High-Performance Frequency Extension Solutions from Farran Technology

Enhancing mmWave testing capabilities with Farran's Antenna Extender Transmitters (AET), Antenna Extender Receivers (AER), and Frequency Extension Heads for Vector Network Analysers (VNAs)

APC Technology Group is pleased to highlight Farran Technology’s state-of-the-art Antenna Extender Transmitters (AET), Antenna Extender Receivers (AER), and Frequency Extension Heads for Vector Network Analysers (VNAs). These antenna testing solutions extend the frequency range of standard test equipment, providing high sensitivity and a cost-effective alternative to full system upgrades.

As wireless communication, automotive radar, and millimetre-wave applications continue to advance, the demand for precise and reliable antenna testing has never been greater. Engineers and researchers require accurate tools to measure antenna gain, return loss, and radiation patterns to ensure optimal performance.

The Importance of Accurate Antenna Testing

Antenna characterisation is essential across industries such as telecommunications, automotive radar, security, and spectrum monitoring. Without precise measurements, performance inconsistencies can result in signal degradation, reduced efficiency, and compliance failures.

Key parameters in antenna testing include:

Gain Measurement: Assesses how efficiently an antenna converts input power into radio waves.
Return Loss Measurement: Measures the amount of power reflected, ensuring minimal signal loss.
Radiation Pattern Analysis: Defines the directional distribution of radiated power, which is critical for beamforming applications.

Test & Measurement (VNA Frequency Extension Heads)

Farran’s Frequency Extension Heads integrate seamlessly with VNAs, offering high-accuracy gain and return loss measurements across a wide frequency range. These solutions allow engineers to maximise the capabilities of their existing test setups without the need for a complete system overhaul.

Key Benefits:

Extends frequency coverage for VNAS up to 500 GHz.
Ensures high-quality gain and return measurements.
Enables seamless integration with test setups.

Antenna Extender Transmitters (AET)

The AET series delivers high-frequency, stable signals, ideal for antenna gain testing. By transmitting precise millimetre-wave signals, AET solutions offer a reliable yet cost-effective alternative.

Key Benefits:

High-performance, cost-effective measurements.
Compact, efficient design for easy integration.
Stable high-frequency transmission for testing.

Antenna Extender Receivers (AER)

Farran’s AER solutions provide low-noise, high-sensitivity measurements, ensuring exceptional accuracy in antenna testing. These receivers enhance measurement capabilities in challenging test environments, delivering reliable data validation.

Key Benefits:

Optimised for low-noise and high sensitivity.
Accurate antenna pattern and gain measurements.
Perfect for precision-critical test setups.

Farran Technology’s AET, AER, and Frequency Extension Heads provide engineers with the necessary tools to perform precise antenna gain, return loss, and radiation pattern measurements. These solutions enhance the capabilities of existing test equipment while offering cost-effective, high-accuracy alternatives to full system replacements. With seamless integration, extended frequency coverage, and superior sensitivity, Farran’s antenna testing solutions empower industries to achieve unmatched precision in their mmWave applications.

APC Technology Group provides expert support, ensuring seamless integration of Farran’s products and offering ongoing technical assistance, making us the ideal partner for advanced antenna testing solutions.

Farran Technology’s solutions are available from APC Technology Group

Explore our complete range of high-frequency and millimetre-wave solutions from Farran, including cutting-edge components, subsystems, and test & measurement equipment. At APC Technology Group, we provide expert advice and technical support to help you select the ideal solution for your specific application.

Contact us today to find out more.