In deed, we have found a way to significantly minimize losses by integrating RF front end circuitry into the antenna chassis.
Here at ANYWAVES, we propose specific designs that aim at the integration of active electronic cards including low-noise amplifier and filter stages into the antenna body for a ultra-compact and efficient device. Our R&D department proposes engineering activities aiming at accommodating an active LNA board within the architecture of our GNSS All-Bands antenna. The RF functionality of the board can be tailored to the needs of your satellite mission, and our team of experts can accompany you from the requirements consolidation phase to the production of flight models by keeping you abreast of the project’s progress with full follow-up on key milestones.
The result is a highly reliable product for satellite constellations as being robust to ionizing radiation and thermoelastically proven to withstand harsh space environments.
Q&A
With our extensive experience across diverse projects, our team of experts is adept at handling a wide array of antenna concepts. These include high-gain antennas for telecommunications, inter-satellite links, and payload telemetry, as well as wideband antennas for spectrum surveillance, GNSS, LEO PNT, and more. We also specialize in integrated and active antennas for various applications. Explore our range of products above, and utilize the filters to discover the ideal match for your specific requirements.
Yes, our antennas are designed with scalability in mind. We understand that each project has unique requirements and performance criteria. Our team of experts is experienced in tailoring antenna designs to meet specific needs, ensuring that you can adapt the performance of our antennas to your exact requirements. Whether it’s adjusting the gain, beamwidth, frequency range, or other parameters, we have the flexibility to customize our antennas to align with your specifications. We work closely with you to understand your objectives and deliver scalable antenna solutions that meet your specific performance needs effectively.
Our qualification testing process for antennas involves subjecting them to demanding tests to ensure their durability and performance in space conditions. These tests include functional measurements, random vibration, shock, vacuum thermal cycling, long thermal cycling. We also conduct power handling tests for transmission antennas and perform rigorous final inspections before concluding the qualification phase. For more detailed information on our testing process, don’t hesitate to contact us!
To ensure the functionality and durability of each flight model delivered to customers, acceptance tests are conducted. These tests, while lighter than qualification tests, still involve an S-parameter test, random vibration test, and thermal cycling at ambient pressure. The process concludes with a final S-parameter test and an external visual inspection to guarantee the quality of the antenna.
Absolutely! At Anywaves, we understand that choosing the right antenna is crucial. Our team of experts is here to assist you. We offer personalized consultation services tailored to your specific needs. By understanding your requirements and applications, we can recommend the most suitable antenna from our extensive product range. Don’t hesitate to reach out to us, and we’ll be more than happy to guide you in selecting the perfect antenna solution.
Whether your project is big or small, we can provide a single EM antenna for testing as well as cater for volume orders. Depending on your lead time and our availibility, we may even be able to ship it within a few days!
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