MIFARE S50 RFID Inlayat a Glance

A MIFARE S50 RFID inlay is a 13.56MHz HF RFID inlay designed for integration into labels, cards, badges, tags and other identification products. Based on the MIFARE Classic 1K/S50 platform, it provides contactless identification and data storage for applications such as access control, inventory management, library management, product authentication and loyalty programs.

Kaisere supplies customized RFID inlays for B2B projects, with options for antenna dimensions, inlay size, surface materials, adhesive construction, printing, encoding and packaging.

Key specifications:

For new projects, chip selection should be evaluated against the customer's existing reader, system requirements and required security level.

What Is a MIFARE S50 RFID Inlay?

A MIFARE S50 RFID inlay combines an RFID IC and antenna into a compact contactless RFID component that can be converted into labels, cards, badges, tags and other finished products.

The inlay communicates with compatible RFID readers through a 13.56MHz contactless interface. Its compact format makes it suitable for projects where the RFID component needs to be integrated into another product rather than supplied as a finished RFID card or tag.

For procurement projects, the final RFID performance depends on factors such as antenna design, inlay dimensions, reader configuration, surrounding materials and installation conditions.

MIFARE S50 RFID Inlay Specifications

The MIFARE S50 platform is commonly associated with the MIFARE Classic 1K family. For projects using an NXP MIFARE Classic EV1 1K IC, the published interface is ISO/IEC 14443 Type A at 13.56MHz, with 1KB EEPROM organized into 16 sectors.

Technical Specification

How Does a MIFARE S50 Inlay Work?

A typical RFID system includes three main elements:

RFID Reader → Antenna / RF Field → MIFARE S50 Inlay

When the inlay enters the reader's RF field, the RFID IC receives energy through the antenna and communicates wirelessly with the reader.

For procurement projects, antenna geometry and inlay dimensions are particularly important because they affect RF performance and integration into the final product.

Customers can provide their existing reader model, card/tag specification or application requirements for sample evaluation before mass production.

Dry vs. Wet MIFARE S50 RFID Inlay

MIFARE S50 inlays can be supplied in different constructions depending on how they will be integrated into the final product.

For adhesive label projects, the wet/adhesive construction can simplify application to the target surface. For card manufacturing or further converting, a dry inlay or other customized structure may be more appropriate.

Customize Your MIFARE S50 RFID Inlay

Different RFID projects require different antenna dimensions, materials and integration methods. Kaisere can support customized inlay configurations according to project requirements.

Custom Antenna

Antenna dimensions and geometry can be customized according to the required inlay size and RFID application.

Custom Size

Specify the required length, width and overall construction of the inlay or finished label.

Custom Materials

Available surface materials can include paper, PVC, PET and other qualified materials depending on the application.

Adhesive Options

Adhesive construction can be selected according to the target surface and application method.

Printing

Custom printing can be considered for logos, artwork, identification information and variable data.

Encoding

Encoding requirements can be discussed according to the customer's data format, system and production process.

Packaging

Products can be supplied in roll, sheet or other packaging formats according to production and application requirements.

MIFARE S50 RFID Inlay Applications

Access Control

MIFARE S50 inlays can be integrated into access cards, badges, key fobs and other identification products for compatible access control systems.

For an access control project, the reader model and existing card technology should be confirmed before mass production.

Inventory Management

RFID inlays can be integrated into labels and identification products for item-level identification, inventory tracking and asset management.

Customized antenna dimensions and label structures can be selected according to the target item and reading environment.

Library Management

MIFARE RFID technology can be integrated into library cards, identification products and other RFID-enabled items to support automated identification and circulation workflows.

Product Authentication & Anti-Counterfeiting

RFID inlays can provide a machine-readable identity that can be integrated into product labels, packaging or authentication systems.

For security-sensitive authentication projects, the appropriate MIFARE product family should be selected according to the required security architecture.

Loyalty Programs

MIFARE-based RFID products can be integrated into loyalty cards, membership products and customer identification systems where compatible readers and system infrastructure are used.

Is MIFARE S50 Suitable for Your RFID Project?

Before ordering, buyers should confirm five key factors:

1. Existing Reader

Provide the reader manufacturer and model whenever possible.

2. Chip Requirement

Confirm whether the project requires MIFARE S50, MIFARE Classic 1K or another MIFARE product.

3. Inlay Dimensions

Specify the required antenna and inlay dimensions.

4. Final Application

Explain whether the inlay will be used for access control, inventory, library management, authentication, loyalty or another application.

5. Testing Requirement

For new projects, sample testing with the customer's actual reader and application environment is recommended before mass production.

MIFARE S50 Compatibility & Sample Testing

RFID performance cannot be determined by the chip alone.

The final result can be affected by:

·Antenna geometry

·Inlay dimensions

·Reader model

·Reader antenna

·Reader output configuration

·Product material

·Mounting position

·Nearby metal or other RF-sensitive materials

·Operating environment

For this reason, Kaisere recommends sample evaluation before large-volume production when compatibility is critical.

Send us your reader model, existing RFID sample or technical specification, and our team can review the project requirements before quotation.

RFID Inlay Quality Control

Stable RFID performance requires control throughout the manufacturing process.

Incoming Material Inspection

Chip, antenna, substrate and other production materials are checked according to the applicable production specification.

Chip & Antenna Verification

The RFID IC and antenna assembly are checked during production to help maintain consistency.

RF Performance Testing

RF performance can be evaluated according to the agreed product specification and test requirements.

Encoding Verification

For encoded products, data format and verification requirements are confirmed before production.

Final Inspection

Finished inlays and labels are checked for appearance, quantity, packaging and other agreed requirements.

Sample Approval

For customized projects, pre-production samples can be evaluated before mass production where applicable.

MIFARE S50 RFID Inlay Manufacturing Capability

Kaisere Technology supports B2B RFID manufacturing projects from customized product development through mass production and export.

10,000㎡ Manufacturing Facility

Our manufacturing operations cover RFID cards, labels, tags, inlays and other RFID products.

Established in 2003

With more than two decades of manufacturing and export experience, Kaisere supports international B2B RFID projects.

12 Million+ RFID Products per Month

Our production capability exceeds 12 million RFID products per month across multiple production lines.

Customized Production

Projects can be developed around customer requirements for chip, antenna, size, material, printing, encoding and packaging.

Global B2B Supply

Kaisere has export experience serving customers in more than 100 countries.

Certifications & Quality Documentation

For international RFID procurement, documentation should match the actual product and project requirements.

Depending on the project, relevant documentation may include:

·Material specifications

·RFID performance test reports

·RoHS documentation where applicable

·REACH documentation where applicable

·Quality management documentation

·Customer-specific inspection requirements

·Product or material compliance documentation

Required documents should be confirmed during the RFQ stage so that applicable testing and documentation can be prepared before production.

Packaging & Global Shipping

MIFARE S50 inlays can be prepared in packaging formats according to the customer's production and converting requirements.

Possible formats include:

·Roll packaging

·Sheet packaging

·Customized quantity per roll

·Export cartons

·Project-specific packaging

For international orders, shipping arrangements and documentation can be coordinated according to the destination, order quantity and agreed delivery terms.

Kaisere's export experience supports B2B RFID shipments to customers in global markets.

What Information Is Needed for an MIFARE S50 RFID Inlay Quote?

To provide an accurate quotation, please send as much of the following information as possible:

1. Required chip

2. Inlay size

3. Antenna dimensions

4. Label size

5. Face material

6. Adhesive requirement

7. Printing requirement

8. Encoding requirement

9. Quantity

10. Existing RFID reader model

11. Application

12. Destination country

13. Required delivery date

14. Packaging requirement

Not sure about the specification? Send us your existing RFID tag, card, reader model or project requirements. Our team can help identify the information required for an accurate RFQ.

Why Source MIFARE S50 RFID Inlays from Kaisere?

For B2B buyers, choosing an RFID supplier involves more than comparing unit price.

Kaisere provides:

Manufacturing Capability
10,000㎡ manufacturing facility with multiple production lines.

Production Capacity
More than 12 million RFID products per month.

Customization
Customized antenna, size, material, adhesive, printing, encoding and packaging options.

Quality Control
Defined production and inspection procedures for customized RFID products.

Export Experience
More than 20 years of international manufacturing and export experience.

Global Supply
B2B RFID products supplied to customers in more than 100 countries.

Project Support
Technical specification review, sample testing and RFQ support for customized projects.

MIFARE S50 RFID Inlay FAQ

Q1: What is a MIFARE S50 RFID inlay?

A MIFARE S50 RFID inlay is a 13.56MHz HF RFID component based on the MIFARE S50 / MIFARE Classic 1K platform. It combines an RFID IC and antenna and can be integrated into labels, cards, badges and other products.

Q2: What frequency does MIFARE S50 use?

MIFARE S50 operates at 13.56MHz using the MIFARE contactless interface.

Q3: Is MIFARE S50 compatible with ISO14443A?

MIFARE Classic products use the ISO/IEC 14443 Type A interface. Compatibility with a specific reader should still be verified against the reader model and system configuration.

Q4: How much memory does MIFARE Classic 1K provide?

MIFARE Classic 1K provides 1KB of EEPROM organized into 16 sectors.

Q5: Can the MIFARE S50 antenna be customized?

Yes. Antenna dimensions and geometry can be customized according to the required inlay size and application.

Q6: Can MIFARE S50 inlays be supplied with adhesive?

Yes. Adhesive constructions can be considered for wet inlays and RFID label applications according to the required surface and application method.

Q7: Can you provide custom-sized MIFARE S50 inlays?

Yes. Inlay dimensions, antenna dimensions and label sizes can be customized according to project requirements.

Q8: Can MIFARE S50 inlays be encoded?

Encoding can be supported according to the project requirements, including agreed data formats and verification procedures.

Q9: What is the reading distance of a MIFARE S50 inlay?

Reading distance is application-dependent. It is affected by antenna design, inlay dimensions, reader configuration, mounting conditions and surrounding materials. Sample testing with the customer's actual reader is recommended for project validation.

Q10: Is MIFARE S50 suitable for high-security applications?

MIFARE Classic has established authentication and access-control capabilities, but it should not automatically be positioned as the preferred solution for every high-security application. For security-sensitive new designs, MIFARE Plus or MIFARE DESFire should be evaluated according to the required security architecture.

Q11: Can I test samples before placing a bulk order?

Sample testing can be arranged for customized projects where required. Buyers are encouraged to test samples with their actual RFID reader and application environment before mass production.

Q12: What information should I provide for an RFQ?

Provide the required chip, inlay size, antenna dimensions, material, adhesive, quantity, encoding requirements, application, reader model, packaging requirements and destination country.