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we divide the radio spectrum to fit more conversations into the same amount of bandwidth, which is what I mentioned earlier. So TDMA, digital multiple access, what it does is it keeps the wider frequency channel. So let's say you have a 12.5 kilohertz channel, but it divides it into two alternating time slots. So that you can then have two or four different conversations to share the exact same frequency by taking turns pulsing their transmission in synchronized milliseconds. So you don't need to have a signal constantly flowing, but you do need data to flow through at some point. So all that they're doing is the clocks on these radios are synchronized in such a fashion that they each take turns sending a little singular bit of data within utilizing the same frequency space. So then everybody can seemingly talk at the same time, but everything is fast enough that there is no noticeable delay between the signals, right? All the bits are still getting to their desired end users where you can...