Search Results for "nrf24l01"

Optimized high-speed driver for nRF24L01(+) 2.4GHz wireless transceiver. More compliant with the manufacturer specified operation of the chip, while allowing advanced users to work outside the recommended operation. Utilize the capabilities of the radio to their full potential via Arduino. More reliable, responsive, bug-free and feature-rich. Easy for beginners to use, with well-documented examples and features. Consumed with a public interface that's similar to other Arduino standard libraries...

Wireless I2C/CSV logger with nRF24L01 + Arduino-UnoR3/Mini/Nano (Atmega168/Atmega328/LGT8F328P). 8 frequencies x 6 nodes, every node can measure local 1..2xI2C or 1..4x1-wire sensor(s), TX its values as CSV string to receiver, or receive CSV string from UART, and retransmit it to receiver. Supported sensors: DS18B20, SHT21/HTU21/Si7021, HDC1080, AHT10/20/25/30, AM2320, BMP180/280, BME280, TSL2561, BH1750 BTLE iBeacon advertising mode: BLE_MAC>0, frequency channel >=4, node/channel...

MySensors is an open-source hardware and software community focusing on do-it-yourself home automation and Internet of Things. We're here to help people who'd like to create original and affordable sensors and actuators based on components like Arduino, ESP8266, Raspberry Pi, NRF24L01+ and RFM69. Does it sound complicated? Don’t worry, we’ll explain everything. We provide easy-to-follow build instructions, ready-to-use code examples, and adaptable open-source hardware designs. All of this runs...

This project provides software (and also hardware files) to build custom DSLR time lapse timer. Shooter timer can communicate DSLR either over jack connector or by IR LED remote control. Timer Is also adapted to be able to control time lapse servo tripod over NRF24L01 WiFi module or to help focus in dark by Laser diode flash. All is driven by separated precise DS3231 real time clock with possibility to wake-up Arduino based controller by dedicated alarm signal. You can find more information...

This is a project developed for class ECE570 at Oakland University in 2015. The project uses two Dragon12-Plus2SM boards equipped with a nRF24L01+ transceiver adapter from Addicore. The project depicts a "wireless tennis game". The purpose of the game is for users to type button patterns and "pass" them to the opponent. The opponent has a brief moment to see the pattern being played on the LEDs and then he needs to retype the pattern. If retype was correct, a new pattern is "passed back" just...

nRF24L01 nodes for wireless thermostat

Varnam Q3 is a motion sensing game console, it comes with a wireless remote control which has a built-in 3 axis accelerometer and DPads. This project provides with you the Java API and a working JNI code in C for Raspberry Pi to talk with a NRF24L01 module, which you can use it as a base to integrate this remote to any other hardware. For this remote control to be used in any other project all you need is a NRF24L01 break out board connected to a micro controller. The provided JNI code...