Periodic Reporting for period 1 - Greenerwave (The first high-performance, low-cost flat panel antenna terminal at Ka band to unlock the full potential of satellite-based broadband communications)
Berichtszeitraum: 2023-12-01 bis 2024-11-30
Be connected everytime everywhere has become key for our world. Part of this connectivity is bringing by satellite constellations. The satellite communication market is growing fast due to the emergence of LEO constellations. To cater the needs of the end user, high performances and affordable satellite communication terminals are needed.
The project objective is to develop a competitive European SATCOM end user terminal in the Ka band compatible to GEO and NGSO constellation (IRIS² or other NGSO constellation). Greenerwave is developing a new type of flat panel antenna for the Ka band using proprietary beamforming technologies that shift the complexity from the hardware to the software, achieving low production costs and low energy consumption (at least x5 reduction compared to state-of-the-art in both cases), and thus solving the main bottleneck for mass adoption of LEO/MEO mega-constellations. The solution is seen as a key enabler for the EU-based planned IRIS² multi-orbit constellation, a strategic asset for Europe. Greenerwave has already received interest from 20+ European, US, Asian satellite operators, and MoDs, suggesting high market demand.
Based on a B2B model and the establishment of solid partnerships, Greenerwave forecast hundreds of millions of revenues before the end of the decade. The Greenerwave vision is to achieve mass-market adoption and become a global european and world leading provider of flat panel antennas for user terminals in the satellite communication market.
The project objective is to develop a competitive European SATCOM end user terminal in the Ka band compatible to GEO and NGSO constellation (IRIS² or other NGSO constellation). Greenerwave is developing a new type of flat panel antenna for the Ka band using proprietary beamforming technologies that shift the complexity from the hardware to the software, achieving low production costs and low energy consumption (at least x5 reduction compared to state-of-the-art in both cases), and thus solving the main bottleneck for mass adoption of LEO/MEO mega-constellations. The solution is seen as a key enabler for the EU-based planned IRIS² multi-orbit constellation, a strategic asset for Europe. Greenerwave has already received interest from 20+ European, US, Asian satellite operators, and MoDs, suggesting high market demand.
Based on a B2B model and the establishment of solid partnerships, Greenerwave forecast hundreds of millions of revenues before the end of the decade. The Greenerwave vision is to achieve mass-market adoption and become a global european and world leading provider of flat panel antennas for user terminals in the satellite communication market.
Since the start of the project, Greenerwave succeed to develop the first Ka single aperture electronically steerable antenna covering the full Ka band (including the military Ka band). This is a huge milestone for the company.
To do that, the Greenerwave had to design all of the parts of the beamformer, meaning:
- Develop a new design of wideband metasurface able to cover from 17 to 31 GHz;
- Develop a distributed wideband feeding system able to manage transmission and reception for this beamformer;
- Develop a wideband semi-transparent mask;
- Validate the fabrication and assembly process with electronic manufacturing partners to build the beamformer (assemble all of the subsystems inside a cavity).
To do that, the Greenerwave had to design all of the parts of the beamformer, meaning:
- Develop a new design of wideband metasurface able to cover from 17 to 31 GHz;
- Develop a distributed wideband feeding system able to manage transmission and reception for this beamformer;
- Develop a wideband semi-transparent mask;
- Validate the fabrication and assembly process with electronic manufacturing partners to build the beamformer (assemble all of the subsystems inside a cavity).
The wideband single aperture Ka antenna developed by Greenerwave is a new way to conceive an ESA antenna. Compared to the competition, this solution is a game changer, it is :
- low power consumption and low heat dissipation (passive ESA);
- easy to integrate (strategic for mobile assets (vehicles, ships, aircrafts, UAVs);
- easy to manufacture (massive market compatible), because the hardware remains on COTS components;
- an affordable ESA antenna (low bill of materials).
Other benefits of the technology is the agility of the antenna. It is basically a software defined antenna. It means we can shape the wave the way we want. Full duplex, half duplex, single beam, multibeam, frequency, polarization, etc., all of the features are controlled by software.
We already did some demonstrations using GEO Ka satellites, showing all the features listed above. Other demonstrations will be done in the next months.
- low power consumption and low heat dissipation (passive ESA);
- easy to integrate (strategic for mobile assets (vehicles, ships, aircrafts, UAVs);
- easy to manufacture (massive market compatible), because the hardware remains on COTS components;
- an affordable ESA antenna (low bill of materials).
Other benefits of the technology is the agility of the antenna. It is basically a software defined antenna. It means we can shape the wave the way we want. Full duplex, half duplex, single beam, multibeam, frequency, polarization, etc., all of the features are controlled by software.
We already did some demonstrations using GEO Ka satellites, showing all the features listed above. Other demonstrations will be done in the next months.