This repository focuses on programming and interfacing with the NXP (Philips) LPC2148 microcontroller using the Keil µVision IDE. This repo provides a collection of example codes, configurations, and project files to help users understand and utilize the LPC2148 microcontroller effectively.

Key Implemented Features:

Initialization Routines: The .s files typically include startup routines that set up the initial state of the microcontroller. This includes configuring the stack pointer, initializing data segments, and setting up the interrupt vector table.

Low-Level Hardware Control: The .s files provide direct control over the microcontroller's hardware, such as configuring GPIO pins, setting up timers, and controlling peripherals like UART, I2C, and SPI. This low-level control is essential for tasks that require precise timing and direct hardware manipulation.

Memory Management: Code for managing the microcontroller’s memory, including loading data into registers and moving data between different memory segments, is present. This is crucial for efficient data handling and processing.

Optimized Performance: Assembly language allows for writing highly optimized code, making it possible to achieve better performance for critical sections of the application. This can be particularly useful in timing-sensitive applications where every clock cycle counts.

This repository serves as a valuable resource for developers looking to gain expertise in low-level programming and hardware interfacing with the LPC2148 microcontroller using Keil µVision.