8.0 Inch TFT LCD Display With LVDS Interface From China Manufacturer Now Available!
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STM32F103RET6 Development Board - Suitable for MCU or SPI TFT Displays
The DEMO_STM32F103RET6 development board features an original STM32F103RET6 chip, based on the ARM Cortex-M3 core architecture, with a working frequency of up to 72MHz. It is equipped with 512KB FLASH (program memory) and 64KB SRAM (data execution memory), supports the Thumb-2 instruction set, and balances code execution efficiency with storage capacity, meeting the development needs of medium-complexity embedded programs. This development board is compatible with multiple display interfaces and is compatible with most of our company's displays and display modules that use MCU and SPI interfaces, facilitating plug-and-play functionality and improving development efficiency. Hardware design features of the DEMO_STM32F103RET6 development board include: 1) Multiple display interfaces, including: HTM-34P, HTM-8P, HTM-14P, SPI-10P, and MCU-40P. Furthermore, resistor selection is provided on the back of the development board, allowing users to modify the resistor selection configuration according to the actual MCU display interface definition. 2) Reversible USB Type-C Interface Design. Utilizing the USB-A to Type-C data cable, different functions can be achieved through reversible insertion. A single USB interface supports both one-click serial download and retains the microcontroller's USB device communication capabilities. 3) Abundant Storage Resources. The main control chip has 512KB of built-in FLASH space, an external 16MB FLASH chip, and a reserved SD card slot, meeting large data storage needs. 4) Rich Interactive Resources. The board features four buttons (including a RESET button) and five LEDs (including a PWR power indicator), allowing for pin configuration for interactive development. 5) Diverse Program Update Methods. The development board provides JTAG, SWD, and one-click serial download interfaces, allowing users to choose any interface for program updates, offering high flexibility. 6) Easy to Develop and Use. The system utilizes DIP switches for BOOT and serial port selection, eliminating the traditional "pin header + jumper cap" design. Switching between options is straightforward without needing to remove or reinsert jumpers, making it more convenient. Furthermore, all interfaces are clearly labeled with silkscreen markings for easy identification; the interface layout is logical and user-friendly; and onboard resources are fully utilized for efficient operation.
