Weiße EM-ID-Karte 125 KHZ RFID-Karte Anti-Interferenz-Reaktions-ID-Karte

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October 16, 2024
Category Connection: Niedrigfrequenzleser 125K
Brief: Discover the White EM ID Card 125 KHZ RFID Card, designed for high-performance identification and access control. Featuring strong anti-interference technology, these cards ensure reliable communication in any environment. Ideal for corporate offices, schools, and secure facilities, they offer long-lasting durability and seamless integration with existing RFID systems.
Related Product Features:
  • 125 kHz RFID technology ensures reliable communication and strong anti-interference capabilities.
  • Ideal for access control, employee identification, and secure entry points in various environments.
  • Durable design with high-quality materials for long-lasting use and minimal replacements.
  • Lightweight and compact form factor for easy handling and storage.
  • Moderate reading distance (up to 1 meter) enhances security for close-range authentication.
  • Passive card design requires no batteries, reducing maintenance costs and extending lifespan.
  • Compatible with most low-frequency card readers, ensuring easy integration with existing systems.
  • Available in multiple form factors like standard cards, key fobs, and wristbands for flexibility.
Fragen und Antworten:
  • What is the reading distance of the White EM ID Card?
    The reading distance ranges from a few centimeters to about 1 meter, depending on the card reader's power and environmental conditions.
  • Are these RFID cards resistant to interference?
    Yes, the White EM ID Card features strong anti-interference technology, making it reliable even in environments with metal or electromagnetic disruptions.
  • Can these cards be used for access control systems?
    Absolutely! These cards are widely used in access control, attendance systems, and identity verification, offering high compatibility and security.
  • Benötigen diese RFID-Karten Batterien?
    Nein, es handelt sich um passive Karten, die von den elektromagnetischen Wellen des Lesers versorgt werden und somit keine Batterien benötigen.