Category
Difficulty
Platform
Totally Speed
NXPCup team2 for INSA-GEI, Toulouse, France
Speedynsa
NXPCup Team 1 For INSA-GEI, Toulouse, France
Arcar5 Project P3
Programming of an existing NXP car with ARM M4 Processor, we have already the hardware but not the software.
Polytechnicecar
We are three students of the EIT master of Autonomous systems, with experience in different backgrounds and a great desire to learn.
Rob_inp_les Semi-croustillants
Une carte de puissance est ajoutée pour optimiser la répartition des ressources du véhicule.
Un laser monté sur un support imprimé en 3D sera utilisé pour le challenge d'évitement d'obstacle.
Totally Speed
Totally Speed is a french team from the engineering school INSA Toulouse!
Our project this year, as fourth-year automation and electronics students, is to develop and improve a superfast autonomous car. See you on the racing circuit at the NXP Cup in 2021!
Jecc
We build our own differentially driven NXP-Cup platform based on a 3D-printed chassis.
We also developed our own control electronics around the FRDM-KL25z board.
Object Detection Using Mobilenet Single Shot Detector
The Google Coral Camera attached to the NavQ board is able to detect objects like cat, dog, car, etc.
Sketch Drive Car V2
An intelligent drive.
Rapid Iot Kit - Wireless Uart
This tutorial demonstrate the "Wireless UART" functionality on NXP's Rapid IoT prototyping kit.
Smart Blinking Id Card
A smart card with I2C NTag interface.
Simple Nfc Reader
This project demonstrates reading an NFC tag and controlling the RGB LED with a PN1720 controller.
Iot Green Kit
Home and gardening automation with IoT network (Thread).
Ai Smart Draw With Brainium Iot Cloud
It's a simple demonstration of AI (motion detection) with Brainium cloud module and Rapid IoT Prototyping Kit.
Smart Ai Gloves
AI-based hand gloves, gives you a super power to control any devices with motions.
Color Follow Robot With Pixy2 Cam
This robot follows the color with Pixy2 Camera.
Smart Walking Stick
This walking stick can control the home appliance with the help of IoT networks.