Operational use
The read zone is controlled at warehouse gates, shipment tunnels, shelves, desktop stations, back-of-store areas or production lines to reduce unwanted neighboring reads.
UHF RFID antenna
UHF RFID Panel Anten 9dBi
UHF RFID Panel Anten 9dBi is used at controlled UHF RFID read points such as warehouses, stores, shelves, gates, tunnels and production stations to map EPC movement to the RfidSpace location model.
RfidSpace
UHF RFID Panel Anten 9dBi is positioned with antenna port, location and read direction where the RFID read zone must stay controlled
UHF RFID Panel Anten 9dBi is positioned with antenna port, location and read direction where the RFID read zone must stay controlled. The goal is not only longer range; it is reading the right tag at the right point in the process.
Final selection is based on surface, mounting method, target read distance, quantity, environmental conditions, user workflow and integration scope.
Field usage and validation
Performance validation
Field testing checks antenna angle, cable loss, reader power, polarization, mounting height and unwanted reads from nearby locations.
RfidSpace output
RfidSpace stores antenna port, device, location, EPC, document and timestamp together so the last-seen location and transition history can be reported.
Technical scope
| Product class | RFID anten |
|---|---|
| Technology | UHF RFID antenna |
| Use | Gate, tunnel, shelf, conveyor, desktop station or controlled-zone reading |
| Selection criteria | Gain, polarization, mounting area, cable distance and unwanted-read risk |
| RfidSpace integration | Device, antenna port, location, EPC movement history and reporting |
Compatible RfidSpace workflows
Project evaluation
Share the field environment, expected read point, target read distance, quantity, mounting condition and integration need. The final recommendation should be confirmed with sample testing before rollout.