1, Ethernet (Ethernet): each transmission of a standard Ethernet frame (Frame), including 64 bytes of data and some control information, usually takes about 52 microseconds. However, as the transmission distance increases or the network load increases, the transmission time becomes correspondingly longer.

2. Wi-Fi: The transmission speed of Wi-Fi is affected by a variety of factors, such as wireless signal strength, frequency band, channel width, etc., so the time required for each data transmission will vary. For example, under ideal conditions, a Wi-Fi transmission of a ShortDataPacket can be accomplished in a few milliseconds, but the transmission of large amounts of data will take much longer.

3. Cellular mobile communication: The transmission speed and latency of cellular mobile communication depends on factors such as network type, coverage and device brand. For example, 4GLTE networks generally provide higher transmission speeds and lower latency, with each packet transmitted typically taking between tens of milliseconds and hundreds of milliseconds.