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New Raspberry Pi Pico W - Micro controller with Wireless Wi-Fi networking
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I’m excited to see that there are now two new versions of the Raspberry Pi Pico – the Microcontroller from the same people that brought you the credit card sized Linux computer costing $35.
The Raspberry Pi Pico came out about a year and a half ago. It’s a microcontroller based around their own designed RP2040 chip. It is easy to program in both C++ and MicroPython. I’ve used it for a few different projects myself.
I’m going to introduce the new models and at the end of this video there will be a quick example of how you can use the new Pico W as a voltmeter.
When the Pico was released the one thing it was lacking was connectivity, which has restricted it’s use. At a time where everything is going on line it was frustrating not being able to connect to the Pico using WiFi. There have been some ways of getting the RP2040 to connect to a wireless network. The first is to use a board which combines the RP2040 and an ESP32 wireless module. This is exactly what Arduino did and I used that for a port of my Wireless Pixel Server project. Another is to combine a Pico with an external ESP32 which is something I used with the Pimoroni Pico Wireless Pack. You could also pair the Pico with a Raspberry Pi computer, which is something I’ve demonstrated using Uart, but also available using SPI or I-squared-c.
This has now changed with the new model, there is now a Raspberry Pi Pico W, with the W standing for Wireless. It allows you to connect to a wireless 2.4Ghz network and opens up the Pico to the world of IoT.
This video shows a wireless version of the Rasperry Pi Pico Voltmeter that I created in an earlier video.
Chapters:
00:00 Introduction to the 2 new Raspberry Pi Pico
00:57 Alternatives to Pico W
01:41 Raspberry Pi Pico W specs
02:50 Compare Pico and Pico W
03:54 Install MicroPython
04:58 Voltmeter Demo Program
The Raspberry Pi Pico came out about a year and a half ago. It’s a microcontroller based around their own designed RP2040 chip. It is easy to program in both C++ and MicroPython. I’ve used it for a few different projects myself.
I’m going to introduce the new models and at the end of this video there will be a quick example of how you can use the new Pico W as a voltmeter.
When the Pico was released the one thing it was lacking was connectivity, which has restricted it’s use. At a time where everything is going on line it was frustrating not being able to connect to the Pico using WiFi. There have been some ways of getting the RP2040 to connect to a wireless network. The first is to use a board which combines the RP2040 and an ESP32 wireless module. This is exactly what Arduino did and I used that for a port of my Wireless Pixel Server project. Another is to combine a Pico with an external ESP32 which is something I used with the Pimoroni Pico Wireless Pack. You could also pair the Pico with a Raspberry Pi computer, which is something I’ve demonstrated using Uart, but also available using SPI or I-squared-c.
This has now changed with the new model, there is now a Raspberry Pi Pico W, with the W standing for Wireless. It allows you to connect to a wireless 2.4Ghz network and opens up the Pico to the world of IoT.
This video shows a wireless version of the Rasperry Pi Pico Voltmeter that I created in an earlier video.
Chapters:
00:00 Introduction to the 2 new Raspberry Pi Pico
00:57 Alternatives to Pico W
01:41 Raspberry Pi Pico W specs
02:50 Compare Pico and Pico W
03:54 Install MicroPython
04:58 Voltmeter Demo Program
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