Types of Transceivers
Some of the types of Transceivers are as follows:
- RF Transceivers
- Fiber Optic Transceiver
- Ethernet Transceivers
- Wireless Transceivers
RF Transceivers (Radio Frequency)
A device known as a radio frequency (RF) transceiver can transmit and receive radio signals. A radio frequency (RF) transceiver combines the capabilities of a transmitter and a receiver into a single device. Common devices containing RF transceivers include citizens’ band radios, walkie-talkies, cordless phones, cellphones, and computers capable of using a wireless network
Fiber Optic Transceiver
Common other names for this product include optics module, optical module, and fiber optical transceiver. Fiber optic technology is used for data transmission in this gadget. Here, light sources like VSCELs, DFB lasers, and FPs can be used to send data.
Ethernet Transceivers
To send and receive data through a network, electrical gadgets and computers can be linked with the help of an Ethernet transceiver. Ethernet transceivers can also be called MAUs (media access units). Collision detection, digital data conversion, Ethernet interface processing, and network access are some of the primary roles of this transceiver.
Wireless Transceivers
The physical layer and the media access control layer are the two main functional layers of wireless transceivers. An RF front end and baseband processor make up the physical layer; the latter converts a bitstream into a sequence of symbols for transmission.
Transceivers
Transceivers are mechanical devices that combine a radio transmitter and a radio receiver. It can both transmit and receive radio waves for communication purposes. The transceiver is part of the network input card in a local area network. It can both send and receive messages over the network wire. But some types of networks need a receiver that is outside the network. The transceiver is built into mobile devices that use wireless transmission, such as smartphones and cell phones. It is a combination of transmitter and receiver in a single term. It can do both, transmit and receive radio waves for communication purpose , with the help of an antenna.
Table of Content
- Working
- Transceiver Connection
- Structure and Design
- Types
- Transceiver Vs Transmitter
- Importance
- Applications