Showing 1 to 10 of 93 results.
https://makerv2.webteractive.co/arduino/projects/wireless-connection-between-micro-controllers-using-nrf24l01
nRF24L01 radio transceiver provides very efficient and inexpensive way to establish communication.
https://makerv2.webteractive.co/arduino/projects/wireless-mood-meter
A simple device to express your mood!
https://makerv2.webteractive.co/custom/tutorial/wireless-power-transmission-how-to-make-a-tesla-coil
Make a wireless power transmission system using a homemade Tesla coil.
https://makerv2.webteractive.co/blog/wireless-health-monitoring-using-integrated-and-stretchable-electronics
The wireless, wearable adhesive-free monitor with integrated stretchable electronics could facilitate comfortable, long-term health monitoring without the risks of skin irritation, injury, or allergic reactions that current adhesive sensors carry.
https://makerv2.webteractive.co/arduino/projects/wireless-doorbell-using-arduino-and-rf-module
In this project, we will make an Arduino based wireless doorbell using simple hardware.
https://makerv2.webteractive.co/raspberry-pi/tutorial/how-to-make-a-wireless-signal-meter-app-for-raspberry-pi-using-node-red
This signal meter app can continuously monitor the signal condition of a cellular modem connected to a Raspberry Pi.
https://makerv2.webteractive.co/blog/wireless-sensor-networks-techniques-and-applications
Wireless sensor networks (or WSN) are networks that use sensor nodes configured by engineers to sense physical and environmental conditions like temperature and humidity for use in military, transportation and environmental sensing applications.
https://makerv2.webteractive.co/forums/threads/term-agreement-with-nextalarm-fishy.150585/
Thread 'Term agreement with NextAlarm (Fishy?)'
https://makerv2.webteractive.co/blog/is-wireless-power-transfer-safe-and-secure
With a range of small-scale and large-scale wireless power platforms in their final phases of testing and deployment, the question remains: ‘How can wireless power be both economically viable and secure?’
https://makerv2.webteractive.co/blog/various-wireless-power-transfer-techniques-in-neural-stimulators-and-other-implantable-medtech
Wireless power transfer technologies are being extensively studied and developed for use in implantable medical devices, the advantages of which include the early detection of diseases and the treatment of specific defective organs. This article will explore wireless power transfer in neural stimulators and outline the key benefits and design challenges.
https://makerv2.webteractive.co/blog/6g-wireless-development-is-underway-despite-5gs-infancy
Though 5G’s global deployment is growing—with widespread functionality expected within 5 years—development on its successor is already in the works.
https://makerv2.webteractive.co/blog/the-beyond-5g-wireless-transceiver-and-the-future-of-high-speed-connectivity
A new radio chip from the University of California, Irvine (UCI), may have already paved the way for futuristic 6G, despite 5G cellular network standard still being in its infancy. Developed by electrical engineers at UCI’s Nanoscale Communication Integrated Circuits labs, the product promises to deliver up to 4 times greater speed and significantly higher bandwidth than 5G.
