British aerospace firm Isotropic Programs has raised £ 29.2m to develop next-generation antennas to dramatically enhance connectivity throughout the satellite tv for pc ecosystem

Isotropic Systems, based in London, has developed the world’s first flat and most spectrally efficient multiband and electronically controllable antenna. The company claims to have made a major breakthrough in terms of technology and innovative antenna design. These antennas are designed for satellite broadcast, VSAT, microwave, multi-point wireless communication, and 5G broadband communication. In particular, these antennas are inexpensive and have no moving parts.

Financing for the development of multi-beam antennas

In a recent development, Isotropic Systems, a leading developer of transformative broadband terminal technologies, announced that it has received over $ 40 million (nearly £ 29.2 million) to develop its groundbreaking multi-beam antennas.

The funding round was led by SES along with the participation of specialist space investors Orbital Ventures, the UK Government’s Future Fund and existing investors such as Boeing HorizonX Global Ventures, Space Angels and Firmament Ventures. The financing round combines both grants and equity financing from the UK government and market leaders in the aerospace and telecommunications industries.

This round was driven by the recent development contracts for Isotropic Systems’ transformation terminal, advanced testing over the air, and accelerated development and launch of the Phase 1 terminal expected in early 2022.

John Finney, Founder and CEO of Isotropic Systems, said, “As we expand our UK-based team, collaborative partnerships and capabilities, we pride ourselves on supporting UK technical innovations to address connectivity issues in a variety of key vertical and geographic markets solve the world. “

UK Science Secretary Amanda Solloway MP said: “The UK space sector is thriving and since connectivity has never been more important, it is important to support pioneering companies like Isotropic Systems who are taking advantage of the benefits space technology can bring to all of us on earth. With support from the UK government, these new multi-beam antennas will improve connectivity for all of us at home and to new technologies like driverless cars, while helping to create 150 high quality jobs in the UK as we rebuild better. “

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Steve Collar, CEO of SES, said, “Isotropic’s multi-beam antenna plays an important role in our multi-orbit strategy and is an essential requirement for advanced satellite services on land, in the air and at sea. Our investment reflects the potential we believe this breakthrough technology has for SES and the industry as a whole. “

Brian Schettler, Senior Managing Director of Boeing HorizonX Global Ventures, said, “Our continued investment in isotropic systems underscores our commitment to strengthening the global satellite ecosystem. The development of Isotropic’s unique RF optical technology will further accelerate the expansion of space connectivity to meet the growing demand for satellite data, transportation and mobility connectivity, and broadband services. “

According to Orbital Ventures / Promus Ventures, partner Gareth Keane said, “At Promus Ventures we invest in early-stage deep tech companies with exceptional teams and breakthrough ideas and technologies. Promus Ventures is proud to support Isotropic Systems with our support for Orbital Ventures space-focused funds. “

Eyes to speed up the production phase

Isotropic Systems was founded in 2013 by John Finney and uses the patented high frequency optics technology. In this way, the high performance multi-beam antenna can be connected to multiple satellites in multiple orbits at the same time without affecting the performance of each connection. It unlocks the global satellite ecosystem for unparalleled connectivity in a wide variety of sectors including government, defense, shipping, corporate, and aerospace.

In particular, Isotropic Systems plans to accelerate the production phase to support new constellations and satellites launching in all satellite orbits from 2022. The company plans to open a 20,000 square foot technology and testing facility near its headquarters in Reading, UK. In addition, the company will create an additional 150 highly skilled engineering roles in the UK over the next two years.

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