Beamforming Antenna Test

Beamforming antennas are crucial for next-gen connectivity. Precise 3D testing ensures their optimal performance. 

Accuracy is essential for beamforming antenna performance. Advanced testing in an anechoic chamber, covering frequencies from 600 MHz to 6 GHz, provides detailed insights into key parameters like gain, beamwidth, and efficiency. These results ensure reliable and high-performing antennas.

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About Beamforming Antenna Testing

Beamforming enhances wireless communication by directing signals more efficiently. Radiopark offers advanced 3D antenna pattern testing for beamforming antennas in the 600 MHz to 6 GHz range, utilizing near-to-far field transformation in a controlled anechoic chamber. 

What We Test?

  • Gain: Measures signal amplification in a specific direction. 
  • Beamwidth: Assesses the signal’s angular spread. 
  • Azimuth Beam Squint: Evaluates angular deviation in the horizontal plane. 
  • Cross-Polarization Ratio: Tests signal polarization for minimal interference. 
  • Tilt Accuracy: Verifies the precision of beam tilt. 
  • Front to Back Ratio: Compares signal strength front vs. back. 
  • First Upper Side Lobe Suppression: Measures suppression of unwanted side lobes. 
  • Efficiency: Evaluates overall antenna effectiveness. 

 Why Choose Radiopark?

  • Advanced Facilities: Precise testing in anechoic chambers. 
  • Expertise: Specialists in 4G/5G and military antenna technology. 
  • Comprehensive Results: Detailed, reliable testing outcomes. 

Talk with one of our experts in a free consultation

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Frequently Asked Questions Beamforming Antenna Testing

  • What is beamforming technology?

    Beamforming directs signals to specific areas, improving communication efficiency and reducing interference, widely used in modern wireless systems.

  • Why is testing necessary?

    Testing ensures beamforming antennas are optimized for real-world performance, helping to identify issues early and reduce costs.

  • What frequency range do you test?

    We test antennas in the 600 MHz to 6 GHz range, covering essential frequencies for 4G, 5G, and WiFi.

  • How do you perform the tests?

    We use anechoic chambers and near-to-far field transformation for highly accurate 3D antenna pattern testing.