RD41 12 DBI RFID Antenna with Integrated UHF RFID Reader
RD41 12 DBI RFID Antenna with Integrated UHF RFID Reader USE AREAS
RFID (Radio Frequency Identification) is a technology used to determine the unique identities of objects and read this information remotely. RFID antennas are one of the key components of this technology and play an important role in various use cases.
RETAIL AND MERCHANDISING
RFID antennas enable the tracking of products in stores. This is used to optimize inventory management, strengthen anti-theft systems and enhance the shopping experience.
LOGISTICS AND SUPPLY CHAIN MANAGEMENT
RFID antennas are used for tracking and identifying objects in transportation and storage processes. This allows to manage the flow of materials more effectively and optimize the supply chain.
HEALTH SERVICES
In hospitals and healthcare facilities, RFID antennas are used for patient tracking, management of medical equipment and control of drug stocks. This makes hospital operations more effective and improves patient safety.
RD41 12 DBI RFID Antenna with Integrated UHF RFID Reader FEATURES
Safe
Data is encrypted and securely transmitted, ensuring access is granted only to authorized devices and users.
Durable
It is a rugged device designed for use in industrial environments.
Fast
It has the ability to scan quickly and accurately with an integrated scanner.
Working Environment Conditions
RFID antennas are designed to withstand specific operating environment conditions
Efficient
It can be used to achieve efficiency in the control and counting of all sectors.
Reading Distance
The reading distance of RFID antennas varies depending on the type of antenna and the frequency range of the RFID technology used.
RFID (Radio Frequency Identification) antennas are key components used to uniquely identify objects and transmit information remotely. These antennas receive radio frequency signals from tagged objects, usually operating in a specific frequency range. RFID technology enables the identification, tracking and management of tagged objects with the help of antennas. Antennas can be of different types and have a wide range of uses. For example, they are used in many areas from inventory management in the retail sector to logistics and supply chain applications, from the automotive industry to healthcare. RFID antennas can have passive or active power types and can be manufactured in accordance with various physical designs. These antennas contribute to improving business processes by enabling efficient and automated data flow in many areas from industrial applications to security systems. For this reason, RFID antennas are considered the basic building blocks of modern automation and monitoring systems.