Smartrac MiniTrack NFC Wet Inlay (NXP MIFARE Ultralight eV1 48B (17 pF))

Smartrac MiniTrack NFC Wet Inlay (NXP MIFARE Ultralight eV1 48B (17 pF)) (STR102)

Brand : SMARTRAC
Price : $0.89  + VAT

The Smartrac MiniTrack NFC Wet Inlay (NXP MIFARE Ultralight eV1 48B (17 pF)) operates at a base transmission frequency of 13.56 MHz as part of Near Field Communication (NFC), a subset of Radio Frequency Identification (RFID) technology, providing secure data transmission at a distance of approximately 10 centimeters. Its attachment method is RA-4 adhesive.

Smartrac StingRay NFC/HF RFID Wet Inlay (NXP ICODE SLIX2)

Near Field Communication (NFC) is a short-range wireless communication standard that enables contactless communication and data exchange between compatible devices at close distances. NFC, a subset of Radio Frequency Identification (RFID) technology, operates at a fundamental transmission frequency of 13.56 MHz and provides secure data transmission at approximately 10 centimeters.

Datasheet   Document

Product Features

Electrical Properties
Access Mode ISO 14443A
Operating Frequency 13.56 MHz
Integrated Circuit Type NXP MIFARE Ultralight eV1 48B (17 pF)
Memory 48 bytes
Max. Reading Distance 100 mm
Applicable Surfaces Plastic, cardboard, glass
Mechanical Properties
Label Raw Material Wet Filling
Label Material Printable PET
Connection Method RA-4 Adhesive
Dimensions 18 x 36 mm
Weight 1 g
Environmental Conditions
Operating Temperature -25° to +70°C

Blog Post

All You Need to Know About NFC Tags

What is NFC?
Near Field Communication (NFC) is a short-range wireless technology that enables data exchange between devices in close proximity. It's widely used in contactless payments, public transport, and access control.

What is an NFC Tag?
An NFC tag is a small device with a microchip and antenna that stores and transmits data when near an NFC-enabled device like a smartphone. Tags come in various forms — stickers, wristbands, cards — and can be programmed with information such as URLs, contact details, or product data.

How Does It Work?
NFC tags are powered by the electromagnetic field of a nearby device. Once activated, they send stored data back to the device, which can then trigger actions like opening a website or saving a contact.

Applications

Marketing: Direct users to websites or promotional content.

Access Control: Secure entry to buildings or restricted areas.

Transport Ticketing: Enable contactless fare payments.

Healthcare: Track patient data and medication schedules.

Summary
NFC tags are becoming increasingly valuable across industries. As technology advances, their innovative applications will continue to grow.

Labels: nfc tag, nfc card, digital business card, 13.56 MHz card, ntag213, ntag215, ntag216

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