<< Back

Plastic NFC Stickers with MIFARE DESFire EV3 4K Chip
(Product ID: 3830)

Plastic stickers with MIFARE DESFire EV3 2K chips are most commonly used for access control and other applications that require the use of NFC chips with high security levels.

They can be used on glass, wood, walls, or plastic surfaces.

The MIFARE DESFire® EV3 2K chip operates at a frequency of 13.56 MHz, supports the RFID/NFC protocol ISO/IEC 14443-4A/B, has a 7-byte unique ID number (UID), and a storage capacity of 2 KB of data.

Our plastic stickers with MIFARE DESFire EV2 2K chip are waterproof, have a diameter of 38 mm, and are approximately 0.3 mm thick.

If you need NFC stickers with printing, please send us an inquiry.

We can also produce custom stickers in various sizes, materials, or with different RFID and NFC chips.

For an offer, contact us at info@rfidspecialist.eu or call +386 41 884 124.
If you are an integrator or reseller, we offer special discounts.
Price/item: 4,10 EUR (with vat 5,00 EUR)
Status: In stock
Dispatching time: 1-3 days

Chip:

Size:

Product ID: 3830

Quantity:

You can order from 1 piece onwards. Enter the desired quantity, and the price for the selected quantity will be displayed.
Total:
409,60 EUR

Total with vat:
499,71 EUR
Add to cart
Do you need print or other specific requirements?
Send inquiry

QUANTITY DISCOUNT

Quantity Price/pcs
≥ 1 4,63 EUR
≥ 10 4,49 EUR
≥ 25 4,36 EUR
≥ 50 4,23 EUR
≥ 100 4,10 EUR
≥ 200 3,96 EUR
≥ 300 3,83 EUR
≥ 500 3,70 EUR
≥ 1000 3,57 EUR
≥ 2000 3,44 EUR

INFO

MIFARE® DESFire EV3 chips are manufactured by NXP Semiconductors and are the most popular type 4 NFC chips for applications requiring the highest level of security. These chips are also suitable for most applications that use older generation of Desfire chips, such as EV1 and EV2 type chips.

They operate at a frequency of 13.56 MHz and are compatible with the RFID ISO/IEC 14443-4A/B and ISO/IEC 7816 standards. The chip contains a 7-byte long unique ID number (UID) and 2 kilobytes of memory. There are Desfire EV3 chips with bigger memory size (4kB or 8 kB) and these chips are available by request.

The security of the MIFARE DESFire EV3 chip is ensured by multiple hardware and software cryptographic mechanisms (DES and AES). The data retention period for these chips is 25 years.

MIFARE DESFire EV3 chips are typically used for NFC applications that require the highest level of security: access control, public transportation, cashless vending, etc.

Our plastic stickers with MIFARE DESFire EV3 2K chip have a memory capacity of 2 KB, are waterproof, have a diameter of 38 mm, and are approximately 0.3 mm thick. The stickers are white, without numbers or other printed elements.

The top layer is made of white plastic material (PET), the middle layer contains the chip, and the bottom layer is adhesive.

They can be used on glass, wood, walls, or other plastic materials. However, they are not suitable for use on metallic materials such as metal door frames, promotional boards, electronic equipment with metal housings, etc.

Technical Specifications for MIFARE DESFire EV3 2K Stickers

Manufacturer: NXP Semiconductors
Chip: MIFARE DESFire EV3
ISO/IEC Standards: 14443-4A/B and ISO/IEC 7816
Memory Size: 2 KB of data
Security: DES and AES hardware cryptographic mechanism for secure transactions, 7-byte pre-programmed unique chip ID number
Operating Frequency: 13.56 MHz
Reading Distance: typically up to 5 cm
Sticker Diameter: 38 mm
Thickness: approx. 0.3 mm
Material: plastic (PET)
Printing Options: custom DESFire stickers are available upon request

These NFC stickers are not suitable for use on metallic materials.

If you need larger quantities send an email to info@rfidspecialist.eu or call +386 41 884 124 and we will be happy to help you.

If you are an integrator or reseller, we offer special discounts.


MIFARE®, MIFARE CLASSIC®, DESFire®, ICODE® are registered trademarks owned by NXP B.V. Between NXP B.V. and Mave d.o.o. there is no connection.

Related products

For better performance this website uses cookies! Do you want to learn more?
Do you allow storing cookies on your computer for this purpose?