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Products
We offer a range of off-the-shelf antennas perfectly designed according to space standards as an answer to the satellites constellations market’s needs : TT&C, Data Downlink and GNSS.
We are also able to cover your spatial missions specific needs by developing custom antennas : high gain antennas (payload telemetry, inter-satellite link, telecommunications, etc.), wide band antennas (spectrum surveillance, GNSS, LEO PNT, etc.) or any other type of antennas and applications (integrated antennas, active antennas, etc.).
All of our antennas are available in two different versions: an engineering model and a flight model. Both have the same electrical performances as they use the same materials and processes. On flight models, we perform meticulous and rigorous acceptance tests.
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Telemetry, Tracking & Command (TT&C) Antennas
Discover our range of TT&C antennas for space applications and experience reliable and uninterrupted communication links for your space missions. Our state-of-the-art antennas are designed to provide wide coverage for telemetry, tracking, and command operations, ensuring seamless connectivity and control for your spacecraft.
Data Downlink Antennas
Discover our range of Data Downlink antennas for space applications and unlock a world of possibilities for your space-based communication needs. They are designed to provide high-speed and reliable data transfer, ensuring seamless connectivity for your space missions.
GNSS Antennas
Explore our range of GNSS antennas for space applications and experience unmatched precision and accuracy in satellite navigation. With our advanced technology and expertise, our antennas provide reliable and continuous positioning and navigation data to help you achieve your space mission objectives.
Launchers Antennas
Unlock the full potential of your space launch mission with our range of Launchers antennas. Our antennas are designed to provide reliable communication links during the critical launch phase, ensuring successful deployment and mission success.
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Flight Heritage
Q&A
What are the differences between EM (Engineering Model) and a FM (Flight Model) item?
Engineering Models (EM) and Flight Models (FM) of antennas are nearly identical in terms of materials, processes, and electrical performance. However, acceptance testing is performed exclusively on Flight Models. Additionally, Flight Models of S-band TT&C, X-band Payload Telemetry, and GNSS All-bands antennas feature a special radome anti-ESD paint coating
What is the qualification testing process applied to our antennas?
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!
Are your antennas suited for LEO only ?
Our off-the-shelf antennas have been specifically designed and tested to withstand LEO (Low Earth Orbit) environment. If your mission will take place in another Orbit (MEO, GEO…), we can study if our COTS antennas can match your requirements. Otherwise, we can either adapt our antennas or build from scratch a dedicated custom-made product.
What is a test cap?
A test cap (or test hat) is a ground segment equipment which allows to perform an end-to-end RF test directly on your satellite. With this equipment, you will no longer need to perform RF tests in anechoic chamber. It will save you a lot of time and money!
What kind of acceptance tests are your antennas subjected to?
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.
What makes the Anywaves antenna the best on the market?
There are several key factors that set ANYWAVES antennas apart as the best choice on the market. Firstly, our antennas are built using a proprietary manufacturing process that guarantees exceptional repeatability and short lead time. Secondly, they are highly adaptable, covering a wide range of frequencies and applications. Additionally, ANYWAVES antennas are lightweight and compact, making them ideal for space missions and other demanding applications. With unmatched reliability, quality, and performance, ANYWAVES antennas consistently deliver outstanding results, making them the top choice for discerning customers in the industry. We have written a full article to help you understand the specificities of our antennas and design process, you can read it here.
I don’t know which antenna to buy, can you help?
Absolutely! At Anywaves, we understand that choosing the right antenna can be challenging. 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.
Where are Anywaves Antenna manufactured?
All of our antennas are entirely designed and manufactured in France. Our French production suppliers have been carefully selected for their quality of service, their EN9100 certification and their spatial specialization. This allows us to ensure the highest standards of precision, reliability, and performance in every antenna we produce. By controlling the manufacturing process, we can closely monitor and optimize the quality at every step, resulting in antennas that meet the specific needs of our customers.
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