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Mobile antenna for cellular and NEXTEL. For installation with NMO mount

  • $ 299.00
  • Brand: WILSONPRO / WEBOOST
  • Availability: 4 In stock
  • SKU: 311-104

Key Features Omnidirectional antenna for vehicular cellular signal Frequency range 806-894 MHz / 1850-1990 MHz Gain of 4.9 dBi / 5.9 dBi Vertical polarization for better reception 35.3 cm length...

Tags: access-point , categoria:Radiocomunicación , marca:WILSONPRO / WEBOOST , networking , proveedor:Syscom , Redes Y Conectividad , router , sku:311-104 , supplier:Syscom , switch , syscom , wifi

Key Features

  • Omnidirectional antenna for vehicular cellular signal
  • Frequency range 806-894 MHz / 1850-1990 MHz
  • Gain of 4.9 dBi / 5.9 dBi
  • Vertical polarization for better reception
  • 35.3 cm length with NMO mount

Technical Specifications

  • Type: Omnidirectional donor antenna
  • Frequency Range: 806 - 894 MHz / 1850 - 1990 MHz
  • Gain: 4.9 dBi / 5.9 dBi
  • Polarization: Vertical
  • Length: 35.3 cm
  • Mount: NMO (3/4')
  • Application: Vehicular cellular signal boosters
Compatibility
  • Vehicular cellular signal boosters
  • Compatible with all mobile carriers
  • Works with 4G LTE networks and earlier generations
Applications
  • Signal improvement in vehicles
  • Installation in cars, vans, and trucks
  • Solution for areas with low coverage
Components
  • Omnidirectional antenna
  • NMO mounting kit
  • Bracket for permanent installation

Product Application

The omnidirectional donor antenna is specifically designed for permanent installation in vehicles, significantly improving cellular signal reception in mobile environments.

This model is optimized to work with vehicular cellular signal boosters, allowing for more efficient signal transmission between the cell tower and the device.

Technical Benefits

  • Improves reception in low-coverage areas
  • Compact and durable design for vehicular environments
  • Permanent installation with NMO mount
  • Omnidirectional design that captures signal in all directions
  • Compatible with multiple cellular technologies

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