Seeed Studio MXKit Development Kits
Seeed Studio MXKit Development Kits are used to develop applications for the Internet of Things and smart hardware prototype developments. The kits are an out-of-the-box intelligent hardware solution that facilitates verifying the user's software and functions. This allows for quick and secure connection to cloud service platforms and mobile phones. This shortens the development cycle and time to market.
The MXKit development kits consist of the MXKit-Base, MXKit-Core, MXKit-Arduino (optional, not included in this SKU), and MXKit-Sensor (optional, not included in this SKU).
MXKit-Base Board is a universal development board with a rich set of peripheral interfaces that connects to the MXKit-core board through the MXPort interface. It is compatible with all MXKit-core boards.
MXKit-Core Board is an IOT access core board containing an MXCHIP wireless communication module. The module is connected to the MXKit-base board through the MXPort interface.
MXKit-Sensor Board is an expansion board that contains a variety of sensor types to facilitate the rapid development of various IoT applications. It connects to the MXKit-base board through a standard Arduino interface.
MXKit-Arduino Board adopts standard Arduino interface, is compatible with any MCU development board with Arduino interface, and provides IOT access function for user products with MXKit-Core board. It is connected to the MXKit-core board through the MXPort interface.
Features
- MXKit-Base Introduction
- MXKit-Base board is compatible with all MXKit-Core boards, it contains a rich peripheral interface, and the main resources are:
- MXPort interface connects to the MXKit-core board via a board-to-board connector.
- Standard Arduino interface
- JTAG/SWD interface
- Provide two USB ports optional power supply
- 5V to 3.3V voltage conversion circuit, output 3.3V for module work.
- Two-digit dial switch BOOT and STATUS
- Two buttons RESET & ELINK
- Provides an automatic control circuit, which can control the DTR_SCI and RTS_SCI of the CP2015 through the host computer to realize the reset of the automatic control system and enter the Bootloader mode function.
Overview
• A: Power indicator
• B: Standard JTAG／SWD interface
• C: MicroUSB interface for system power and USB data transfer
• D, F: Arduino interface
• E: MXPort interface
• G: Easylink button
• H: Two-digit dial switches (BOOT and STATUS)
• I: RESET
• J: MicroUSB interface for system power and USB to dual UART functionality
• K: USB to dual UART
• L: Automatic control circuit
• M: Power selection
• N: 5V to 3.3V Power Conversion Circuit
• O: USER_UART_TXD & USER_UART_RXD Jumper Terminals for Wireless Modules
* The default is a short circuit. At this time, the user serial port and debug serial log information of the module are output from J.;
* When not shorted, the log information of the module's user serial port will be output from the UART port in D
• P: USER_UART_CTS & USER_UART_RTS Jumper Terminals for Wireless Modules
* The default is short circuit, open the module's user serial port hardware flow control function;
* When not short-circuited, the user's serial port hardware flow control function of the module.