A WiFi digital control DC power supply with web interface and USB.
"Hello World!" project for Microsoft Azure IoT Kit - MXChip 3166.
Grove Starter Kit for Arduino Review
This is the GOD version of this microcontroller, adds up a lot of features. Sensor, modules and displays can be directly plugged in.
I'm working on a development board based on the NXP MK26FN2M0VMD18 chip with 2 MB program flash and SDRAM controller, SDHC in a nice MAPBGA.
In this tutorial, we will show how to program the IoT Development Kit (IDK) using an example built into the IoT software.
Review and Quick Start Guide for Khadas Vim Pro Development Board.
Breadboard friendly dev-stick with an embedded USB-UART bridge which acts as both a UPDI programmer and a usb-serial adapter.
An IoT board designed to expand the connectivity of the WIO terminal adding 7 I2C ports, 5 PWM, 5 GPIOS, and 12V & 5V power management.
Create your own development board using the ATmega328P microcontroller from scratch.
I managed to use an i2c LCD1602 or LCD2004) display by development board withth STM32F103.
If you require more pins for your project to connect more buttons, sensors or LEDs, GPIO expanders can help.
Create a simple hardware platform using the Vivado 2020.2 GUI that can then be used for simple bare metal applications like Hello World.
Transfer Data Between any USB_STORAGE_MEDIA devices.
It's not the compute performance, it's how you use it.
This time we run Kubernet’s lightweight management tool K3S on Seeed's Jetson Mate, which support 4 NVIDIA Jetson modules
A guitar with FX and MIDI controls powered by UDOO X86.
Use the FuPy project to load a RISC-V or other SoC softcore on the MATRIX Voice's Spartan-6 FPGA programmable through MicroPython.
Give a brief introduction of how to choose the right Arduino board
M5StickC + Angle unit = Protractor (detecting range: 0-180 degrees）
Simple guide to quickly get started with nRF5340 development kit, slightly easier than Nordic tutorials.
A tutorial to develop buzzer HW-508 (applicable for KY-006) via "skiiiD."
Using an ESP32 development board is easy, but what about a bare ESP32. That's what ESPer is for! It's a DIY development board.
ATtiny85/45/25 are most inserting and useful boards, but can be difficult to code and use. So here is the development board!
