8th-13th October, Seattle.
The 45th Annual Meeting and Symposium of the Antenna Measurement Techniques Association is a non-profit, international organization dedicated to the development and dissemination of theory, best practices and applications of antenna, radar signature and other electromagnetic measurement technologies. Hosted by Boeing in Seattle it’s A technical event for technical people.
With High-quality technical papers presented on a continuous basis over four days and a practical, full day, short course related to antenna measurements, it’s well worth visiting.
Reasons to meet Quadsat:
Enable efficient antenna measurements
Antenna measurement can be time-consuming and complex, not to mention costly. At the same time, it is an important part of ensuring seamless connectivity and error-free operation. We are enabling efficient measurements to be taken anytime, anywhere.
Meet Stringent Requirements
Operators need to set stringent requirements for service providers and manufacturers prior to allowing them onto their network to maintain high quality of performance. It can however be challenging with current testing methods to ensure adherence to these, either before equipment leaves the manufacturer, or on site.
Be Ready for a Multi-Orbit World
The growing number of LEO satellites and transition to a multi-orbit environment is only serving to make all of this much more complex. Ensuring the ground segment is ready to tackle all of the challenges this presents is more important than ever before, from LEO tracking to managing a multi-orbit network.
The Quadsat system
The Quadsat system is designed to optimise the world’s radio spectrum through accurate measurements and calibration of the millions of antennas that are a prerequisite for our connected planet. It delivers cost- and time-efficient testing and verification of RF equipment, without compromising on quality.
The system consists of state-of-the-art drone technology coupled with an RF-payload and our unique pre- and post-flight software. With the Quadsat system, it is