Abstract
Efficient memory management in embedded systems is a critical concern due to the The demand for faster, more efficient communication systems in embedded devices has surged due to the proliferation of data-intensive applications like autonomous vehicles, IoT networks, and real-time industrial automation. Designing high-speed communication systems involves optimizing protocols, hardware interfaces, and signal integrity for minimal latency and power consumption. This paper explores the current methodologies in high-speed embedded communication, discusses trade-offs in protocol selection, and evaluates performance benchmarks for common serial interfaces. Emphasis is placed on physical-layer design considerations and integration challenges in modern embedded platforms.
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