One of the implemented features for fleet management devices is 1-Wire data protocol, which can be used to read RFID Tags by emulating them using iButton protocols. It is a convenient way to implement driver authorization in your vehicles if you want to use RFID tags with minimal setup complexity.
Power Supply
6,5-30 V DC
Frequency standard
125 kHz
Type of transponder
Manchester, 64 cycles per bit
Antenna surface area
6,8 cm²
Reading range
4 cm
Reading frequency
6 times per second for identification, 2 times per second when transponder is in range of reader
Operating temperature
From -20 ºC to +55 ºC
Operating humidity
Up to 70%
Features
Use Cases
Downloads
Videos
Features
RFID cards do not require physical contact with a reader device. They use radio waves to transmit data between the card and the reader, allowing for convenient and quick interaction
RFID cards are embedded with a unique identifier, often referred to as an Electronic Product Code (EPC) or UID (Unique Identifier)
RFID cards allow for rapid data transfer between the card and reader
RFID cards have no moving parts and do not require batteries
RFID cards find applications in access control, identification, tracking, asset tracking, public transportation, and more
RFID technology has become increasingly affordable over the years, making RFID cards a cost-effective solution for many industries
Use Cases
RFID cards are widely used for access control in offices, residential complexes, and secure facilities.
Enhanced security, convenient entry/exit, audit trails of access events, and the ability to quickly revoke access if needed.
Companies issue RFID cards to employees for identification, attendance tracking, and time management.
Streamlined attendance tracking, accurate employee records, and improved HR processes.
RFID cards can be attached to assets (equipment, tools, inventory) for real-time tracking and management.
Efficient inventory management, reduced loss/theft, and optimized asset utilization.
Downloads
Videos