Home - RFID Keyfob/Duplicator - 125KHZ Rewrite ID keyfobs
125KHZ Rewrite ID keyfobs
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Industry-specific attributes

Special Features
Waterproof / Weatherproof, MINI TAG

 


Communication Interface
RFID

 


Frequency
125KHz

 

Other attributes

 


Chip
EM4305

 


Weight
5g

 


Size
3.5 x 2.8 x 0.4cm

 


Material
ABS

 


Operation frequency
125Khz

 


Features
Read and rewrite key tags

 


Detecting distance
3-10cm

 


Color
Red, yellow, blue, green, black, gray, purple, orange, white

 


Compatible format
HID Prox/EMID

 


Customized support
Customized logo, Graphic customization

 


Protocol
EMID

 

The 125 kHz rewriteable ID keyfob is a convenient and cost-effective solution for access control and identification applications. It utilizes radio frequency technology to wirelessly transmit a unique identification code to a reader within a short range. The keyfob's identification code can be rewritten or programmed using a compatible programming device, allowing for flexibility and ease of management.

The keyfob itself is typically made of durable plastic or metal and features a small antenna that enables wireless communication. It is designed to be attached to a keyring or worn as a pendant, providing convenient access control for individuals.

For use in access control systems, the 125 kHz rewriteable ID keyfob can be programmed with a unique ID code that corresponds to a specific user or access level. When the keyfob is presented to a reader, the reader detects the transmitted ID code and verifies its authenticity. This allows the system to grant or deny access based on the user's permissions.

In addition to access control, 125 kHz rewriteable ID keyfobs can also be used for vehicle security applications. They can be programmed with a unique code that corresponds to a specific vehicle, allowing for secure access to the vehicle's ignition system or other secured components.

Overall, the 125 kHz rewriteable ID keyfob offers a reliable and convenient solution for access control and identification applications that require short-range, low-frequency communication. Its ability to be rewritten or programmed allows for flexibility and ease of management, making it a valuable tool for a wide range of applications.


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