Key Takeaways
- Constellation Technologies & Operations (CTO) is developing VLEO satellites to offer high-speed internet access from space, using 5G mmWave technology.
- CTO’s Early Test payload will launch in June 2025, marking the first use of 5G mmWave for satellite internet transmission globally.
- CTO has expanded its leadership team to support growth and innovation in space telecommunications, aiming for universal connectivity.
CTO’s Innovative Leap in Space Telecommunications
Less than six months after securing €9.3 million in funding, Constellation Technologies & Operations (CTO) is on track to revolutionize satellite-based internet services. The startup is creating a constellation of Very Low Earth Orbit (VLEO) satellites, enabling telecom operators to offer high-speed, low-latency internet access globally, akin to current terrestrial networks.
A significant milestone has been achieved with the unveiling of CTO’s first regenerative operational payload, named the Early Test. This payload underwent extensive ground testing under simulated space conditions and has now been integrated into D-Orbit’s ION satellite platform, paving the way for its launch in June 2025. This launch will be the first instance of using the 5G mmWave spectrum for high-speed internet data transmission via satellite, marking a pivotal moment in space telecommunications.
CTO’s innovative technology utilizes the 5G mmWave spectrum for ultra-fast, low-latency internet transmission, which has never been employed in satellite telecommunications before. The Early Test payload’s design sought to integrate and validate CTO’s essential hardware and software technologies for maintaining high-speed connectivity. Following rigorous ground tests, its successful integration into a satellite platform signifies a crucial step toward CTO’s goal of becoming a key player in providing connectivity services from space, reinforcing Europe’s competitiveness in this domain.
Charles Delfieux, CEO of CTO, highlighted the significance of the regenerative 5G mmWave payload as a groundbreaking innovation, underscoring CTO’s commitment to merging terrestrial and space connectivity. “It is a fundamental brick to continue developing the next generation space infrastructure for telecoms operators that they can operate as they do today with terrestrial networks,” Delfieux stated.
This state-of-the-art technology creates new opportunities for telecom operators by extending their coverage beyond the limits of current terrestrial infrastructure while leveraging their existing 5G mmWave spectrum. CTO’s strategy presents a cost-effective solution for delivering high-performance connectivity to rural and underserved areas. By utilizing a shared space-based telecommunications network, telecom operators can avoid heavy investments required for expanding terrestrial networks into low-density regions. This approach allows operators to diversify their service offerings beyond traditional fiber and cellular solutions.
To support this ambitious project, CTO has strengthened its management team by expanding its workforce to over 30 experts, concentrating on leadership roles. The enhanced leadership is aligned with CTO’s strategy of innovation and industrialization, reflecting its commitment to building a sustainable organization while attracting and retaining top talent in the telecommunications and space industries.
With these advancements and an experienced team, CTO is positioning itself as a significant player in the space telecommunications sector, actively contributing to the vision of universal connectivity.
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