Build a Dual-Band Wi-Fi Analyzer using the XIAO ESP32-C5, the first XIAO with 5GHz Wi-Fi!
It’s a new Seeeduino XIAO, and it’s an inexpensive IoT powerhouse! The Seeeduino XIAO ESP32-C5 is one of the first development boards powered by the amazing Espressif ESP32-C5, a microcontroller built with IoT in mind.
The ESP32-C5 is a powerful, single-core 32-bit MCU that runs at 240 MHz. It is one of the first ESP32 chips to support Wi-Fi 6, and has both 2.4 and 5 GHz Wi-Fi. It also supports BLE 5, Matter, Zigbee, and Thread.
It also features a power management system that can put the board into Deep Sleep to drastically improve battery life. And speaking of batteries, the XIAO ESP32 has a built-in battery charger, so you can run everything from a 3.7-volt LiPo or LION battery.
We’ll take a look at this new microcontroller board, and then we’ll put our knowledge to use and build a dual-channel Wi-Fi signal analyzer with an LCD screen. It's a really fast project, since we can just modify some sample code from the display graphics library.
Here is the content of today's video:
00:00 - Introduction
01:45 - XIAO ESP32-C5
06:10 - IDE Setup and Testing
07:43 - XIAO ESP32-C5 Connectivity
13:31- XIAO ESP32-C5 Low Power
18:36 - Build a Dual-Band Wi-Fi Scanner
23:43 - Conclusion
This powerful board retails for under 7 US dollars, so it certainly won’t break the bank. With its multiple connectivity options and low-power features, this is sure to become the heart of many innovative IoT projects.
I hope you enjoy the video!
Bill
"Never trust a computer you can’t throw out a window." — Steve Wozniak
This looks like an exciting board! The jump to 5GHz on such a small module really opens up a lot of possibilities for faster and more reliable IoT connections.
Speaking of IoT builds, if you're looking for some inspiration for your next project, I recently came across this guide on PCBWay about building a home automation system with a microcontroller. It has some great design tips and ideas that might pair well with this new XIAO board: https://www.pcbway.com/project/shareproject/Best_IOT_Project_Making_At_Home_using_Microcontroller_PCBway_531d1012.html
Has anyone here managed to get their hands on one of these yet? I'm curious to see how the 5GHz range holds up in a real-world environment!
A Electrical engineer who loves the robots and drones
Excellent video! Definitely going to build that WiFi analyzer.