socket for easy battery connection
- 16MB Flash Memory for data storage and firmware
- Standard Microphone and Speaker Connectors
- Dual-SIM Socket – second SIM slot optionally usable for SD card
- Support for Internal GNSS Antenna or External Active GNSS via U.FL Connector
With its built-in sensors, dual SIM support, flash memory, and a wide range of connectivity options, the MC60-IoT Board gives embedded engineers everything they need to take their ideas from concept to final product — simple, fast, and professional.
Product Parameters #
| Product Parameters | |
|---|---|
| USB Port | Operating Level 5V |
| Interface Type-C | |
| Maximum current 200mA self-recovery fuse | |
| Transmission Distance About 5m | |
| Pin header | Operating Level 4.5~5V |
| Maximum current 500 mA | |
| Usage Environment | Temperature Range -15°C ~ 70°C |
| Humidity Range 5% ~ 95%RH | |
Board Resources #
Function Description #
Interface Definition #
| Symbol | Descriptions | Symbol | Descriptions |
|---|---|---|---|
| 5V | 5V power supply | PWR-KEY | PWR-KEY module base |
| +3.8V | Output voltage 3.8 V | GND | Ground |
| IO56 | Input and output pin 56 of the module | +3.3V | Output voltage 3.3 V |
| MISO | SPI master-in slave out | TXD | TXD DBG (without level shifter) |
| SCK | SPI clock | RXD | RXD DBG (without level shifter) |
| MOSI | SPI master-out slave in | TXD_D | The TXD pin of the module is accessible using a slide switch. (without Level shifter) |
| IO57 | Input and output pin 57 of the module | RXD_D | The RXD pin of the module is accessible using a slide switch. (without Level shifter) |
| IO58 | Input and output pin 58 of the module | IO38 | Input and output pin 58 of the module |
| ADC | ADC pin from module | VRTC | VRTC pin from module |
| IO64 | Input and output pin 64 of the module | IO36 | Input and output pin 36 of the module |
Development Board Dimensions #
Quick Test #
Quick module setup and testing
Hardware Connection #
By connecting 5V or connecting the USB port, you can provide the required power to the board.
After connecting the power, the NET LED will start blinking after a few seconds.
Active Antenna
Ceramic Antenna
FAQ #