Choose The Best Customized RFID Tags For Your Industry
                     CHOOSE THE BEST 
CUSTOMIZED RFID 
TAGS FOR YOUR 
INDUSTRY
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CONTENT
01 Introduction to RFID Technology
02 Understanding RFID Tags
03 Types Of RFID Tag
04 Industry-Specific RFID Requirements
05 Factors to Consider When Choosing RFID Tags
06 Our Happy Partners
07 Thank you
INTRODUCTION 
TO RFID 
Components of RFID 
TECHNOLOGY 01 RFID Tags: Technology
RFID tags are small, highly efficient devices that store 
RFID (Radio Frequency 
information in the form of electronic data. Each tag contains 
Identification) Technology is a 
a microchip and an antenna, allowing it to communicate 
wireless communication 
with readers via radio waves. 
system that uses 
02 RFID Readers:
electromagnetic fields to 
RFID readers are the gatekeepers of the RFID system. Their 
automatically identify and primary function is to send signals to RFID tags and retrieve 
track objects, animals, or the stored data. Readers come in various forms, depending 
people by attaching a small on the range and environment they’re intended to work in.
electronic device known as an 
03 Antenna:
RFID tag. These tags contain The RFID antenna is a crucial component of the system that 
unique identifying information enables communication between the tag and the reader. 
that can be read by RFID The antenna emits radio waves, which activate the RFID 
readers without requiring tags and transmit the collected data back to the reader.
direct line-of-sight or physical 04 Software:
contact. RFID software is the backbone that brings together all the 
hardware components—tags, readers, and antennas. 
UNDERSTANDING RFID TAGS
RFID tags are the core component of any RFID (Radio Frequency Identification) system. These 
tags store data that can be read by RFID readers using electromagnetic fields. Depending on 
the application, the tags vary in size, functionality, frequency, and range. Here's a 
breakdown of RFID tags and their characteristics
The operating frequency of an RFID tag determines its range, read speed, and ability to 
penetrate different materials. The three main frequency bands are:
• Low Frequency (LF) (30-300 kHz):
⚬ Range: Short, typically 10 cm or less.
⚬ Interference: Less prone to interference from metals and liquids.
⚬ Use Cases: Animal tracking, access control.
• High Frequency (HF) (13.56 MHz):
⚬ Range: Up to 1 meter.
⚬ Interference: Can still be affected by metal and liquid but is more versatile than LF.
⚬ Use Cases: Library book tracking, ticketing, and contactless payments (NFC is a subset 
of HF).
• Ultra-High Frequency (UHF) (300 MHz to 3 GHz):
⚬ Range: Up to 12 meters or more, with higher data transmission speeds.
⚬ Interference: More prone to interference from metals and liquids.
⚬ Use Cases: Supply chain management, inventory tracking, and toll collection.
TYPES OF RFID TAG
Active RFID Tags PaPsasisvseiv ReF RIDF ITDa gTasgs
• •Power Source: Equipped with an internal Power Source: Do not have an internal 
battery, allowing them to actively send signals battery; they are powered by the 
to a reader. electromagnetic field generated by the RFID 
• Range: Have a much longer range (up to reader.
•
hundreds of meters), making them suitable for Range: Typically have a shorter range (a few 
large-scale tracking. centimeters to a few meters).
• •Cost: More expensive than passive tags due to Cost: The most affordable type of RFID tags.
•
the battery and enhanced functionality. Use Cases: Ideal for applications such as 
• Use Cases: Commonly used in logistics, fleet retail inventory management, ticketing 
management, and asset tracking where long- systems, and identification cards.
range communication is needed. interactive campaigns that encourage customer 
participation.
INDUSTRY- Logistics & Supply Chain
SPECIFIC RFID Real-time tracking
warehouse automation
REQUIREMENT Asset Management
S
Healthcare:
Patient tracking 
medical equipment management
Local Businesses and Retailers:
Inventory management
anti-theft
Faster Checkout
INDUSTRY- Manufacturing
SPECIFIC RFID Process Automation
Quality Control
REQUIREMENT
S
Transportation
Toll Collection
Tyre Management
Tyre Identification
Vehicle Identification
Event Management
Attendee Tracking
Access Control
Cashless Transactions
INDUSTRY- Campus Management
SPECIFIC RFID Student Tracking
Access Control
REQUIREMENT Asset Management
S
Livestock Tracking
Health Monitoring
Animal Visual Identification
Traceability
Inventory Management
Laundry Automation
Item Tracking
Process Optimization
Inventory Management
FACTORS TO CONSIDER WHEN CHOOSING 
RFID TAGS
Application Environment
• Is the RFID tag being used indoors or outdoors?
• Consider exposure to harsh conditions like moisture, temperature, or chemicals.
• Example: Durable, weather-resistant tags for outdoor applications like logistics.
Tag Size and Form Factor
• Choose a tag size suitable for the object being tagged.
• Smaller tags for retail items, larger or rugged tags for industrial equipment.
• Consider the shape (e.g., labels, hard tags, inlays) based on the object’s surface.
Frequency and Range
• Low Frequency (LF): Short-range (up to 10 cm), suitable for access control.
• High Frequency (HF): Medium-range (up to 1 meter), good for NFC/contactless 
payments.
• Ultra High Frequency (UHF): Long-range (up to 12 meters), ideal for supply chain 
management.
FACTORS TO CONSIDER WHEN CHOOSING 
RFID TAGS
Read Range Requiremens
• Passive RFID tags offer shorter ranges and are suitable for high-volume, close-
proximity tracking.
• Active or semi-passive tags provide longer read ranges, used for large-scale asset 
tracking.
Data Storage Needs
• Consider the amount of data that needs to be stored and transmitted by the tag.
• Tags can store basic ID information or more complex data (e.g., sensor readings).
Cost Considerations
• Passive RFID tags are typically cheaper and ideal for high-volume, low-cost 
applications.
• Active RFID tags are more expensive but are necessary for long-range or battery-
powered applications.
• Compliance with regulations in your region or industry (e.g., healthcare, aviation) is 
critical.
OUR HAPPY 
PARTNERS
OUR HAPPY 
PARTNERS
THANK YOU
FOR YOUR ATTENTION
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