MiFare 13.56MHz Classic Printable RFID Proximity Card 1K

MiFare 13.56MHz Classic Printable RFID Proximity Card 1K: Reliable and Versatile

The MiFare 13.56MHz Classic Printable RFID Proximity Card 1K is a versatile solution for a wide range of applications. Utilizing the widely recognized 13.56MHz frequency, this card provides reliable and secure contactless communication. With 1K of memory, it’s suitable for storing essential data, making it ideal for access control, employee identification, and various other systems.

Customizable and User-Friendly Design

One of the key features of this RFID card is its printable surface. This allows for easy customization, enabling you to add logos, photos, or any other required information. The smooth, printable surface ensures high-quality prints, making it perfect for creating professional-looking ID cards or access badges. The card’s standard size and thickness ensure compatibility with most RFID card printers and readers.

Secure and Efficient Contactless Technology

The MiFare Classic 1K technology is known for its robust security features, providing a secure method for data transmission. This contactless card eliminates the need for physical contact, making it quick and efficient to use. Ideal for applications requiring fast and reliable identification, such as time and attendance systems, event management, and secure access control. Its 13.56MHz frequency provides a reliable communication range, ensuring consistent performance in various environments.

Contactless transmission of data and
supply energy (no battery needed)
Anticollision

Suitable for Hotel Locks
1 x 1pcs 125khz Rfid Plastic Pouch Packing
1 x 200 Cards in One Box

EEPROM (For MiFare 1K Cards)
1Kbit, organized in 16 sectors, each district two passwords
User definable access conditions for each memory block
Data retention of 10 years.
Write endurance 100 000 cycles
Security
Individual key set per sector (per application) to support multi-application with key hierarchy
A unique serial number for each device
Transport key protects access to EEPROM on-chip delivery