RFID UHF Reader & Antenna
RFID UHF Reader & Antenna
Impinj R2000 UHF 4 Port Reader (Model: NWS-4P 01)
- Frequency: UHF 865 – 867 MHz | ISO 18000 6C (EPC C1G2)
- Chipset: Impinj R 2000 module
- RF Power: 33 dbm |Tag Support: >400 tags in a mili second | Status: Buzzer or Blink | Built in Anti Collision ability
- Antenna Support: 8 dBi or 12dBi
- Interface: RS485, LAN, and Wi-Fi
- Application: Logistics and Warehouse Management, RFID Tunnel / Gate, Marathon Race Applications, File Tracking etc.
8 dBi Antenna (Model: NWS-4A 02)
- Circular Polarized
- N Female connector (Included)
- Read Range: Up To 8 Meters with single Antenna.
- Front to Back Ratio: >=20
- Half Power Beam Width: Horizontal and Vertical 65.
- IP 66 Rated | Material: UV & ABS
- Colour: White | Mounting: Included
12 dBi Antenna (Model: NWS-4A 01)
- Circular Polarized
- N Female connector (Included)
- Read Range: Up To 15 Meters with single Antenna.
- Front to Back Ratio: >=25
- Half Power Beam Width: Horizontal and Vertical 40.
- IP 66 Rated | Material: UV & ABS
- Colour: White | Mounting: Included
FAQs— RFID UHF Reader & Antenna
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What is an RFID Desktop Reader and where is it used in toll operations?
An RFID Desktop Reader is a compact, USB-powered device used to read FASTag RFID cards or tags at administrative offices, back offices, or support counters. It helps in verifying, activating, or registering FASTags outside the toll lane environment.
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What are the key features of Network Toll’s RFID Desktop Reader?
Network Toll’s RFID Desktop Reader offers fast and accurate tag reading, user-friendly operation, plug-and-play connectivity with Windows systems, and compatibility with standard FASTag formats. It is ideal for customer service and support functions.
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How does the RFID Desktop Reader enhance toll management efficiency?
By enabling quick tag verification and backend processing, the RFID Desktop Reader supports smooth FASTag issuance, troubleshooting, and validation. It reduces lane-side delays by handling pre-verification and administrative tasks more effectively.
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