
The distance between two repeater stations is usually 20 to 60 miles. This way string of repeater stations relay signals to

In microwave relay stations, one repeater pickes the signal at one frequency, amplifies it and retransmits it on another frequency They are very effective to increase the communication range of microwave link. This type of repeaters use sensitive receivers, high power transmitters and high mounted antennas. In microwave link, repeater is employed between transmitting station and receiving station.ĭepending upon distance between them, there may be one or multiple repeater stations in between. Satellite link, wlan network, lte network and so on. telephone line, fiber optic, microwave link, Let us understand repeater types based on technologies it can serve viz. This digipeater helps in pulse re-shaping, demodulation, decoding and re-synchronization at the receiver end. Digital Repeater or Digipeater: It can amplify the digital signal to compensate for losses over medium.ĭigital signal can be in any binary formats such as NRZ, RZ etc. It cosists of linear amplifier and filters. Usually trunking system employs FDM type of multiplexer which uses multiple analog signals in the form ofĬurrent or voltage whose amplitude gets attenuated over transmission medium. Analog Repeater: It can amplify the analog signal in order to boost its amplitude. Repeater types | WiFi, Microwave, Satellite, LTE and Opticalįollowing are the two main repeater types based on data type it can handle. satellite repeater, microwave repeater, wifi repeater, LTE repeater etc.). telephone line repeater, fiber optical cable repeater etc.)Īs well as wireless medium (e.g.

It mentions difference between repeater and amplifier.

Satellite repeater, LTE repeater and Optical repeater. It explains functions of WiFi repeater, Microwave repeater, This page describes repeater basics and repeater types. Repeater basics | Repeater types in WiFi, LTE, Satellite, Optical, Microwave
