Spot Focus Antennas

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 delivers stable, repeatable antenna performance while minimizing alignment sensitivity and reducing long-term maintenance requirements.

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

Multiple reflector size configurations available to meet gain targets, beam shaping needs, and physical integration constraints.

Precision manufacturing and alignment, ensuring consistent radiation patterns, low sidelobe levels, and predictable performance across the operating frequency 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 to support unique applications.

Satellite Gateway and Ground Station Antennas
Used in fixed and transportable satellite gateway and ground station installations where high gain, narrow beamwidth, and precise pointing are required to maintain reliable uplink and downlink performance.

Ka-Band, Q-Band, and V-Band Feeder Links
Supports high-capacity feeder links operating at Ka-, Q-, and V-Band frequencies, enabling increased bandwidth, higher data rates, and efficient spectrum utilization in next-generation satellite networks.

Point-to-Point Satellite Communication Systems
Ideal for line-of-sight satellite communication links that require focused energy delivery, strong link margins, and minimal interference between adjacent systems.

High-Throughput Satellite (HTS) Infrastructure
Enables the deployment of high-throughput satellite architectures by providing the high gain and beam control needed to support multi-beam payloads, dense frequency reuse, and high-capacity ground infrastructure.

Telemetry and Tracking Systems
Used in satellite telemetry, tracking, and command systems where stable beam patterns and consistent antenna performance are essential for accurate data acquisition and system monitoring.

SatCom Test, Measurement, and System Validation Environments
Applied in laboratory and field test setups for antenna characterization, link validation, system commissioning, and performance verification of satellite communication hardware.