Gizwits IoT low-power adapter board GE211 + Gizwits APP remote control lamp

To realize the intelligence of hardware, in addition to the hardware itself, it is also necessary to implement: intelligent cloud platform, mobile APP, and networking modules. Each field requires the support of a professional team. Manufacturers or developers only need to focus on their own product hardware, because Gizwits provides a complete solution. Realize hardware intelligence with minimal cost and risk, and obtain maximum value-added products.

The manufacturer has already burned the Gizwits firmware. Let's play with this gadget when I have free time this Sunday.

The bottom of the picture below is the protagonist of this article. I have soldered the USB serial port to the corresponding position of the module.

Now log in to Gizwits official website, click on the developer center and create a project

Here I chose the simplest light bulb project

Click Create in the picture above, and the following interface will appear. On the left are the PK and PS generated this time, which will be used in the future

Because I am using the ESP32 module this time, I have to select the Espressif module for the module information. It is usually necessary to select a suitable MCU or SOC solution and provide automatically generated function functions and network configuration functions for writing and calling code.

I am lazy here and directly simulate the MCU on the computer. Add a new product in the debugging assistant, fill in the PK and PS just generated into the corresponding positions, and then click "OK".

Click the Simulate MCU option, open the serial port, and debug if the handshake data appears successfully in the communication window.

You need to use an APP for network distribution. First, use your mobile phone to scan the QR code on the official website to download a Gizwits Cloud distribution network APP.

Open the APP, click on the network configuration in the upper right corner, and click one-click configuration.

Computer debugging assistant here also clicks AILINK

Then click the light switch on the mobile APP, and the status on the right side of the debugging assistant will be reflected immediately. The code in the communication window is the MCU serial port reception we want, and then determines the level of the IO port or PWM pulse adjustment.

I don’t have the MCU in hand, so I’ll stop here for the time being. If you are interested in this, you can log in to Gizwits' official website and developer community, which provide detailed development steps.

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