Today we will learn about something beneficial and thoughtful in nature. No, we are not talking about something that may be useful to humans but to computers. Let us tell you that computers function brilliantly with them. A synchronous transmission can be considered an uninterrupted data flow in the form of signals accompanied by periodic timing signals. It would be easiest to characterize it as a party without blaring music or other typical party elements. It's like you're at a party and meet some outstanding individuals who would be extremely interesting to talk to, but they have to leave early to catch their train. You have various tasks to complete along the same path, and that's where sync comes in handy! Computers that employ serial ports, like modems or printers, are capable of asynchronous communication since these ports allow for serial data transfer. As no clock signal is transmitted with the data bits in this mode of communication, the receiving device must treat each bit as if it were its distinct entity when interpreting. The sending of a signal using synchronous transmission is the method that offers the highest level of reliability. It is similar to sending a text message; the only difference is that you transmit it via time and space. One of its many attractive features is that a synchronous gearbox can be relied upon to be present at the precise moment it is required. You can depend on the transmitted data; even more critically, you can rely on it being delivered precisely when it is supposed to be there. As voice-over-Internet protocol (VoIP) and streaming video are both time-sensitive forms of data, it is an ideal format for both applications. You don't want them to become indistinguishable from the ether.