RFID Blank Card

RFID Blank Cards are used in applications where tracking or identifying people is important or where access control is required. Today, various RFID frequency bands are used in cards, including 125 kHz low-frequency proximity, 13.56 MHz high-frequency smart cards, na 860-960 MHz ultra-high frequency (UHF).

​Proximity cards and smart cards are often simply referred to as “RFID cards.” The type of RFID frequency band used depends on the application, taking into account the security level, read range, and data transfer speed requirements.

1. 125 kHz (LF) – Common proximity card format used for employee badges and door access control.
2. 13.56 MHz (HF) – Higher security format used for credit cards and employee badges for physical and logical access control.
3. 860-960 MHz (UHF) – UHF cards have a read range of up to 50 feet and are used for identification, access control, and transaction processing.

RFID Card Parameters

Nka nka:

1. Contactless transmission of data and supply(no battery needed)
2. Fast communication baud rate:106Kbit/s
3. Contactless transmission of data and supply(no battery needed)
4. Operating distance: up to 100mm(depending on antenna geometry)
5. Half duplex communication protocol using handshake
6. Encryption algorithm compatible with MF Classic1K S50
7. Typical transaction time:<100ms
8. 1024x8bit EEPROM memory
9. High-security level data communication
10. Endurance:100,000cycle
11. Data Retention:10 years

RFID blank card application scenarios

RFID blank cards are an identifying tool that may be used with access control systems. Each user is given a card with a unique RFID tag, which allows the system to recognize them and manage their access to certain locations. By limiting access to certain regions to just authorized individuals, this program enhances security and streamlines administration.
Asset management: Complete asset visualization and real-time information updates may be accomplished by attaching RFID tags to fixed assets. This enhances the accuracy and efficiency of asset management by helping to efficiently monitor the usage and flow of assets.

1. Automation of the production line: Real-time tracking and management of materials and semi-finished goods may be accomplished on the manufacturing line by using RFID blank cards. This lowers production costs, increases production efficiency, and minimizes waste and mistakes in the manufacturing process.
2. Retail sector: RFID tags may be used to settle items and prevent theft, which increases the sector’s operational effectiveness. Dị ka ọmụmaatụ, by scanning products with RFID tags, shop employees may more rapidly locate and manage inventory, resulting in more effective customer service.
3. Warehouse management: By using RFID tags to monitor the whereabouts and conditions of items in the warehouse in real time, warehouse management effectiveness may be increased. Automated inventory management may be achieved by installing RFID readers, which enable the system to automatically read and update the location and status information of items.
4. Medical industry: RFID technology may be used to monitor and track medications and medical supplies. RFID tags provide real-time tracking of the location and condition of pharmaceuticals and medical supplies, ensuring proper management and usage.
5. Ụgbọ njem: To increase the effectiveness of transportation, RFID tags may be used to monitor the position and status of commodities and vehicles in real time. RFID technology may assist businesses in the logistics sector by enabling them to monitor and find products rapidly, increasing logistics efficiency and lowering transportation costs.