Optimizing Packet Size in TCP: Network Efficiency Max Optimization

TCP had become one of the most important components of our internet world. TCP play a key role in data transmission and is paramount to investigate how packet size can be optimized for reliable and efficient data transmission. Our study delves into the impact of varying packet sizes on the performance, latency, and error rates within TCP networks, laying emphasis on uncovering patterns and optimize data transmission. In analyzing how data packet sizes systematically influence these metrics, the research identifies critical thresholds where network performance is most efficient. We comparatively evaluated different packet sizes providing insights into their relative effectiveness, drawing some findings under the conditions at which specific sizes outperform others. Furthermore, the paper explores points of optimal transmission, offering a thorough assessment of packet configurations that balance performance with minimal latency and error. The findings aim to guide network optimization and enhance the reliability of TCP protocols, whiles improving transmission efficiency.