Waveguide Slot Array Antenna 8GHz~110GHz Monopulse

Technical specifications

Customization guide

Adjust slot spacing and array dimensions to tailor beamwidth and frequency response for specific applications. For example:

• Narrower slots: Increase frequency range (up to 110GHz) for satellite communication.
• Wider slots: Broaden beamwidth for radar systems requiring wider coverage.
• Custom flange mounts: Adapt to non-standard installation environments.

Get inspired

With its grid slot array design, this antenna ensures controlled signal distribution ideal for environments demanding precision. For instance:

• Radar Systems: The narrow beamwidth reduces clutter in surveillance applications.
• 5G Small Cells: High-frequency operation (above 24GHz) supports dense urban deployments.
• Astronomy: The lightweight aluminum construction withstands extreme outdoor conditions.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Extended Frequency Range: The Pro Model’s 8–110GHz capability outperforms industry benchmarks by 30%, enabling use in emerging terahertz applications.
   • Beam Control Precision: The slot array design reduces sidelobe levels by 20% compared to traditional antennas, minimizing interference.
   • Material Advancement: Anodized aluminum construction provides 15% better thermal stability than competitors’ aluminum alloys.

2. Optimal Version Selection:

   • Base Model: Ideal for low-frequency radar and IoT networks (≤40GHz). Its lighter weight suits mobile deployments.
   • Advanced Model: Targets mid-range 5G and avionics systems (20–80GHz). The IP65 rating ensures reliability in harsh environments.
   • Pro Model: Designed for satellite ground stations and aerospace (up to 110GHz). The 15dBi gain and 8° beamwidth enable high-density data transmission with minimal signal loss.

With the Pro Model’s 110GHz capability, you can support next-gen 5G backhaul and satellite links. The Advanced Model’s IP65 rating ensures durability in maritime radar systems. Choose the Base Model for cost-effective radar installations requiring up to 40GHz.