Printer Models Compatible with RFID Labels
Our RFID labels are tested and proven to work with the following printer models:
- Zebra R110xi
- Zebra R110xi4
- Zebra R170xi
- Zebra ZT410
- Zebra ZT420
What is RFID?
RFID stands for Radio Frequency Identification. It is an automatic identification technology that stores and retrieves data remotely using radio waves. Unlike barcodes, where the data must be visible to a scanner, RFID inlays can transmit information without line-of-sight, even when hidden under a label’s facestock.
How Does RFID Work?
An RFID system consists of two main components:
- RFID Inlay (chip + antenna): Transmits data via radio waves.
- RFID Reader: Sends signals to the inlay’s antenna, interprets the data, and processes it.
The communication between the inlay and reader enables remote tracking and identification.
What is an RFID Label?
An RFID label combines two functionalities:
- A printable surface for visual information.
- An embedded RFID inlay for transmitting data.
RFID labels can be attached to packages, products, or assets, offering both physical labeling and digital tracking.
Components of an RFID Label
An RFID label is made up of the following parts:
- RFID Inlay: The core technology, consisting of a microchip and antenna.
- Antenna: Facilitates communication between the inlay and the reader.
- Facesheet: The visible, printable surface of the label.
- Adhesive: Ensures the label sticks to a surface.
- Liner: Protects the adhesive before application.
How Are RFID Labels Encoded and Read?
RFID labels are programmed using:
- RFID-enabled printers (e.g., Zebra ZT410, ZT420).
- RFID encoders or printer attachments.
To read RFID labels:
- An RFID reader emits radio signals.
- The antenna in the RFID inlay picks up the signal, powers the chip, and transmits data back to the reader.
- The reader converts the data and sends it to a connected computer for processing.
What is Passive RFID?
Passive RFID tags do not have a battery. They are powered by the energy from the RFID reader’s radio waves, which activate the tag and allow it to transmit data.
Advantages of Passive RFID:
- Cost-effective and widely used.
- Ideal for inventory, logistics, and asset tracking.
What Does UHF Mean?
UHF stands for Ultra High Frequency. It refers to the frequency range at which the RFID system operates, typically between 860–960 MHz.
Benefits of UHF RFID:
- Longer Read Range: Up to 10 meters (33 feet), depending on the tag and reader.
- Faster Data Transmission: Ideal for applications requiring rapid scanning, such as warehousing and logistics.
What is EPC?
EPC stands for Electronic Product Code. It is a unique identifier assigned to an individual object, making it ideal for tracking and distinguishing identical items.
UPC vs. EPC: Key Differences
- UPC (Universal Product Code): Identifies product categories and is typically used in retail (e.g., barcodes).
- EPC (Electronic Product Code): Tracks and identifies individual items through RFID technology.
RFID Labels vs. Barcodes: Key Differences
Conclusion: RFID labels offer more flexibility, speed, and specificity, making them ideal for applications requiring advanced tracking and real-time visibility.
