Miniature HF RFID Tag — 5.0 x 5.0 x 0.6 mm

This ultra-compact HF RFID tag (5.0 x 5.0 x 0.6 mm) features a built-in antenna with >5 mm read range and exceptional thermal resistance—150°C sustained, 350°C instantaneous peak—making it ideal for embedding into small devices, fiber optic connectors, and injection-molded components. Available with NXP NTAG213, NTAG424 DNA, FM11NT041, ICODE series, and ST25 series chips, supporting ISO 14443A, NFC Forum, and ISO 15693 protocols.

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Key Features

  •  Size:  5.0 x 5.0 x 0.6 mm — integrated antenna, no external antenna needed

  •  Read Range:  > 5 mm with standard NFC/HF reader

  •  Chip Options:  NTAG213, NTAG424 DNA, FM11NT041, ICODE (SLIX/SLIX2/SLIX3), ST25 (TV/TA series)

  •  Protocols:  ISO 14443A, NFC Forum, ISO 15693 (chip-dependent)

  •  Operating Temp.:  -40°C to +85°C

  •  Peak Temp. Resistance:  150°C sustained, 350°C instantaneous — suitable for injection molding

  •  Integration:  Adhesive bonding or secondary injection molding (overmolding)

Technical Specifications

Parameter

Description

Remarks

Tag Type

Miniature HF RFID Tag (PCB/ceramic substrate)

Dimensions

5.0 x 5.0 x 0.6 mm

Antenna

Built-in (integrated)

No external antenna required

Frequency

13.56 MHz

HF Band

Read Range

> 5 mm

Standard NFC/HF reader

Protocols

ISO 14443A, NFC, ISO 15693

Chip-dependent

Operating Temp.

-40°C to +85°C

Env. Temp. Resistance

150°C sustained / 350°C peak

Overmolding compatible

Mounting

Adhesive bonding or overmolding

Compliance

RoHS, REACH

 

Chip Options

Chip

Mfr

Protocol

Memory

Highlights

NTAG213

NXP

ISO 14443A / NFC Type 2

144 bytes

General NFC, smart posters, product info

NTAG424 DNA

NXP

ISO 14443A / NFC Type 4

416 bytes

AES-128 crypto + SUN auth; anti-counterfeiting

FM11NT041

Fudan Micro

ISO 14443A / NFC Type 2

144 bytes

Cost-effective NTAG213 alternative

ICODE SLIX/SLIX2/SLIX3

NXP

ISO 15693 / NFC Type 5

Up to 2,560 bits

Long range (1.5 m); library, industrial asset

ST25TV / ST25TA

ST

ISO 15693 / NFC Type 5

Up to 4 Kbit

60 yr retention; tamper detection; energy harvesting

 

Application Scenarios

  •  Fiber Optic Terminals —  Touchless port identification and automated network documentation in data centers and telecom.

  •  Small Appliances & Electronics —  Embedded identification for earbuds, smart pens, wearables, and USB accessories.

  •  Medical Devices —  Surgical tool tracking, single-use device authentication; survives autoclave sterilization.

  •  Injection-Molded Parts —  Overmolded into power tools, automotive connectors, and industrial components for permanent digital identity.

  •  Anti-Counterfeiting —  NTAG424 DNA with AES-128 encryption provides cryptographic proof of authenticity for luxury goods and pharma.

  •  Industrial Asset Management —  Miniature size enables tagging of small tools, jigs, fixtures, and molds. ISO 15693 supports longer read range.

Integration Methods

  •  Adhesive Bonding:  Epoxy or cyanoacrylate adhesive direct bonding to metal, plastic, ceramic, or glass surfaces.

  •  Overmolding:  Place into mold cavity and encapsulate with thermoplastic (ABS, PA, PP, PC). Position 1–2 mm below surface for optimal RF performance.

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