Quadsat is working with major satellite operators to provide a simplified method of testing for the antenna registration process. This includes a recent partnership with GovSat to allow all antennas across the GovSat network to be tested using the Quadsat system. GovSat will also be able to work with Quadsat to offer antenna measurement and verification services to its customers.
The Quadsat system uses a UAV and customized RF payload to perform precise and adaptable antenna validation. It is able to test user terminals, including fixed, comms-on-the-move and phased array, as well as earth stations across the network. The Quadsat system includes bespoke software that is able to provide standardised reporting, covering a range of different measurements. Thanks to the Quadsat system, this process can take place on-site within the far-field operational environment of the antennas, ensuring a thorough and accurate assessment.
Satellite operators are often asked by manufacturers if their satellite capacity can be used for antenna verification and testing, as well as helping with measurements and other analysis. While most operators have the capability to assist, they often don’t have the satellite capacity, manpower nor required calibrated tooling. At the same time, using live satellite capacity has the potential to introduce interference. By partnering with operators, such as GovSat, in this way, Quadsat will enable them to simplify the process of antenna registration significantly, while reducing the risk of interference, as well as offering antenna measurement and verification services to its customers.
Joakim Espeland, CEO, Quadsat, stated, "For satellite operators, it is increasingly vital to improve network quality and maximise reliability across their networks. At the same time, operators are working to avoid potential issues that can impact not only their own customers, but also those of neighbouring satellites. We are proud to be part of enabling that. Working with GovSat, we can ensure it can achieve its mission, supporting critical communications."