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ST NUCLEO F401RE WIFI INSTALL
ST NUCLEO F401RE WIFI DRIVERS

ST NUCLEO F401RE WIFI INSTALL

It is also necessary to download and install the STSW-LINK007 firmware to update your two Nucleo-F401RE. Finally, just open the folder “en.stsw-link009” and click on “dpinstamd64.exe” or “dpinst_x86.exe”, depending on whether you are using a 64-bit or 32-bit version of the operating system. You can go to the dedicated site , and click the link at the bottom of the page to start downloading them.

ST NUCLEO F401RE WIFI DRIVERS

If you are using Windows, you will need the STSW-LINK009, which are USB drivers for the Nucleo-F401RE boards. It is imperative that you also download the latest drivers and firmware. It is possible to use other boards, but if you are new to the ST ecosystem, we recommend using those exact components, as it will greatly ease your learning curve. Hence, this is one of the most affordable ways to start developing sub-gigahertz applications. To start, we strongly recommend the following components : two Nucleo-F401RE boards, which will serve as the base for the node and gateway, two X-Nucleo IDS01A5, which are sub-gigahertz expansion boards, then one X-Nucleo IDW01M1 board to connect the gateway to a Wi-Fi access point, and the X-Nucleo IKS01A2, which contains multiple sensors.Īll these parts are easily available at many online retailers, and should total about 100 dollars, before taxes and shipping. Shopping The Gateway of the 6LoWPAN network

For this demo, we’ll use a node, and a Wi-Fi Bridge that acts as a gateway to the Internet.ġ.1. Once you have all the tools at your disposal, getting starting is extremely easy.

The most time-consuming and sensitive step of this tutorial is the preparation.

FP-NET–6LPWIFI1 and FP-SNS–6LPNODE1: Function Packs Make Creating a 6LoWPAN Network Easy.

To know more about the Function Packs of this tutorial: As sub-gigahertz wireless protocols become ever more popular, and companies like Wi6Labs come up with products compatible with many of these standards, setting up a 6LoWPAN network is a great way to begin a project or prototype that aims to take advantage of this new trend. Hence, this demo will help you get a first hands-on experience with ST’s software stack, and development boards.

This tutorial will walk you through setting up a quick 6LoWPAN (pronounced “six-lo-pan”) network to send data from a node to a gateway connected to a Wi-Fi network.