To connect the RX pin of the GPS module with the STM32, you need to connect it to the STM32's TX pin. This is because RX (Receive) on one device should connect to TX (Transmit) on the other device in UART communication.

Here's how you can do it:

If you provide the specific STM32 model, I can help you with more precise pin numbers for the UART interface. If you're using a common STM32 microcontroller like the STM32F103C8 (Blue Pill), you might typically connect:

Make sure to cross-reference it with your specific STM32 model and its datasheet or reference manual for the exact pin numbers.

@copilot its for the STMmodule on the schematic board

To help you more specifically, I'll need to know which STM32 module you're referring to on your schematic board. If you still have the part number or more details of that specific STM32 module, that would be helpful.

For example, if you're using an STM32F103, STM32F407, or another particular model, the specific UART pins (TX and RX) would vary.

Assuming a generic setup, here's a typical process:

Here’s a general example for an STM32F103C8T6 (often used in Blue Pill boards):

So you would:

If your module differs, please specify, and I can provide more precise information. Also, if you can refer to a specific project or template in Flux, that would help as well.

Should you need a reference to an example project, the STM32MP1 Linux Single Board Computer might be relevant since it features an STM32 MPU and various peripherals you could look at$\{fe6b79c4-420c-55b5-b33c-3a75ea96c3f8\}$.

@copilot the STM module is STM32H743VGT6

Great! The STM32H743VGT6 is a powerful MCU, and it has several UART interfaces.

For the STM32H743VGT6, here are the typical pins for USART1, one of the UART interfaces you could use:

So, to connect your GPS module:

Let me provide you with the specific connection:

You can choose either PA9 or PB6 based on your current design and pin availability on your board. Ensure the chosen pin is configured correctly in your firmware. If using PA9, your connection would look like:

If you have any specific design constraints or further questions on selecting the right UART interface, let me know!