Content for SLabs-32

SLabs-32

Slabs-32 is a microcontroller based board using the powerful combination of an 8 bit microcontroller- Atmega328P and Tensilicas’s 32 bit L106 diamond series microcontroller. This board combines the high processing capabilities of 32 bit microcontroller L106 and numerous GPIOs available for HMI on the Atmega328p. With I2C as interprocessor communication, Slabs-32 board facilitates a combination of processing power and sufficient GPIOs for all your complex protoyping needs. The board has built-in Wi-Fi support, a USB port for programming and debugging, a SD card slot, 5 analog inputs, 12 GPIOs (few having PWM capability) and an 8 MHz crystal. It has on board LEDs for indication of power and bidirectional serial data transfer. There is one independent reset switch and one user programmable interrupt button each for both the microcontrollers onboard. The Slabs-32 distinguishes itself from other IoT development boards by having a high resolution TFT to display the data acquired data in real time. The data can also be stored in the SD card (Not included in the kit) and simultaneously be pushed to the web-server for further analysis and display at a remote location. Slabs32 can be programmed using Arduino IDE. The product also comes with a ata visualization tool for desktop version.

Arduino and Ultrasonic Sensor Based Radar on SLabs-32 IOT Board

“Well, you might have seen this awesone Ultrasonic based RADAR system being done many times by the community of hobbyists in the past. Here I am not trying to claim the first rights for the RADAR system based on ultrasonic …

Simple Gesture Control Using IR Sensors

“Controlling things using gesture is always exciting and fun but, with the sensors available in the market for recognizing gestures are pretty costly. So how can we make a simple gesture control using few dollars? Well, IR sensors when used …

Weather Station Using Single Board - Slabs-32

“In this instructable, we will be making a weather station which measures temperature, air humidity and soil moisture with our SLabs-32 board which also sends this data to the Cayenne cloud for data acquisition. We also simultaneously gets the current …