Antenna Arrays
Antenna arrays combine multiple radiating elements to achieve higher gain, improved beam control, and enhanced performance for demanding applications.
By carefully configuring element spacing, phasing, and polarization, arrays can deliver precise coverage patterns and support advanced capabilities such as beam steering, null formation, and multi-band operation.
We offer array solutions spanning L to K-Band, including planar phased arrays, circular and conformal arrays, and custom configurations for space, airborne and terrestrial platforms.
Designs can be optimized for single or multiple polarizations, with integrated RF front ends, beamforming networks, and environmental hardening for mission-critical use.
medium gain Arrays
For medium-gain applications in the 10–15 dBi range, antenna arrays provide an effective balance between performance and size.
Built around patch antenna elements, these arrays deliver reliable gain while maintaining a compact footprint.
Multi-frequency configurations can be implemented to serve diverse mission requirements, enabling a single array to cover multiple bands.
Beam shaping is also possible, making these arrays particularly useful when the antenna cannot be physically pointed at the target area, ensuring coverage flexibility without mechanical steering.
16-Element S-Band Array
Designed for SATCOM applications, this 16-element array operates in the 2 GHz range and is used in the power control loop of an S-Band satellite downlink.
Integrated filtering and a 40 dB low-noise amplifier (LNA) optimize signal quality while minimizing interference.
Its multi-element design provides precise gain and pattern control for reliable ground-based satellite communications.
C-Band
Multi Frequency Array
This dual-band C-band array produces two orthogonal linear polarizations at 4 GHz and 6 GHz.
Rectangular patches with orthogonal feed points generate the polarizations, with the long axis covering 4 GHz and the short axis covering 6 GHz.
Separate feed networks for each band ensure efficient, independent operation, making it ideal for systems requiring both frequencies from a single aperture.
Low Gain Tilted Beam L-Band
Satcom Antenna Array
Developed for SATCOM asset tracking, this antenna is originally designed to mount vertically against a surface such as a shipping container wall.
It delivers a low-gain beam tilted upward at approximately 50° elevation, ensuring consistent visibility to geostationary satellites while reducing interference from low-elevation sources.
Ideal for fixed or mobile installations requiring upward-angled coverage.
Linear Ka-Band Antenna Array
This linear Ka-Band antenna array is part of a series of medium-gain, planar antenna designs developed for compact radar and communication systems.
The antenna supports integration with a small Ka-Band radar subsystem, which mounts directly to the back of the array for a streamlined, low-profile assembly.
The platform is adaptable to other frequency bands, including L-, C-, X-, and Ku-Band. Custom electronics—such as low-noise amplifiers, filters, or up/down converters—can be integrated into the rear housing, enabling tailored RF front-end configurations for specific mission requirements.
Dual Beam S-Band Satcom Antenna Array
The Dual Beam S-Band Satcom Antenna Array is engineered to receive signals from two geostationary satellites at the same time. With dual beams offset at ±15° in the y-plane, it provides reliable coverage for applications requiring simultaneous reception from multiple orbital slots.
Built on a 6 × 6 patch element configuration, the circularly polarized array delivers 14 dBi gain per beam, maintaining low side lobes and a high front-to-back ratio. This ensures strong signal capture with minimal interference.
Measuring 350 × 350 mm and weighing 0.5 kg, the antenna is lightweight, compact, and easy to integrate. Options such as LHCP operation, integrated LNAs, and alternative frequency ranges make it adaptable to a wide range of mission requirements.
