It does not work as an individual device, but it is connected to a network device that is compatible with it. We work on a local area network and transmit and receive the signals, which travel through a cable. We can be fixed in a network device or a network card or connected externally, available in the form of a module or a chip. Chip types are connected inside the device or connected directly to the circuit board by using wires. On the other hand, module types are connected just like separate devices to the system, and we work as separate devices too.
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Types and uses of transceivers:
This device is basically used in wireless network devices such as cell phones, cordless phones and radios. The main function of different types of transceivers is the same, but we are different in some characteristics. Here are the types, along with their uses, discussed below.
RF Transceivers:
These are the modules of transceivers that transmit as well as receive signals. These are most common and usually are used in wireless devices such as cellular phones and cordless telephones. We use a power amplifier and a low noise amplifier at the same time. There is a baseband modem that includes different analog and digital chips. We transmit signals in the form of voice or video by converting intermediate frequency into radio frequency. These are also used in satellite transmission such as television transmission, radio transmission and in ITE networks.
Fiber Optic Transceivers:
Fiber optic or fiber optical transceivers, optics or optical modules are the names of the same device. This device used fiber optic technology to transmit data. In optical network devices, including electric components, these are crucial to encode or decode data into light signals. Then, through another end, these light signals are converted into light signals. You can also transmit data in the form of light signals instead of converting it into electric signals by using a source of light such as a laser, VSCEL, FP, DFB etc.
Ethernet Transceivers:
We work within electronic devices or computer systems by connecting them to the network to send and receive messages. These are also known as MAU or media access units. We specifically used IEEE 802.3 and Ethernet. The main function of Ethernet transceivers in the ISO network model is the detection of a collision, conversion of digital signals, processing of Ethernet interface, and working as a network provider, where Ethernet is the component of the physical layer.
Wireless Transceivers:
It is a crucial part of a wireless connection, and we can determine its quality by observing its efficient delivery of data signals in a wireless connection system. It works within the combination of two functional layers, a physical one and a media access control layer. The physical layer consists of front-end RF and a baseband processor to convert bitstream to a collection of signal flow to transmit the data signals. The media access control layer provides link traffic control to the transmitter to connect the wireless links, avoid collision and transmit data smoothly.
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