CLIPDIGITAGLR
Adhesive card holder
These long-range access control readers and credentials utilise radio transmission technology instead of proximity chips. This means that the cards send out radio frequency signals that the readers pick up, when the user is up to 15m away. Long-range systems ideally suit warehouses, care homes, and other environments where hands-free access may be required.
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Adhesive card holder
Long-range Wiegand reader
Self-contained long range standalone reader
Hands-free long range active card credential
Long-range active tag & MIFARE® card credential
Long-range card credential with active tag & proximity
Unlike proximity chips, our long-range access readers and credentials utilise radio transmission technology. These systems operate by emitting radio frequency signals from the cards. As soon as users enter a 15-metre range, the reader picks up the signal and allows entry.
This innovative approach allows for hands-free access, eliminating the need for physical contact between the credentials and the reader. Such convenience is particularly beneficial in environments like warehouses, care homes, and other settings where streamlined access is essential.
Our long-range systems offer unmatched versatility and reliability. Whether it’s managing access in expansive warehouse facilities or ensuring secure entry for residents in care homes, our technology delivers seamless and dependable performance.
With CDVI’s long-range solutions, you can simplify access management processes while enhancing security and convenience. Our systems are tailored to meet the diverse needs of different environments, providing a flexible and efficient solution for access control requirements.
Experience the advantages of advanced radio transmission technology with CDVI’s long-range access control readers and credentials. Explore our range today and discover how our innovative solutions can elevate security and efficiency in your facility.
Where could long-range transmission be used and what are the benefits? Find out here.