Fiber Optic.
A transmitter sends data to a satellite, typically using radio waves. The data is transmitted from a ground station, a vehicle, or a mobile device to the satellite, which then relays the information to other satellites or back down to Earth.
Binary Data is transmitted on Data Buses.
A satellite takes a picture by capturing light reflecting off Earth's surface with its onboard camera(s). The satellite's imaging system converts the light into digital data that is transmitted back to Earth for processing and analysis.
Satellite pictures of Earth and other planets are captured by cameras or sensors onboard spacecraft and satellites in orbit. These images are then transmitted back to Earth using radio waves or other communication methods. Data is received by ground stations that can decode and process the information to create the images we see.
A 512kbps internet speed is faster than a 256kbps internet speed. The "kbps" unit stands for kilobits per second, indicating the rate at which data is transmitted. Therefore, with a 512kbps speed, data is transmitted at twice the rate compared to a 256kbps speed, resulting in faster browsing and download speeds.
Fibreoptic networking is networks wired up with fiberoptic cables firberoptics use light to transmit data
Satellite systems can be used to transmit audio data
Satellite systems can be used to transmit video data
Fibreoptic networking is networks wired up with fiberoptic cables firberoptics use light to transmit data
Ship speed is transmitted to remote display by feeding outputs from the speed log to various navigation devices as well as shipboard computer system.
Data transmitted over the Internet is broken into Packets when transmitted over the Internet or other network.
The larger file was more compressible (it had lots of redundant data that didn't need to be transmitted to be recreated).