UPMU-M3C1XX-B-EK

The UPMU-M3C1XX-B-EK evaluation board is designed to quickly enable the evaluation, development and application of STM32 Cortex-M3 microcontroller projects. It is a platform for users to develop and deploy a variety of embedded applications. The board comes with a comprehensive package of essential hardware and software components, allowing users to easily develop applications that would otherwise be cumbersome and difficult.

The UPMU-M3C1XX-B-EK evaluation board works with STM32 Cortex-M3 processors. It is equipped with a STM32F1x Cortex-M3 microcontroller. The board supports a variety of peripheral devices. These include an onboard mikroBUS socket for connecting external shields, an 128KB boot flash, 32KB SRAM, a CAN bus, multiple serial ports, multiple digital interfaces and multiple Analog-to-Digital converters (ADCs).

The main application field of the UPMU-M3C1XX-B-EK evaluation board is intended for developing applications related to embedded device automation, mobile communication, industrial control, medical diagnosis, information appliances, and so on. It has become a favored embedded system platform tool for university professors, students and engineers.

Working Principle

The UPMU-M3C1XX-B-EK evaluation board consists of a main board and an on-board debugging module. The main board contains a STM32F1x Cortex-M3 microcontroller, which is the latest 32-bit microcontroller of STMicroelectronics. It is an ARM Cortex-M3 processor and its clock frequency is up to 72MHz.

The main board can be seen as a development platform for embedded systems that contains different peripheral devices. The board comes with a variety of pin headers and plugs that allow it to be easily connected to a variety of expansion boards and shields. The on-board debugging module helps to quickly connect the board to a computer and start debugging.

The UPMU-M3C1XX-B-EK evaluation board provides STM32F1x Cortex-M3 microcontroller users with a comprehensive package of essential hardware and software components. It includes an STMicroelectronics STM32F1x microcontroller, 128KB boot flash, 32KB SRAM, mikroBUS socket, two CAN bus connectors, five UART channels, two SPI interfaces, four I2C interfaces, various DMA modules, and two 12-bit ADCs. In addition, the board supports multiple expansion boards and shields to facilitate connection to a wide range of external peripherals.

The embedded development environment of the UPMU-M3C1XX-B-EK evaluation board consists of two integrated development environments: Keil MDK-ARM and e2studio. The board comes with its own libraries, drivers, and demo projects. With the help of these tools, developers can easily start their development work on this board.

In addition, the board also comes with a debugging module. This module includes an Atmel JTAG/SWD connector, making it convenient to connect to the board for debugging and programming. The UPMU-M3C1XX-B-EK evaluation board also supports Over-the-Air (OTA) firmware updates. This allows users to update their firmware remotely without the need to physically open the board.

Conclusion

The UPMU-M3C1XX-B-EK evaluation board has quickly become an important platform for microcontroller application developers. It provides users with a comprehensive package of essential hardware and software components that enable quick set-up and development of a wide range of embedded applications. The board supports a variety of peripherals, and the debug support capability helps users to quickly debug and troubleshoot their applications. The board also supports OTA firmware updates, which simplifies the process of updating and maintaining applications.