








Chainway CM710-4 is a four-channel UHF RFID reader module that can be used in mobile or fixed UHF RFID readers, integrated RFID readers, etc. Thi...

Chainway CM710-1 is a single channel UHF RFID reader module. It can be integrated in mobile UHF RFID readers, fixed readers, card readers, integr...

Chainway CM710-8 is an eight-channel UHF RFID reader module. It can be integrated into UHF RFID mobile readers, fixed readers, card readers, inte...

The Chainway CM710-16 is a 16-port RFID module based on the Impinj E710 chip that can be integrated into fixed RFID readers, etc. Due to the high...






Chainway CM710-4 is a four-channel UHF RFID reader module that can be used in mobile or fixed UHF RFID readers, integrated RFID readers, etc. Thi...

Chainway CM710-1 is a single channel UHF RFID reader module. It can be integrated in mobile UHF RFID readers, fixed readers, card readers, integr...

Chainway CM710-8 is an eight-channel UHF RFID reader module. It can be integrated into UHF RFID mobile readers, fixed readers, card readers, inte...

The Chainway CM710-16 is a 16-port RFID module based on the Impinj E710 chip that can be integrated into fixed RFID readers, etc. Due to the high...


UHF RFID reader modules are designed for integrating RFID reading and writing directly into custom devices, kiosks, manufacturing equipment, warehouse workstations and automation systems. They provide a flexible foundation for building an RFID solution around the required read zone, antenna configuration and system interface.
Unlike a complete RFID reader, an RFID module is primarily intended as a component for further integration. Developers and system integrators can embed RFID functionality directly into their own hardware or technological solution.
Different UHF RFID module configurations are available, ranging from compact solutions to multi-channel modules capable of connecting several RFID antennas. Some devices include an integrated antenna, while others support external RFID antennas for creating a tailored read zone.
Multiple antenna ports are useful when one reader needs to cover several directions or locations, such as RFID portals, manufacturing stations, conveyors, smart cabinets, dispensing points and automated material tracking systems. The required number of channels therefore depends on the design of the application.
Important selection criteria include number of antenna ports, communication interfaces, integration options, output power, supported RFID standard, operating environment and device control requirements. Compatibility with the selected UHF RFID tags and antenna system must also be considered.
Module power alone does not determine the final read range. Tags, antennas, antenna positioning and orientation, tagged materials and the surrounding environment all influence the performance of the installation. Industrial RFID applications should therefore be designed and tested as a complete system.
A complete RFID reader is designed as a finished device for a particular type of use. An RFID module is primarily intended for integration into custom equipment or systems and gives the integrator greater flexibility in antenna, communication and control design.
This depends on the required read zone. A simple workstation may need only one antenna, while an RFID portal or larger automated installation may require several antennas positioned in different directions.
An integrated antenna is useful for compact installations with a defined reading position. External antennas provide greater flexibility when creating larger or more complex read zones.
Many UHF RFID modules support both reading and writing, but the available functions depend on the specific module and RFID tag. Required functions should be verified in the technical specification before selection.
Depending on the system design, the reader module is combined with suitable RFID antennas, tags, cabling, power supply and software that communicates with the module and processes the collected data.
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