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Here, we are discussing on “How to Download and Install STM32 Virtual COM Port Driver on Windows” in details and providing some recommended steps/procedures to do this. Let’s starts the discussion.

As I continue my journey with STM32 development, I wanted to share my findings with how to get a Virtual COM Port (VCP) working with a Nucleo board. Specifically, I’m using the Nucleo-F042K6, as it has a built-in USB device peripheral (full speed), and it does not require an external crystal. For some reason, the Virtual Com Port (VCP) drivers for STM32 chips were acting up and not properly enumerating a usable COM port on Windows when I was testing an STM32L476 chip. I’m not sure if this is a chip-specific issue or if this problem shows up on more chips using the STM32Cube Hardware Abstraction Continue reading STM32 Virtual COM Port Issues. After installing the STM virtual COM port driver, Windows Device Manager showed a STMicroelectronics Virtual COM Port, but with a yellow warning mark. The COM port was not accessible with a terminal appliaction (PUTTY). I eventually found that there is a problem with source code output from the STMCube program. But there is a simple fix. STM32 Virtual COM Drivers 64bit (PC) KISS - Keep It Super Simple - Flyduino FCs & ESCs STM32 Virtual COM Drivers 64bit (PC) Version: Download: 84956; Total Views.

What is STM32 Virtual COM Port Driver?

STM or STMicroelectronics is multinational electronics and semiconductor manufacturer. This company is manufacturer of “STM32 Chips” that is belongs to family of 32-bit microcontroller circuits. STM32 chips are grouped into relate series that are based around the same 32-bit ARM processor core like Cortex-M7F, Cortex-M4F, Cortex-M33F, cortext-M3, Cortex-M0+ or cotex-M0.

Each microcontroller have processor core, static RAM, flash memory, debugging interface and various peripherals. When we talk about “STM32 Virtual COM Port Driver”, it is software program developed by STMicroelectronics. This software is designed to connect to the internet and adds a Windows Firewall exception in order to do so without being interfaced with.

The setup package generally consists of 8 files and memory size is usually about 3.31MB. Overall usage of users who have this installed on their computer, most of them are using Windows 7 and Windows 10 Operating System. On other hand, about 25% of users of this software is belongs to United States and it is also famous in France and Germany.

If you have already installed this Virtual COM Port Driver in your computer, then you can see its path in main drive of your computer i.e., “C:Program filesSTMicroelectronicsSoftware STM32 Virtual COM Port Driver” with the estimated size of 3.31MB. However, the memory size can be vary according to version of Virtual COM Port Driver software.

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[Tips & Tricks] How to Download and Install STM32 Virtual COM Port Driver on Windows 10?

Step 1: At first, you need to visit “STMicroelectronics Official website” and download the driver

Step 2: Once downloaded, double-click on “Virtual COM Port Driver Installation Package” or “Setup package”

Step 3: Follow on-screen instructions to finish the installation process

Step 4: Once done, restart your computer to save the changes.

Update or reinstall Virtual COM Port Driver [Manually]

Step 1: Open “Device Manager” and expand “Universal Serial Bus” and Ports (COM) category

Step 2: Right-click on problematic driver which shows “Yellow Exclamation Mark” on it and select “Update for Driver Software.”

Step 3: In next window, select “Search automatically for updated driver software”

Step 4: This process will install the latest driver software in your computer. Once done, restart your computer to save the changes

Update & reinstall STM32 Virtual COM Port Driver [Automatically]

If you don’t have enough computer knowledge to update the driver manually, then you can go for automatic solution. You can use “Automatic Drivers Update Software” to update your drivers with just few clicks. This software will automatically recognize your System and find the latest drivers for it. To get this software, click on above link.

Conclusion

I am sure this article helped you to “How to download and Install STM32 Virtual COM Port Driver on Windows 10” with easy steps. If you have already downloaded, but facing problem with Virtual COM Port Driver, then you can update or reinstall it with the steps mentioned above. If you have any suggestions or queries regarding this, please write on comment box given below.

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The WF200/WFM200 Wi-Fi Expansion Board is the best and fastest way to explore the capabilities of the WF200 Series of Wi-Fi Transceivers.The kit contains an expansion board that can be connected to a STM32 MCU starter-kit.The expansion board allows the STM32 MCU to connect to a WF200/WFM200 Wi-Fi module, which can connect to Wi-Fi networks, but also be an Access Point to which other devices can connect. Avast antivirus serial key smart serials.

This document describes how to connect the WF200/WFM200 Wi-Fi EXP Board to a STM32 MCU and run the demonstration.

This demonstration runs the Wi-Fi Full MAC driver meant to communicate withthe WF(M)200 Silicon Labs Wi-Fi transceivers.

Naming convention

• SoftAP: WF(M)200 configured in Wi-Fi Software-enabled Access Point mode
• Station: WF(M)200 configured in Wi-Fi Station mode
• AP: Any 'home network' or 'office network' Wi-Fi Access Point
• Device: The PC or phone used to access the demo

Requirements

Hardware Prerequisites

The WF200 Wi-Fi Expansion Board contains a Wi-Fi module. To use the board, an MCU starter-kit is required, where the MCU will be the host that communicates and controls the Wi-Fi module.

• One of the two Wi-Fi® expansion kits listed below:

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• An Arduino/NUCLEO interposer (Available through support ticket request,more information in the Additional Resourcessection) or some flying wires
• A NUCLEO-F429ZI development board
• A micro USB cable
• A PC to load a binary file in the NUCLEO board or to compile the IAR/TrueSTUDIO projects. In addition, it can be used to test the example if it is equipped with a Wi-Fi interface.

Software Prerequisites

In addition to the previous hardware, a user needs software listed below:

• The software example named F429ZI_freertos available on GitHub
• Licensed IAR Embedded Workbench IDE for ARM installed or Atollic TrueSTUDIO for STM32 IDE
• The correct ST-link driver installed on your machine
• A Serial terminal to communicate with the NUCLEO-F429ZI board. For example, Tera Term or Putty

Set up your Kit

After you have the above resources, follow the steps described below (you can refer to the image below):

1. Connect the Arduino/Nucleo interposer board to the NUCLEO-F429ZI board.

2. Connect the WF200 expansion kit to the Arduino/Nucleo interposer board.

3. Make sure the 'Power' switch on the WF200 expansion kit is in the [On Board LDO] position.

4. Select [SPI] or [SDIO] on the bus switch depending on the bus you want to use.

5. Connect the NUCLEO board to your PC using the USB cable. The board should appear as a mass storage device named 'NODE_F429ZI'.

Clone the GitHub Repository

1. The example is hosted at GitHub. To download a copy of the example, go to the following link: https://github.com/SiliconLabs/wfx-fullMAC-tools. Press the Green button [Clone or Download] on the right side to download the repository as a zip file.

2. After the download is complete, extract the zip file to a folder on your PC with a short name to avoid any issues with long path names (e.g. C:).

Flash the STM32 MCU

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Use the Binary Files

The first option to run the demonstration is to use the precompiled binaries provided under wfx-fullMAC-tools/Examples/STM32/commissioning/F429ZI_freertos/Binaries/. Depending on the bus selected on the switch, choose the corresponding binary file:

• F429ZI_freertos_spi.bin
• F429ZI_freertos_sdio.bin

To use this method, drag-and-drop or copy the F429ZI_freertos_XXX.bin file to the 'NODE_F429ZI' mass storage.

After the STM32 is successfully flashed, jump to the Start the Example section.

Compile the Project

Alternatively, use your preferred IDE to compile and flash the project into the NUCLEO board.

1. Open the project with either IAR or TrueSTUDIO IDEs.

2. Select the bus configuration (SPI or SDIO). Make sure it matches the switch position on the WF200 EXP board.

3. Build the project.

4. Flash the project to the NUCLEO-F429ZI board.

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After the STM32 is successfully flashed, jump to the Start the Example section.

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Start the Example

1. While the toolchain builds the project and launches the debug session, open the Device Manager in Windows OS to see the COM Port Number assigned to the USB device [STMicroelectronics STLink Virtual COM Port].

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2. Open a Serial Terminal application, such as PuTTY, configure it to the COM Port Number you found in the previous step, and set the UART settings to 115200 bps, 8 data bits, 1 stop bit and no parity.

3. Reset the NUCLEO board using the black button.

4. Watch the application’s progress on the Serial Terminal. Wait 5 seconds if you want to use the default settings. The application will go through the following stages before it is ready:

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You are ready to move to the Wi-Fi commissioning demonstration page.