| Customization: | Available |
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| Certification: | RoHS, ISO, CE |
| Shape: | Irregular Shape |
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In a world where data breaches and unauthorized access are constant concerns, the need for a secure, reliable, and user-friendly identification method has never been more critical. The 13.56MHz HF Chip PVC Inlay Smart Card has emerged as a technological marvel that addresses these challenges, combining advanced security features with the convenience of contactless access.
At its core, the 13.56MHz HF Chip PVC Inlay Smart Card is a contactless identification card that uses high-frequency radio waves to communicate with compatible readers. Embedded within the PVC inlay is a microchip that stores encrypted data, ensuring the integrity of information during transmission.
| Item | PVC RFID Inlay |
| Operating Frequency | LF 125KHz, HF 13.56MHz UHF 860-960MHz |
| Chip IC | LF: TK 4100, EM 4200, EM 4305, T5577, HITAG 1, HITAG 2, HITAG S, etc. |
| HF: FM11RF08, MF S50, FM11RF32N, MF S70(4KB), MF UTL EV1, MF UTL-C, MF D21, MF D41, MF D81, MF PLUS S, MF PLUS X, MF PLUS X, TAG-IT, TOPAZ512, etc. | |
| UHF: U-CODE EPC G2, U-CODE G2XL, U-CODE G2XM, Alien H3, Alien H4, Monza 3, Monza 4, Monza 5, etc. | |
| Standard | ISO1443, ISO15693, ISO18000 |
| Material | PVC, PET |
| Dimension | 310mm*468mm, Max size 520mm*420mm, A4 210mm*297mm |
| Layout | 2*5, 4*5, 5*5, 4*6, 4*7, 4*8, 4*10, 3*6, 3*7, 3*8, 6*7, 6*8, 6*14 or any customization of CR80 card or any unit antenna |
| Thickness | HF normal 0.45mm, 0.5mm, min 0.3mm |
| LF normal 0.6mm, min 0.5mm | |
| UHF 0.6mm,0.5mm | |
| Antenna | HF: air antenna, ultrasonic embedding or air etching |
| LF: air antenna or ultrasonic embedding | |
| UHF:AL etching | |
| Bonding | LF: wire bonding |
| HF: FUDAN, ULTRALIGHT | |
| UHF: ALIEN, H3 | |
| Read range | depends on the reader and the chip |
| Working temperature | -25ºC~55ºC |
| Storage temperature | -25ºC~65ºC |
When brought into close proximity with a compatible reader, the smart card's microchip is energized by the reader's radio waves. This prompts the microchip to transmit encrypted data, allowing for seamless and secure communication between the card and the reader. This technology eliminates the need for physical contact, making transactions and access control more efficient.
The use of high-frequency radio waves enables fast and reliable communication between the card and the reader.
The microchip securely stores sensitive information, preventing unauthorized access or data tampering.
Users can simply wave or tap the card near a reader, making transactions quick and hassle-free.
The smart card's versatility allows it to be used in various applications, from access control to payment systems.
The encrypted data and contactless nature reduce the risk of unauthorized access and data breaches.
Transactions and access are expedited, enhancing user experience and overall efficiency.
The absence of physical contact between the card and the reader extends the card's lifespan.
The smart card's ability to support multiple applications streamlines processes and reduces the need for multiple cards.
The 13.56MHz HF Chip PVC Inlay Smart Card has found applications in various sectors, including:
From office buildings to educational institutions, the smart card enhances security and access management.
Smart cards are used in public transportation systems for seamless fare payment.
Patient identification, medical record access, and secure prescription processing benefit from this technology.
Contactless check-ins and room access are revolutionizing the hospitality industry.
One of the most significant impacts of the 13.56MHz HF Chip PVC Inlay Smart Card is on access control systems. Traditional methods like keys or swipe cards are susceptible to theft or duplication, but smart cards offer robust security through encrypted data transmission.
NFC technology enables seamless communication between devices over short distances, facilitating secure data exchange.
RFID technology uses radio waves for data transfer, enabling automatic identification and tracking of objects.
The integration of smart cards with IoT devices opens up new possibilities for seamless automation and connectivity.
Combining smart card technology with biometric authentication adds an extra layer of security and convenience.
Efforts to create eco-friendly smart card materials and recycling programs are on the rise, aligning with global sustainability goals.
In the rapidly evolving landscape of technology, the 13.56MHz HF chip PVC inlay smart card stands as a testament to innovation and convenience. With its wide range of applications, enhanced security features, and seamless interactions, this smart card is reshaping industries and simplifying everyday tasks.
Yes, these cards employ advanced encryption and authentication mechanisms, ensuring secure transactions.
Absolutely, these versatile cards can be used for access control, payments, and data storage.
These cards enhance security, streamline operations, and offer personalized customer experiences.
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