Innovative Antennas,
Passives & Radar Technologies.
Passives & Radar Technologies.
In Anteral, we are experts in the design, fabrication and verification of high performance feed chains for on-board satellite systems.
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Anteral provides the best quality products based on antennas and RF components, offering ad-hoc design service to make our products fulfill any requirements you have on mind.
→ Antennas & Passives
→ Aerospace
→ Radar
→ Antennas & Passives
→ Aerospace
→ Radar
Anteral is also focused on universalize the use of radar technology by boosting innovative applications and making their radar solutions accessible for all.
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Visit uRAD→
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Our extensive heritage makes Anteral the perfect partner for different industry sectors: Space, SatCom, 5G & Telecom, Science & Academia, radar...
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Innovation is part of Anteral DNA. This is why we set aside a relevant part of our resources to research project, which strengthen and enlarge our know-how giving us the opportunity to create new developments.
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Anteral is formed by engineers and PhDs specialized in telecommunications, computing and electronics, who establish a highly qualified and multidisciplinary team able to face the most demanding challenges from our clients and partners.
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Thanks to the development and research behind Anteral’s designs and materials, we have been able to ship products all over the world, both at home and abroad.
Where have we placed our antennas?
Outside Earth:
-On launchers
-On satellites
-On cubesats and smallsats
On Earth
-Dual Polarized antennas for transmitting and receiving information from satellites
-S, X, DBS and Ka-band antennas.
-Dozens of products that you can find on our website: https://anteral.com/products/
But what needs to be taken into account for everything to work 100%?
Thousands of aspects have to be assessed, but today we are going to focus on the fate of these antennas. Where will they be located? And, therefore, what can affect them?
-Space: pressure, vibration, extreme temperatures, cosmic radiation, lack of maintenance…
-Industrial environments and cities: electromagnetic interference, extreme temperatures, vibrations…
-Polar regions and deserts: extreme cold or heat, low humidity, wind and sand impact.
All these factors, when considering the design, force us to establish a strategy:
- Selection of materials:
-Use of resistant materials in space applications.
-Materials with high thermal stability for extreme heat areas.
- Miniaturisation and efficiency:
-Compact antenna design for CubeSats and SmallSats.
-Optimisation of power consumption in remote areas.
- Protection and encapsulation:
-Resistant coatings and casings.
-Heat dissipation methods in space and industry.
- Testing and certification:
-Testing in anechoic and thermal vacuum chambers plus interference and vibration simulation.
That is why investment in R&D is important. Having the technological capability to meet such challenges makes it possible for us to access customers and projects with increasingly specific and special needs.
As a result, antenna design adaptation will continue to play a key role in the future of telecommunications.
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WE MAKE IT REAL
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