Spot Focus Antennas

Features

• Wide frequency coverage from 8.4 GHz to 260 GHz, supporting RF, microwave, millimeter-wave, and sub-millimeter-wave applications across multiple industry-standard bands.

• Simple, robust mechanical design that обеспечивает stable, repeatable antenna performance while minimizing alignment sensitivity and long-term maintenance requirements.

• Broad selection of beamwidth options, allowing system designers to optimize coverage, gain, and spatial resolution for specific applications.

• Multiple reflector size configurations available to meet gain, beam shaping, and physical integration requirements.

• Precision manufacturing and alignment, ensuring consistent radiation patterns, low sidelobe levels, and predictable performance across the operating band.

• Suitable for laboratory, production, and field environments, including test and measurement setups, communication links, and radar systems.

• Custom configurations available, including specialized frequency ranges, reflector geometries, mounting options, and polarization requirements.

Applications

• Radar and Telemetry Systems
  Used in tracking, monitoring, and data acquisition systems where high gain, focused beamwidth, and stable radiation patterns are required for accurate detection, measurement, and signal integrity.

• Point-to-Point Communication Systems
  Ideal for line-of-sight RF, microwave, and millimeter-wave communication links that demand high directivity, strong link margins, and minimal interference for reliable long-distance data transmission.

• Test and Measurement Environments
  Suitable for antenna characterization, system validation, and laboratory testing where precise beam control and repeatable performance are critical.

• Wireless Backhaul and High-Capacity Links
  Supports high-frequency backhaul applications requiring focused beams and high gain to maximize throughput and minimize interference.

• Research and Development Systems
  Commonly used in R&D and prototype platforms for evaluating advanced RF, microwave, and millimeter-wave technologies.