Smart cards, also known as chip cards, are highly customizable and can be used to store a wide range of data. They are typically constructed with an IC chip embedded inside a plastic membership or ID card and can use direct insertion or short-range wireless communication technology (such as RFID and NFC) for their functions. Examples of custom NFC smart cards include payment cards that communicate directly with the terminal for making payments, security cards used for access control to restricted areas, and library cards with preloaded points that can be used to borrow library materials.
Moreover, a custom smart card can even be programmed to auto-top after reaching a certain threshold, allowing for multiple transactions in one go. This makes an NFC card extremely useful for streamlining processes and increasing efficiency in various industries.
In addition, NFC cards are also much more secure than previous non-smartcard options; digital data stored within the card is protected by several layers of encryption so it cannot be replicated or manipulated without proper authorization.
Overall, a smart card offers tremendous possibilities in terms of convenience, flexibility, and security. With their sophisticated features and custom design capabilities, they could prove invaluable in many sectors today.
Types of Smart Cards
There are several types of smart cards. They are classified according to the way of card reading and writing, chip type, and function. Including contactless smart cards and contact smart cards.
Contactless smart cards
Contactless smart cards are generally the same size as a credit card or other custom sizes. It is a contactless card with an embedded RFID transponder that uses radio frequency technology to interact with the reader. The RFID chip inside can store data and communicate with the terminal via NFC. Usually, it is used for recharge, ticket, access control, identity authentication, etc.
Contact smart card
As the most common smart card, the contact smart card contains a single embedded integrated circuit chip. The chip contains only memory or a microprocessor. In order to realize the transmission of commands and data, the contact card needs to be inserted into the smart card reader. There are a variety of contact smart cards to choose from, depending on the amount of data you need to store and the level of security you need. All of our custom contact smart cards are printed and manufactured according to ISO standards.
Donsense smart – Your One-Stop Solution For Quality Smart Cards
On the cutting edge of the tech world, custom smart cards have become increasingly popular. With NFC, RFID, and other technologies becoming more commonplace, custom smart cards are a great way to manage access control, store information, and even make payments securely.
At Donsense, we understand this need for convenience and security, which is why we provide customers with custom-printed smart cards suited to their unique needs. We offer leading card designs from companies such as NXP Mifare®, Infineon’s SCC Helium® platform, or Paxton’s NTAG 2+ that are custom-designed according to your specific requirements.
Our technology allows us to craft custom cards of any size, shape, or color with special features that can include holograms, magnetic stripes, or barcodes in order to create a product specifically tailored for you.
If you’re looking for the right custom-printed smart card solutions for your project, look no further Donsense. Contact us today and let us help you get the perfect card!
Get the Best Features From the Leading Smart Card Supplier
If you’re looking for a quality Smart Card with an eye-catching design, then we can help. Imagine what your business card could look like with full-color, double-sided print. You get all of this for the price, that’s right! Our Smart Cards come complete with great features such as Full Colour (CMYK), Double Sided Print; Your choice between Gloss or Matt Laminating.
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We’re passionate about providing our clients with not only great products but also amazing customer service. This means that we apply strategic and creative thinking to solve their problems by coming up with innovative solutions which work for them individually as well as aesthetically pleasing designs.
- Contactless smart card
|Low Frequency 125KHz|
|RFID IC||IC Manufacturer||RF Protocol||Memory|
|EM4100/EM4200||EM MICROELECTRONIC||/||128bit Unique R/O|
|GK4001||Infineon||/||64bit Unique R/O|
|TK4100||China Taiwan||/||64bit Unique R/O|
|EM4305||EM MICROELECTRONIC||512 bit EEPROM|
|EM4450||EM MICROELECTRONIC||1K bit R/W|
|EM4550||EM MICROELECTRONIC||/||128 Byte R/W|
|EM4469||EM MICROELECTRONIC||/||1K Byte EEPROM|
|Atmel T5567||Atmel||/||330 bit R/W|
|Atmel T5577||Atmel||/||330 bit R/W|
|Hitag 1||NXP-Philips||/||2K bit EEPROM|
|Hitag 2||NXP-Philips||/||256 bit R/W|
|Hitag S Series||NXP-Philips||/||256 and 2048 bit EEPROM|
|High Frequency 13.56KHz|
|RFID IC||IC Manufacturer||RF Protocol||Memory|
|Mifare 1K||NXP||ISO 14443A||1K Byte EEPROM|
|Mifare 4K||NXP||ISO 14443A||4K Byte EEPROM|
|Mifare Ultralight||NXP||ISO 14443A||512 bit EEPROM|
|Mifare Ultralight C||NXP||ISO 14443A||1536 bit EEPROM|
|Mifare DESFire EV1||NXP||ISO 14443A||256B,2/4/8 KB EEPROM|
|FM11RF08||Fudan||ISO 14443||1k bit EEPROM|
|I CODE SLI||NXP||ISO 15693||1K bit EEPROM|
|I CODE SLI-S||NXP||ISO 15693||2K bit EEPROM|
|I CODE SLI-X||NXP||ISO 15693||1K bit EEPROM|
|Tag-it HF Ti2048||Texas Instrument(TI)||ISO 15693||2K-bit EEPROM|
|Legic MIM256||Legic||Legic RF Standard||256 Byte EEPROM|
|Legic MIM1024||Legic||Legic RF Standard||1K Byte EEPROM|
|NTAG 213||NXP||ISO 14443||144 Byte EEPROM|
|NTAG 215||NXP||ISO 14443||504 Byte EEPROM|
|NTAG 216||NXP||ISO 14443||888 Byte EEPROM|
Ultra High Frequency 860-960MHz
|RFID type||IC Manufacturer||RF Protocol||Memory|
|Alien 9662||NXP||ISO 18000-6C(EPC gen2)||EPC 96bit/ User 512 bit|