- New Products
- Sales
- All Products
- Arduino >
- LattePanda >
- FireBeetle (ESP32 / ESP8266) >
- Internet of Things - IoT >
- Development Boards > Development Boards
- Raspberry Pi >
- micro:bit >
- Sensors > SensorsLiquid SensorsAir SensorsLiDARRange & Distance SensorsTemperature & Humidity SensorInteractive SensorsLight & Imaging SensorsMagnetic SensorsMotion SensorsPotentiometersCurrent SensorsPressure SensorsFlex SensorsSensor SetGPSIMU SensorsSound SensorsSwitches & ButtonsWeight Sensorse-Health SensorsEncodersOthers
- Gravity >
- Modules > Modules
- Kits >
- Prototyping & Accessories >
- Artificial Intelligence Hardware >
- Robotics >
- Fermion >
- STEM Education >
- Boson >
- PCB Manufacturing
DIY a pillow clock by using lilypad
This article described how to build a different type of clock – using the “lilypad” style of Arduino-compatible board and components designed for use in e-textiles and wearable electronics. The main circular board in the Arduino-type board which contains an ATmega328 microcontroller, some I/O pins, a header for an FTDI-USB converter and a Li-Ion battery charger/connector. As an aside, this package is a good start – as well as the mainboard you receive the FTDI USB converter, five white LEDs, a buzzer, vibration module, RGB LED, a switch, temperature sensor, and light sensor.
This article will explore how to install and run Qwen2.5 on a Raspberry Pi 5 using the Ollama runtime framework.
REVIEWS Raspberry Pi
In this article, we will delve into the process of installing and running the SLM(small language model) Gemma2 on the Single Board Computer (SBC) Raspberry Pi 5 using the Ollama runtime framework.
REVIEWS Raspberry Pi
In this write-up, we delve into the process of installing and executing phi3.5-3.8b on a Raspberry Pi 5, leveraging the Ollama runtime framework.
REVIEWS Raspberry Pi