HomeAboutContact10dBi Tuned Directional Antenna 900MHz RFID SCADA

McGill Microwave Systems has launched it’s newest addition to our market leading Ultra High Performance Optimised and Tuned Lora Frequency Band Antenna series.

The unique 10dBi Tuned Directional Antenna is both directional and has the additional significant advantage that it can be tilted or moved in the Azimuth direction – unlike all other Omni Directional Antennas.

Omni directional Antennas radiate 360 degrees – this unique flat panel Antenna design is radically different in that it takes all of the radiated energy which usually would be transmitted behind and to the side of the Antenna and focuses all of this RF energy into the forward direction only – in one very wide and high beam – typically 68 degrees in Azimuth and Elevation.

Typical applications:

• 900MHz ISM Band

• Wireless LAN systems

• Cellular, GSM

• LPWAN, LoRA, IoT, M2M applications

• SCADA

• Compatible with all RFID Fixed Readers such as:
  • Nordic ID FR22

  • Impinj R700 RAIN

  • Nordic ID AR82 Multiport

  • Datalogic RFID Portal

  • Zebra FX9600

  • Zebra FX9500 Industrial Class

  • Impinj Speedway R120

  • Unitech Range (MHz)865-870Gain10dBiHPBWh (Deg)68±5HPBWv (Deg)68±5Tilt OhmAntenna ConnectorN FemaleMax Input Power50 WattsLightning ProtectionDC GroundAntenna Dimensions305 x 305 x 30mmColourWhiteRadome MaterialABSWeight1.2KgTemperature Range-40C/+55CRated Wind Speed126Km/hMounting Type/ © McGill Microwave Systems Ltd All rights reserved.McGill Microwave Systems has launched it’s newest addition to our market leading Ultra High Performance Optimised and Tuned Lora Frequency Band Antenna series. The unique 10dBi Tuned Directional Antenna is both directional and has the additional significant advantage that it can be tilted or moved in the Azimuth direction – unlike all other Omni Directional Antennas. Omni directional Antennas radiate 360 degrees – this unique flat panel Antenna design is radically different in that it takes all of the radiated energy which usually would be transmitted behind and to the side of the Antenna and focuses all of this RF energy into the forward direction only – in one very wide and high beam – typically 68 degrees in Azimuth and Elevation. © McGill Microwave Systems Ltd All rights reserved.