Projects made with Texas Instruments on Hackster.io
Imagine creating a display that makes images and animations look like they’re floating in the air. That’s what we’re going to build.
Read up about this project on
Design of IoT-Based Monitoring And Safeguarding of Chickens in Poultry From Illness,
IBEM is an ESP32-C3 based IoT Battery Energy Monitor SDK. This providing easy Solar Energy Systems Battery Bidirectional Current Monitoring.
Project using Arduino Micro and a CC1101 to receive and display the tyre pressures transmitted by a Toyota (Auris Hybrid) and some others
A next-generation, open-source fire alarm system designed for smart homes using IoT to safeguard households from fire hazards.
Unicast E1.31 to WS2811/WS2812 WiFi controller, theoretically output up to 1360 pixels* (8 ports/universes, 170 pixels per port).
Remote control cars have been the dream toy for most kids. And you can never outgrow them! In this post, I will show you how to make one.
Regulated smart constant current charger for 9V NiMH rechargeable batteries.
The good old buzz wire game, this time with score counter (as well as indicator lights).
Digital clock with Arduino using Shift Register (74HC595), real time clock, temperature and humidity sensor and 7 Segments display.
This simple beginner project makes an excellent tool for everyday applications, utilising a common LM35 temperature sensor and an Arduino.
Superior Boy is Cybersecurity, education, and research in one advanced device. Everything a mobile cybersecurity pro needs.
Control toys like a superhero. A DIY video for how to make gesture-controlled car.
The device displays animated GIF pictures on a rotating cylinder. The GIF pictures can be downloaded from a PC via Bluetooth.
A-simple-as-possible computer with the 8085 CPU.
A complete wireless weather station based on Raspberry PI 3 and on a set of Texas Instruments CC2650STK wireless sensors.
A heart rate monitoring system that tracks your heart beat in "BMP" but I made a little difference by adding some LabView Visualisations.
An amazing off-road robot with 4-wheel drive.
A window that tints itself according to how much light is incident upon it. You can also control the window with an iOS application!
i2c is the most common protocol for embedded systems. Using an i2c range extender gives more flexibility in sensor placement.
Read sensor data and toggle LEDs with the Blynk mobile app and the TI CC3200 LaunchPad
Texas Instruments Deep Learning API and examples ported onto BeagleBone AI's default Debian distribution image and mjpg-streamer filters.
An affordable and automatic system letting athletes time themselves or their peers quickly and easily.
Single board to control solar charge and battery monitoring for your outdoor projects. Your project will see a perpetually charged battery.