RFID Hardware Platform
RFID Fixed Reader
For data collection at gates, production lines, warehouse doors, and fixed identification points.
Advisory productsRFID fixed RFID Reader type
RFID Reader, fixed-form VX-946
HF340 4x RFID Reader
Product Overview
An RFID fixed reader is an RFID data collection device installed at fixed positions such as passage entrances, warehouse entrances, production stations, shelf areas, loading bays, and security gate areas. It is mainly used to automatically read, batch-identify, and upload data from RFID tags passing through the reading zone.
Unlike handheld terminals that must be carried and operated manually, fixed readers suit continuous, automated, unattended identification. They can work with RFID antennas, tags, sensors, light-and-sound alarms, security gates, PLCs, or management systems to support item entry and exit identification, inventory counting, asset tracking, production line error proofing, warehouse verification, and vehicle identification.
Key Features
Batch Distance Recognition
Supports multilabel fast reading, suitable for fixed point collections such as access, storage, production lines, etc.
Multi-Arcade Override
Multiple external routes RFID antennas, which achieve a recognized coverage of different areas, directions and ranges.
Stable Autorun
It is appropriate for long-term fixed deployment to support continuous reading, trigger reading and unmanned collection.
Flexible system interface
Supports Ethernet, serial, and I/O interfaces for integration with security gates, alarms, PLCs, and management systems.
Specifications
Type of product
Fixed RFID Reader, fixed UHF reading and writing devices
Operating Frequency
Commonly supported UHF 860 MHz-960 MHz, configured in different national or regional bands
Protocol support
Support for EPC C1G2 / ISO 18000-6C, some devices compatible ISO 18000-6B
Identification capacity
Support multiple-label batch reading, conflict-proofing, continuous reading and trigger reading
Read Distance
Read distance associated with power, antenna, label type and field environment, and can be configured as project test
Antenna interface
Optional multiple roads to connect to antenna interfaces, e.g. 1 road, 2 road, 4 road, 8 road, etc.
Communication Interfaces
Optional Internet portals, RS232, RS485, USB, Wegen, Wi-Fi, 4G/5G, Bluetooth, etc.
I/O Interface
Optional GPIO, optocoupler inputs, and relay outputs for integration with security gates, alarms, PLCs, and other devices
FAQs
Where does the RFID fixed RFID Reader work?
Mainly installed at fixed positions such as warehouse entrances, portal doors, production stations, shelf areas, security gate areas, and loading bays to automate tag identification and data collection.
What difference does it make between a fixed RFID Reader and a handheld?
The fixed RFID Reader is suitable for automatic identification of fixed points, and the handheld is suitable for manual mobile inventory and site search.
Do you have to use the antenna for the fixed RFID Reader?
Most fixed RFID Reader requires external access to the RFID antenna.
How far can you read?
Read distance is related to output power, antenna gain, label type, installation, and field environment.
Other Common RFID Hardware
RFID Tags
Common RFID tag types — hang tags, adhesive labels, washable and anti-metal tags — selected by material, mounting method, read distance, and operating environment.
RFID Handheld Terminal
For mobile inventory counts, on-site scanning, data collection, and exception verification.
RFID Label Printer
Supports RFID label printing, encoding, batch label production, and encoding management.
RFID Self-Checkout Systems
Supports batch item identification and fast checkout to improve retail store efficiency.
RFID security gate
For anti-theft detection and entry/exit identification of goods, books, assets, and materials.
RFID Desktop Encoders and Readers
For tag initialization, desktop encoding, read/write testing, and small-batch data collection.
Need Guidance for Your RFID Project?
Tell us about your business scenario. We can help define the right tags, hardware, platform, and deployment approach.