Product Details

In today’s market, RFID labels and smart cards are no longer used only for identification. They are increasingly expected to support anti-counterfeiting, traceability, access control, asset management, authentication, and product lifecycle management.

A truly valuable RFID solution must not only deliver stable reading performance, but also provide the right balance between security, compatibility, and deployment efficiency.

Built around these requirements, FM13HS01 and FM13HS02 are two representative high-frequency RFID security chips designed for professional applications. Both chips comply with the ISO/IEC 15693 standard and operate at 13.56MHz, offering excellent RF performance and compatibility. They can be manufactured into labels, smart cards, embedded packaging tags, and various customized RFID products.

For customers requiring scalable card or label issuance with enhanced security and authentication capabilities, these two chips provide flexible solutions ranging from practical security to advanced anti-cloning protection.

1. Dynamic URL Chips (FM13HS01) — The Most Practical Entry-Level NFC Security Solution

Many brands want stronger anti-counterfeit protection, but they also care about:

• ●Easy consumer interaction

• ●Fast deployment

• ●Low development cost

• ●No app download requirement

This is exactly where Dynamic URL NFC chips become highly attractive.

What Is a Dynamic URL Chip?

A Dynamic URL chip generates encrypted authentication links dynamically.

When consumers tap the product with their smartphone:

• ●The authentication page opens automatically

• ●Product authenticity is verified instantly

• ●Consumers can be redirected to the brand website, campaigns, or membership pages

No app installation required.
No complicated process.
Simple “Tap & Verify” interaction.

Compared with traditional QR codes:

For brands, this creates a much more premium customer experience.

Best Applications for Dynamic URL Chips

We commonly manufacture Dynamic URL NFC labels and cards for:

• ●Wine & spirits packaging

• ●Tea packaging

• ●Cosmetic products

• ●Premium gift boxes

• ●Membership cards

• ●Collectible cards

• ●Smart hang tags

• ●Warranty cards

• ●Anti-channel diversion labels

This solution is especially suitable for brands that want:

Fast deployment + improved product value

without building complicated authentication systems.

2. PUF Fingerprint Chips (FM13HS02) — The Highest Level of Anti-Cloning Technology

For brands demanding the highest possible security level, PUF chips represent the next generation of authentication technology.

What Is a PUF Chip?

PUF stands for:

Physically Unclonable Function

Every chip develops microscopic physical variations during manufacturing.

These variations act like:

A human fingerprint

No two chips are identical.

Even the manufacturer cannot reproduce the exact same physical fingerprint.

This means:

• ●Impossible to duplicate physically

• ●Impossible to fully clone

• ●Impossible to recreate using copied data alone

The chip itself becomes the identity.

Why Are PUF Chips Considered Ultra-Secure?

Traditional security chips rely mainly on algorithms.

PUF chips combine:

• ●Cryptographic algorithms

• ●Physical fingerprint authentication

Even if attackers understand the encryption system, they still cannot duplicate the physical chip identity.

This makes PUF chips extremely suitable for:

• ●High-value collectibles

• ●Luxury authentication cards

• ●NFT-linked physical products

• ●Official authentication certificates

• ●Limited edition merchandise

• ●Sports cards

• ●Premium IP collectibles

• ●Art ownership certificates

3.How to Choose Between FM13HS01 and FM13HS02

FM13HS01 is ideal for customers who prioritize:

• ●Cost efficiency

• ●Stable RFID performance

• ●Practical anti-counterfeiting

• ●Easy deployment

• ●Standard authentication applications

FM13HS02 is better suited for customers who require:

• ●Higher security levels

• ●Anti-cloning protection

• ●Unique chip-level identity

• ●Advanced authentication systems

• ●Protection for high-value products and brands

Rather than replacing one another, these two chips address different levels of security requirements.

FM13HS01 focuses on practicality and deployment efficiency.

FM13HS02 focuses on stronger authentication and hardware-level anti-counterfeiting protection.

If you are looking for a high-frequency security chip solution that offers reliable long-term supply, custom manufacturing, and is well-suited for labels and cards, both chips deserve serious consideration. Feel free to contact us anytime for customized solutions and OEM/ODM production support.