I'd like to answer your question. Could you please clarify:
1. Are you talking about CAT5 (network) cables?
2. RS232 cables?
3. {Insert hardware here}?
Tx and Rx - are shorthand for 'transmit' and 'receive'.
on electromagnetic wavesThrough Tx and Rx devices which send signal to the station
TX and RX stand for "transmit" and "receive," respectively. In the context of connectors, TX refers to the pins or channels used for sending data from one device to another, while RX refers to those used for receiving data. These terms are commonly used in networking and communication protocols to facilitate the flow of information between devices.
on electromagnetic wavesThrough Tx and Rx devices which send signal to the station
on electromagnetic wavesThrough Tx and Rx devices which send signal to the station
Rx= recipe = you take Tx= treatment recipe for the treatment
RX is the receiving port and TX is the transmitting port. If you see RX/TX lights flashing, it means that there is data being received or transmitted at that time.
If 'a' and 'b' are talking to each other, i.e. communicating, then Tx-a = Rx-b, and Tx-b = Rx-a.
TX = Data Transferring RX = Data Receiving
In satellite communication uplink (transmission of signal from earth station to satellite ) & downlink (reception of signal from satellite to earth station) takes place TX & RX involves a finite amount of delay which is acceptable in data communication, but i audio & video TX this delay is unacceptable, overlapping/ alaising causes errors which demodulated by qpsk.
The RX buffer (receive buffer) temporarily stores incoming data before it is processed by the device. The TX buffer (transmit buffer) temporarily stores outgoing data before it is sent out by the device. Both buffers help to manage the flow of data between devices, allowing for smooth and efficient communication.
RX nd TX refers to the radio frequencies the phone uses to receive and transmit voice calls. A mobile phone is essentially two 'walkie-talkies' operating at the same time - so you can talk and hear simultaneously. The handset transmits (TX) on one frequency, and receives (RX) on a different frequency.