We all have the experience to visit shopping mall and supermarket to purchase various types of goods. This is the most popular way to buy essential products like cloths, household and groceries etc. Why not ? Because it’s bring us the all necessary items at. Ace where we can choose from. But In this vast of facilities we feel so bored while the cashier scan the barcode or QR code one by one to calculate the grand total. As per marketing theory the babies are looking for chocolate and snacks in this scanning time and add extra expenses on third cash memo. This the time most of the customer doesn’t want to spend for nothing.
How it would be if all the goods are calculated at a time without spending any more time? Yeah!! that’s possible with RFID (Radio frequency identification) technology.
Radio frequency identification
(RFID) is a technology where the smart label or RFID tags store the digital
data enclosed it and can be read via radio wave. It’s detect the goods
from any dimensions without place the code like barcode or QR code.
RFID belongs to a group of technologies referred to as Automatic Identification
and Data Capture (AIDC). AIDC methods automatically identify objects, collect
data about them, and enter the data directly into computer systems with little
or no human intervention. RFID methods utilize radio waves to accomplish this.
At a simple level, RFID systems consist of three components: an RFID tag or
smart label, an RFID reader, and an antenna.
RFID tags contain an integrated circuit and an antenna, which are used to
transmit data to the RFID reader (also called an interrogator).
The reader then converts the radio waves to a more usable form of data.
Information collected from the tags is then transferred through a
communications interface to a host computer system where the data can be stored
in a database and analyzed later.
Before diving deep into the working of RFID, let’s explore the different
components that it comprises.
1. RFID tag
2. RFID reader
Describe about RFID Tag
An RFID tag consists of an embedded transmitter and a receiver. RFID component
comprises two parts:
1. Integrated circuit: It’s used for storing and
processing the information.
2. Antenna: It’s used to transmit and receive
signals.
RFID tags also have non-volatile memory storage, which includes either
programmable or fixed logic for sensor data and transmission.
Tags can becategorized as:
1. Passive: This tag remains dormant since it has
no battery. It uses the reader’s signal energy to turn on the tag along with
reflecting a signal back to the reader that carries the information.
2. Active: Active RFID tags have a battery in it
that transmits signals periodically. These tags have a range of up to 100
meters due to the presence of a battery. Due to this, active tags are useful in
location tracking applications.
3. Battery-assisted passive: These tags do
contain a battery, but it doesn’t transmit signals periodically like that of
active RFID tags.
The battery is used to turn the tag when it receives a signal, which enables
all the energy from the reader’s signal to reflect
This is very advanced technology that can be used in various industries to track down easily any goods or item. Here are a discussed about a few industry for and it’s advantage.
· Livestock tracking
· Exact food for exact animal
· Routine health check-up
· Measuring annual growth
· Production management
· Shipment chain
· Warehouse store
· Retail business
· Guarantee and warranty validation
· Amount of books contain in the liberty
· Track the lost book in the library building
· Book rent ledger
· Amount of jewelry and it’s marker value.
· Find specific design on shelf
· Their protection
· Easy to find customers price range at a time.
· Find out the manufacturer and it’s receiver destination
· The desired good is correct or wrong?
· The goods correct warehouse before shipment.
· The correct ship for shipment.