RFID Tag | Poxo

RFID Tag Technology: Enabling Smart Identification & Tracking Unlocking the potential of wireless data transfer for seamless identification and tracking.

How RFID Technology Works RFID Tag (Transponder)

Antenna & Reader

Data Transmission

Database Analysis

Stores unique data

Tag sends data back to reader

Emits radio waves to activate tag

Real-time tracking, no line-of-sight

Types of RFID Tags and Systems Tag Types

Active: Battery-powered,

m+ range

Passive: Reader-powered, up to

m range

Semi-passive: Battery for circuitry, reader for comms

Frequency Bands LF (

HF (

UHF (

.

KHz)

MHz)

MHz+)

Microwave ( .

GHz)

Applications & Benefits of RFID in Smart Tracking Industry Versatility

Manufacturing, logistics, retail, healthcare, agriculture.

Enhanced Visibility

Asset tracking, theft prevention, personnel safety.

Accuracy Boost

Inventory accuracy from ~

% to

Automation & Efficiency

%.

Reduces human error, labour costs, supports Industry . .

Conclusion & Future Outlook RFID tag technology has seen growing adoption driven by the rise of the Internet of Things (IoT) and widespread digital

transformation initiatives. As businesses and organizations

continue to embrace smart, connected technologies, the demand for reliable identification and tracking solutions has increased significantly.

Looking ahead, the future of RFID technology holds exciting

possibilities. Integration with emerging technologies like artificial intelligence (AI) and blockchain can further enhance the security and reliability of RFID systems. AI-powered analytics can provide

deeper insights from RFID data, while blockchain can help ensure the integrity and traceability of RFID-enabled assets and transactions.

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