High Sensitivity RFID Portable Reader , USB RFID Readers For Race Timing System

4 Channel Impinj R2000 Chip Long Range UHF RFID fixed reader for Race Timing System

ZK-RFID406 is a high performance UHF RFID fixed reader. It is designed upon fully self-intellectual property. Based on proprietory efficient digital signal processing algorithm, it supports fast tag read/write operation with high identification rate.

Specification

DESCRIPTION

1. Designed with Impinj R2000 RFID engine;
2. Support ISO18000-6C(EPC C1G2) , ISO18000-6B protocol tag;
3. 860~868MHz/902~928MHz frequency band(frequency customization optional);
4. FHSS or Fix Frequency transmission;
5. RF output power up to 30dbm(adjustable);
6. 4 TNC antenna port with antenna auto-tuning and failure-detection;
7. Support auto-running, answer, trigger and real-time-inventory work mode;
8. Tag buffer size up to 800PCS (Max. 496bits EPC length);
9. Support EPC and TID inventory;
10. Low power dissipation with single +9 DC power supply;
11. Support RS232, RS485, RJ45(TCPIP) with WiFi and POE optional;
12. Support on-the-site firmware upgrading and optional Wince or Linux Operation System.
13. High reliability design;

Applications

1. Logistics& warehouse management: management of goods flow, warehouse management, and mail flow management, parcel and luggage flow management, etc.
2. Intelligent parking management: parking lot management and E-Toll.
3. Production line management: fixed-point identification in production process.
4. Race Timing systems.
5. Other fields: library management, school management, asset management, inventory management, attendance management, container tracking and logistics, etc.

Competitive Advantage

1. Impinj R2000 RFID engine;
2. Support TCPIP, POE function;
3. 4 TNC antenna port with antenna auto-tuning and failure-detection;
4. Tag buffer size up to 800PCS (Max. 496bits EPC length);
5. Support EPC and TID inventory;
6. High reliability design;
7. Support on-the-site firmware upgrading and optional Wince or Linux Operation System.