Satellite Communication (Satcom)

Satellite communication systems enable the transmission of data, voice and video across the globe, supporting broadband connectivity, mobility services and broadcasting. These missions depend on high-performance RF systems capable of handling large data volumes with reliability and consistency.

At Anywaves, we design antennas, RF electronics and payload technologies that support satcom missions end-to-end — from signal transmission to reception — ensuring robust communication links and high data throughput in orbit.

Applications

Satcom missions cover a wide range of use cases, from broadband internet constellations to mobile connectivity and broadcasting services.

These applications require efficient RF architectures, high-gain antennas and reliable payload integration to ensure continuous connectivity and service quality.

Broadband Connectivity

Mobile Satellite Services (MSS)

Broadcasting

Inter-satellite Links

Satellite constellations provide global internet access, particularly in remote or underserved areas. These systems require high-throughput payloads and efficient data downlink capabilities.

Satcom enables communication for maritime, aeronautical and land mobility applications, requiring reliable links and wide coverage.

Satellite communication supports television and media broadcasting, delivering high-quality content to large geographic areas.

Modern constellations rely on communication between satellites to optimize data routing and reduce latency, requiring advanced RF and payload technologies.

Challenges in satellite communication systems

High data throughput

Increasing demand for bandwidth requires RF systems capable of handling large volumes of data efficiently.

Link reliability

Communication links must remain stable across varying orbital conditions and mission durations.

Spectrum efficiency

Efficient use of frequency bands is critical to maximize performance and avoid interference.

SWaP constraints

Communication payloads must deliver high performance within strict size, weight and power limits.

Antennas and RF electronics combined

We design both passive and active RF elements to ensure consistent performance across the full communication chain.

High-gain and high-throughput solutions

Our technologies support high data rate missions, from broadband constellations to payload telemetry.

Payload-level expertise

We contribute beyond components, supporting subsystem and payload integration for satcom missions.

Flight-proven performance

Our solutions are qualified for space environments and designed for long-term operational reliability.

Triton-X

Triton-X is a high-performance microsatellite platform designed to support demanding missions in Earth observation, telecommunications, and security. Built for scalability and efficiency, it enables high data throughput within compact architectures. EmTroniX contributed key avionics systems, including onboard computing and high-speed communication subsystems, enabling reliable data processing and transmission for advanced satellite missions.

Launched October 2023

Featured

LuxSpace
OHB

Product

Onboard computer
High-Speed communication subsystems

Omnispace Spark 1 & 2

Omnispace Spark-1 and Spark-2 are technology demonstration satellites launched in 2022 to validate Omnispace’s hybrid non-terrestrial 5G communications network in Low Earth Orbit.
Anywaves contributes to the missions with its S-Band TT&C antennas, ensuring reliable telemetry, tracking, and command communications in orbit.

Launched April 2022

Featured

Thales Alenia Space
Omnispace

Product S-Band TT&C Antenna

Contact us

Planning a satellite communication payload or connectivity mission? Let’s discuss how our antennas, RF electronics and payload technologies can support your link performance, data throughput and system architecture.

Questions & Answers

What defines performance in a satcom mission?

Performance depends on the entire RF chain, including antenna gain, RF front-end efficiency, and payload architecture, all contributing to data throughput and link reliability.
Why are high-gain antennas critical?

They enable long-distance communication and high data rates by focusing RF energy efficiently.
How do you support high-throughput constellations?

Through optimized RF designs, high-performance antennas and integrated payload solutions tailored to large-scale deployment.
Do you provide full communication subsystems?

We provide antennas, RF electronics and payload technologies, contributing to the overall communication system performance.

Satellite communication antennas, RF systems and payload technologies

Satellite communication systems enable global connectivity, from broadband internet constellations to broadcasting and mobile services. These missions require high-performance RF systems capable of handling large data volumes while maintaining reliable communication links.

Anywaves develops antennas, RF electronics and payload technologies for satellite communication applications, supporting manufacturers and operators with high-throughput, reliable and scalable solutions. Our expertise ensures efficient signal transmission and robust performance across modern satcom systems.