Re-transmit

To send or transmit (information, data, signals, etc.) again, often after receiving it from another source. This typically involves receiving a signal and then broadcasting it further, potentially with modifications or amplification, to extend its reach or ensure reliable delivery. Re-transmission is crucial in various communication systems, including radio, television, and data networks, where signals may be degraded or blocked. The process may involve processing the original signal, correcting errors, and adapting it for the recipient's infrastructure. It's essential for broadcasting over distances or to areas that would otherwise not receive the original transmission, ensuring a robust and accessible information flow. Re-transmission fundamentally seeks to overcome obstacles to uninterrupted communication.

Re-transmit meaning with examples

• The radio station, due to mountainous terrain in the area, had difficulty reaching certain communities. To solve this, they installed a series of relay towers. These towers would Re-transmit the signal to extend the broadcast area, ensuring every listener received clear audio. This strategy significantly improved the station's signal strength and listenership, particularly in challenging geographic locations.
• The network administrator configured the router to Re-transmit data packets if their acknowledgment was not received within a certain time frame. This mechanism helped to resolve data loss issues caused by intermittent network congestion. With this feature enabled, communication reliability increased as the router would resend dropped data.
• During a live television broadcast, the satellite signal momentarily faltered. The station's engineers quickly rerouted the signal to Re-transmit the unaffected feed from a backup server to viewers, avoiding a disruption in the broadcast. The technical team responded to the signal loss quickly, allowing the program to be viewed without any noticeable disruption.
• After an initial data transfer failed, the program was setup to automatically Re-transmit the corrupted files again over the network to the target device. The second transmission was successful and saved time compared to manual troubleshooting. This system helped to improve the efficiency of the file transfer system
• In the case of a digital radio broadcast, the station's servers were configured to Re-transmit a cleaned-up signal that reduced static and enhanced audio quality compared to the original source, for listeners outside the broadcast area. This improved the listening experience for many.