Designed for assembly, automation suitability, and optimal cost-effectiveness for high production batches

High power handling and compact solution for LGA Channel

Compensate Gain at the end of coverage

Lossless by design

No performance degradation at end-of-life by design

 Choke-based beamformer that maximizes gain at the end of coverage

Proprietary Ultra-Compact All-Metal Polarizer

Low Insertion Loss

Minimal gain ripple or fading is expected under operational conditions with surrounding and back objects

 Designed for assembly, automation suitability, and optimal cost-effectiveness for high production batches

High power handling and compact solution for LGA Channel

Compensate Gain at the end of coverage

Lossless by design

No performance degradation at end-of-life by design

 Choke-based beamformer that maximizes gain at the end of coverage

Proprietary Ultra-Compact All-Metal Polarizer

Low Insertion Loss

Minimal gain ripple or fading is expected under operational conditions with surrounding and back objects

 Designed for assembly, automation suitability, and optimal cost-effectiveness for high production batches

High power handling and compact solution for LGA Channel

Compensate Gain at the end of coverage

Lossless by design

No performance degradation at end-of-life by design

 Radiation Pattern with Rectangular Form Factor

Proprietary Ultra-Compact All-Metal Polarizer  

Low Insertion Loss 

Low Back Radiation Level

Designed for assembly, automation suitability, and optimal cost-effectiveness for high-production batches.

Broadband Efficiency and Polarization Ratio

Consistent operational performance

Interface for a hat without needing an additional adapter

Multiband and Circular polarization through Modified Dipoles and Broadband BFN to withstand manufacturing deviations, thermal cycling, and degradation over its lifespan.

Cavity-backed configuration reduces interference from the backplane and nearby objects.

No hidden lumped elements, and the synthesis was performed without an unused isolated port.

Designed for assembly, automation suitability, and optimal cost-effectiveness for high production batches. 

Low-loss by Teflon-based substrate 

There is no floating potential and consistent thermal conductivity to the joint 

Optional: Flange adapter for Hat

 Enhanced bandwidth through a slotted patch (~50MHz) to withstand manufacturing deviations, thermal cycling, and degradation over its lifespan.

A high Multipath Ratio reduces interference from the backplane and nearby objects.

Reinforced microstrip-to-connector transition construction to prevent cracking or detachment during the launching.

Designed for assembly, automation suitability, and optimal cost-effectiveness for high production batches.

No performance degradation at end-of-life by design

Consistent operational performance

High coverage and minimal gain ripple when two opposing antennas are combined

Multipactor & Corona discharge free by design with margin > 9dB

 All Metal Construction & Ultra Low Loss

Cavity Backed, minimizing interference with back plane and surrounding objects

Impedance matching and polarization ratio tuning are not required.