In this instructable we’ll be making some centrally controlled wireless RGB lamps, that responds to music and sounds in the environment! In addition to instructions, the instructable contains: Schematics List of components Link to the code so you can make and modify your own project Step 1: Planning Ahead Here are the major components I […]
Wireless Music Reactive Floor Lamps Read More »
With the increase of high integration programmable chips, FPGAs are getting more and more popular. FPGAs has been traditionally known to be generally complex, but a new line of FPGAs have been showing some promise and that is believed that will help increase their popularity. Tiny FPGAs are the next promising thing, they are low-cost
Catena 4710 – LoRaWAN based Feather-compatible FPGA board with RISC-V Core Read More »
Hi everyone, Neda is an interactive picture frame that helps grandparents who are having a hard time learning how to work with technology. It’s an easy way for them to connect with their children and grandchildren who might live abroad. The way it works is very simple. Each picture has a button above it. Whenever
I made this project in collaboration with Ruben Says, for our studies in electromechanics at the HoGent. The assignment was to make a line follower robot, which is a little cart that by using its sensors is able to follow a black line on a white paper. In this tutorial I will give you an
RUMI the LineFollowingRobot Read More »
Atmosic Technologies Inc. (Saratoga, CA) has launched the M2 and M3 Bluetooth 5.0 transceiver chips, claiming them to be the lowest power Bluetooth wireless chips available. Atmosic took a wireless agnostic approach to determine the most power-efficient foundation for its first IoT connectivity solutions. To radically reduce power consumption, Atmosic has developed three key technologies:
Bluetooth 5 transceivers are self-powered Read More »
CubieTech recently announced a new SBC CubieBoard9 on their product page. This SBC is yet unpriced and also not reached the CubieBoard.org community website. CubieBoard9 features a quad A53 Actions S900 SoC, 3GB LPDDR3, 16GB eMMC, WiFi/BT, and dual independent displays with HDMI, MIPI-DSI, LVDS, and eDP. Back in 2014, CubieTech announced Allwinner A80 based CubieBoard8
CubieBoard9 – An Actions S900 SoC Based SBC With 2x HDMI Read More »
In this DIY guide I will show you how to make your own wireless weather station! My communication protocol will allow you to have up to 10 sensor stations in your wireless network, but you can change and extend it up to 254 stations! The RF technology and the module that we used will allow
Arduino Based Wireless (RF) Weather Station Network Read More »
Cheap 433 MHz wireless switches are a tempting way to enter the world of home automation, but without dedicated hardware, they can be less easy to control from a PC. That’s the position [TheStaticTurtle] was in, so the solution was obvious. Build a USB 433 MHz transceiver. At the computer end is a CH340 USB-to-serial chip
While building Arduino or any other microcontroller platform project over time the need will arise to establish communication between two of the Arduino boards or microcontrollers for data exchange and/or control. This communication could be achieved using either wired or wireless process. For wireless communication between devices, quite a number of options exist including WiFi, GSM/GPRS,
Communication Between Two Arduinos Using NRF24L01 Read More »
For many kids, the tin-can telephone is a fun science experiment that doesn’t last much longer than it takes to tangle the string around a nearby tree. [Geoff] decided to go a different however, building a tin-can telephone that’s completely wireless. The build starts with a hacker favorite, the Arduino Uno. It’s hooked up to an
WIRELESS TIN CAN TELEPHONE Read More »
