Radio-frequency identification (RFID) is a technology that uses communicating via radio waves to swap data between a reader and an electronic label attached to an item, for the purpose of tracking and identification. Some labels may be read from several meters away and beyond the line of sight of the reader. Mass reading's use enables a nearly parallel reading of tags.
Radio-frequency identification includes interrogators (also called readers), and tags (also referred to as labels).
Most RFID tags comprise at least two parts. The other is an antenna for transmitting and receiving the signal.
Fixed Mobile RFID and RFID: Depending on mobility, RFIDs are classified into two different types: fixed RFID and RFID that is mobile. If the reader reads labels in a standing location, it is called RFID that was fixed. On the other hand, if the reader or the label is cellular when the reader reads labels, it's named cellular RFID. Last, the RFID is classified into mobile RFID for the instance that both reader as well as the tag are mobile.
Radio-frequency identification includes interrogators (also called readers), and tags (also referred to as labels).
Most RFID tags comprise at least two parts. The other is an antenna for transmitting and receiving the signal.
Fixed Mobile RFID and RFID: Depending on mobility, RFIDs are classified into two different types: fixed RFID and RFID that is mobile. If the reader reads labels in a standing location, it is called RFID that was fixed. On the other hand, if the reader or the label is cellular when the reader reads labels, it's named cellular RFID. Last, the RFID is classified into mobile RFID for the instance that both reader as well as the tag are mobile.