emakefun/rf-nano: emakefun arduino nano V3.0 + nrf24L01+ - GitHub
rf-nano is a 2.4G wireless development board developed by emakefun company, integrating the nrf24L01+ wireless chip based on the official standard Arduino Nano V3.0 motherboard.
RF-Nano 介绍 - emakefun文档中心 - Read the Docs
rf-nano 介绍. rf-nano概述. rf-nano的板子上集成了nrf24l01+芯片，使得其具有无限收发功能，相当于将一个普通nano板和一个nrf24l01模块合二为一，使用起来更加方便，尺寸小。rf-nano与常见的nano板的引脚完全一样，方便移植。 rf-nano处理器介绍
rf-nano - emakefun文档中心 - Read the Docs
rf-nanoV1.0早已停产，但市面上依然有大量销售的V1.0外形的主板均为克隆版本，做工粗糙，器件很多为翻新物料，质量不可靠，请注意分辨。 板载天线和IPEX外置天线切换
rf-nano/README_ZH.md at master · emakefun/rf-nano - GitHub
emakefun arduino nano V3.0 + nrf24L01+. Contribute to emakefun/rf-nano development by creating an account on GitHub.
Arduino Nano R3 + nRF24L01 = RF-Nano - Flowduino
2021年8月24日 · Introducing the RF-Nano V3.0, from eMakefun! The RF-Nano combines the simplicity and compatibility of the Arduino Nano R3’s ATmega328 with the usefulness of the nRF24L01+ 2.4GHz radio transceiver. No more multi-wire SPI connection required!
For the Professional Maker: Getting Started with the RF-Nano …
2019年6月11日 · Upload the files to their corresponding RF-Nano, then open up a serial monitor on each IDE window to see one board transmitting random bytes to the other. With this basic communication set up, there are a wide range of possibilities for you to explore.
Getting started with RF-Nano and wireless communication
2024年10月28日 · The RF-Nano module is a practical choice for simple, cost-effective wireless communication. Its compact size, low power consumption, and Arduino compatibility make it a good fit for home automation, remote monitoring, and IoT projects.
Emakefun RF-NANO Operating Instructions Manual
View and Download Emakefun RF-NANO operating instructions manual online. RF-NANO control unit pdf manual download.
nulllaborg/lgt-rf-nano: lgt8f328p + nrf24L01_p - GitHub
LGT-RF-Nano is a 2.4G communication product based on the combination of domestic LGT8F328P chip and NRF24L01+ chip.
RF-Nano Arduino/NRF24L01+组合入门 - 电子发烧友网
将文件上传到相应的 RF-Nano，然后在每个 IDE 窗口上打开一个串行监视器，以查看一个板将随机字节传输到另一个板。 通过此基本通信设置，您可以探索多种可能性。