Development of Low-End Communication Module

The development aims to improve the communication system in low-end devices, making it faster, more reliable and more secure. The proposed system makes use of advanced protocols and technologies to provide a seamless communication experience. It is particularly useful for embedded systems that require low-power communication and can benefit from a more efficient communication module. The proposed design is scalable and flexible for the relay communication system, allowing it to be easily integrated into existing systems. The design specifications have been successfully fulfilled, encompassing requirements for both hardware and software, along with the necessary protocols and communication standards. The software development process involved identifying and implementing the required drivers, writing the application code, and conducting comprehensive functionality tests. In parallel, the hardware requirements were met by carefully selecting the suitable microcontroller according to the provided specifications and configuring the communication interfaces accordingly, The analysis highlights significant improvements in microcontroller-related metrics. A 20.5% reduction in Hex file size, from 471 KB to 374 KB, demonstrates adept memory utilization and storage, contributing to resource management. Similarly, the decrease in ROM Usage and RAM Usage by 20.5% and 20.8% respectively indicates optimized memory utilization during program execution. Collectively, these enhancements bolster microcontroller performance, memory efficiency, and application responsiveness.