lpc2129

A distributed automotive safety and instrumentation network using NXP LPC2129 microcontrollers communicating via on-chip CAN protocol

Worked on an embedded system project involving timers, interrupts, and GPIO configuration to implement pseudo-random number generation, user input handling, and LCD output on an ARM-based microcontroller.

ARM7 (LPC2129) microcontroller programming with C. Includes GPIO, timers, interrupts, UART, ADC, and peripheral examples. Beginner-friendly codes for embedded systems and hardware projects.

LPC2129-based embedded automotive safety system using CAN Bus for accident detection, airbag status, fuel monitoring, and real-time indicator control.

IgniGuard is an LPC2129-based embedded vehicle security system that uses RFID authentication and GSM alerts for intelligent ignition control. Authorized users can start the engine, while unauthorized access keeps the engine locked and sends an SMS notification, improving vehicle security and theft prevention.

Developed a Smart Irrigation and Water Management System using LPC2129, SIM800C GSM module, and a soil moisture sensor. The system monitors soil conditions and allows users to remotely control irrigation through SMS commands.

LPC2129 FreeRTOS exercise that controls an LED state and toggle rate from push-button input.

Smartlink is a robust, master-slave IoT automation framework that bridges cloud-based remote interfaces with deterministic, bare-metal hardware execution.

The Projects experimented in Vector

IoT-based smart home automation using ARM7 Technology (LPC2129)

Vehicle Dashboard system using LPC2129 microcontroller and CAN (Controller Area Network) protocol for real-time communication of vehicle parameters such as temperature and fuel level.

Digital Dice using external interrupts and Timers using LPC2129 microcontroller.