High Power Long Range HF RFID Reader – ISO/IEC15693 & ISO/IEC 18000-3M1 – 13.56MHz
Price range: $1,075.00 through $1,125.00
This high power HF RFID reader is designed for stable and sensitive tag reading and writing in demanding environments.
It supports fast multi-tag processing and flexible system integration through multiple communication interfaces.
Operating Frequency: HF 13.56 MHz
Communication Protocol: ISO/IEC 15693, ISO/IEC 18000-3M1
Read Range: Up to 118cm
Interface: RS232, RS485, Ethernet, USB, CAN
Ideal for jewelry tracking, production automation, access control systems, and high-density RFID identification projects.
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What is a High Power Long Range HF RFID Reader?
A high power long range HF RFID reader is a contactless identification device used to capture data from multiple RFID tags within a defined field. In modern industrial and enterprise systems, it plays a key role in enabling fast, accurate, and automated identification without manual scanning.
Key Features
- Stable high-sensitivity tag reading and writing performance
- Efficient multi-tag processing capability
- Flexible system integration with multiple communication interfaces
- Designed for demanding industrial identification environments
How Does It Work?
The reader generates a controlled RF field at 13.56MHz to communicate with compatible RFID tags. Data is captured and processed through integrated decoding logic, allowing fast identification of multiple items within the reading zone.
Applications and Benefits
This RFID reader supports a wide range of industrial and enterprise identification scenarios where speed and accuracy are essential.
- Industrial automation – improve workflow efficiency and traceability
- Jewelry management – enable fast and accurate inventory counting
- Access control systems – support secure and controlled entry points
- High-density RFID environments – ensure stable multi-tag reading performance
This solution enables reliable RFID identification in environments requiring long range performance and high-speed multi-tag processing.
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