Latency in a community will profoundly impact the electromagnetic compatibility (EMC) of a machine, wherein latency can cause interference and reduce the performance of a machine. Several techniques can be employed. The strategies encompass growing network throughput, minimizing interrupt latency, decreasing latency from packet scheduling, and optimizing higher-layer protocols. Growing network throughput can be accomplished by using more bandwidth, better throughput links, or including redundant hyperlinks in the community route. Minimizing interrupt latency may be executed by using interrupt coalescence, optimizing tool drivers, and shifting devices to isolated hardware additives. Furthermore, network topology designs can be stepped forward to lessen the time spent processing packets. It could be executed by setting nodes closer to each other or by imparting routers with more excellent computing assets, including more processing cores. Similarly, information transmission can be optimized to lessen latency, for instance, by using strategies such as selective acknowledgment or direction exploration. Eventually, interference may be minimized through filters and antennas, allowing it to restrict the communication variety. In conjunction with others, these techniques can ensure that community latency is minimized so EMC is improved.