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ambertide.github.io
| | austinmorlan.com
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| | Before we can write any code for the ODROID-GO, we first need to get the ESP32s SDK set up. It contains the code that actually gets the ESP32 to boot and call into our main function, as well as code for peripherals like SPI which well need to use when we write our LCD driver. Espressif calls the SDK the ESP-IDF and well be using the latest stable version which is v4.
| | thelittleengineerthatcould.blogspot.com
3.8 parsecs away

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| | So far, I have been programming my µcontrollers using the Arduino IDE . As I progressed with my TurboLEDz experiments, I came across...
| | ncona.com
2.8 parsecs away

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| | A few months ago, I started learning Arduino, and recently I finished my first small project. After finishing the project, I was wondering if I could build the same thing for cheaper, and that's when I stumbled into ESP32. ESP32 is an MCU (Micro Controller Unit) that got very popular because it has integrated WiFi, Bluetooth, very good documentation and is relatively cheap for what it does. Interestingly, the Arduino UNO R4 WiFi contains two MCU and one of them is an ESP32. Getting an ESP32 The easiest w...
| | spawn.link
23.5 parsecs away

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| Version 2 of a widely sold and inexpensive USB2 HDMI capture device. Differences: "Coffee" colored metal casing small heatsink on the MacroSilicon chip PCB layout updated (additional power safety?) They are otherwise the same. Use the same chipset. As reported by Linux (5.4.0-40-generic on Ubuntu 20.04): Manufacturer: MACROSILICON idVendor=534d idProduct=2109 bcdDevice=21.00 Mfr=1, Product=0, SerialNumber=0 The uvcvideo and hid-generic drivers output the following: [2155922.389360] uvcvideo: Found UVC 1.