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AEM Antennas
From Simulation to Peak Hardware Performance

Cassegrain antenna system with a parabolic main dish
Cassegrain Reflector Antenna

Antenna Solutions

  • Horns, feeds, and radio frequency components
  • Fixed beam Cassegrain and Steerable Reflectors
  • Circularly or Linearly Polarized Feeds with Low Cross-Polarization and high power capability
  • Custom reflector configurations for mechanical accommodation and deployment

Antenna Integration Expertise

  • RF Simulation Models for Antennas and Components
  • Communication System Design
  • Link Budgets and Mission Analysis
  • EMI/EMC Analysis
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AEM Linearly Polarized Corrugated horn Assembly
Corrugated Spline Profile Horn with Linear Feed

Horns and RF Components

  • Catalog of reference design for custom antenna configurations
  • Smooth Wall, Radially Corrugated, & Axial Corrugated Horns
  • Launchers, Polarizers, OMT, Transitions, and Waveguide Routing

Our Capabilities > Precision CNC Machining

  • We understand RF sensitive parts
  • Precision machining with tight 0.5mm tolerances, which reduces phase error and impedance error
  • Machine complete feed horns, feed networks, and radiative element
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High Power Array Antenna
proudly Canadian antenna engineering service provider

Proudly Canadian 🍁 Antenna Supplier

The Antennas Blog

Resources and guides to help wireless product development. Explore popular topics in our blog.

Basic antenna terms and software

What are the advantages of a custom antenna?

Maximize Peak Antenna Performance
Maximizing peak antenna gain, EIRP/ERP, bandwidth, and radiation efficiency are just some of reasons why some customers choose a custom or embedded antenna. It could be through optimizing the antenna architecture or by enhancing the feed to reduce loss and increase radiation efficiency in the direction of operation.
Cybersecurity in Antennas
Cybersecurity should be considered when selecting antenna hardware. Large sidelobe energy emitted from an antenna can allow attackers to eavesdrop onto a communication link among other issues that can arise.

Focusing the energy by using a reflector antenna with low sidelobes as compared with other steerable solutions can help prevent security concerns by improving signal directionality, reducing interference, and reducing sidelobe energy in a more predictable way.

Using multiple bands also allows for additional security by band hopping and implementing strategies to spread data while focusing on the target.

Accommodate a Specific Application
IoT, wearables, broadcast Services, and satcom are just a few examples where our customers have struggled to find a Commercial Off-the-Shelf solution for their product. With tight integration challenges with multiband operation and links requiring to go the distance through obstacles, a custom solution allows for a successful outcome.
Specific Requirement for a Frequency Band or Multi-band Operation
Combining frequency bands in Wi-Fi & Bluetooth, 4G LTE & 5G cellular, NFC & RFID, and covering UWB frequencies require a custom solution to save costs and lower the number of antennas needed to fulfill a certain connectivity requirement. Frequency ranges outside typical Commercial Off-the-Shelf (COTS) options or a product embedded in a dielectric require a custom design to fit their use-case.
Customize a Mechanical Configuration
Other circuitry or structural elements can affect the radiation pattern and gain. A customized solution will take other ground planes and scatterers into consideration when optimizing for peak antenna performance.
Environmental Protection and Reinforcement for Harsh Environments
Outdoor antennas require higher Ingress Protection and environmental protection for certain regions. Depending on the product, this could include IP67, vibration endurance with structural reinforcement, and thermal accommodation to resist harsh elements.