AUSTIN, Texas - CesiumAstro in Austin, Texas has unveiled its new satellite platform, Element, designed for use in defense and commercial sectors. CesiumAstro says its system offers adaptable and reconfigurable payloads, aimed at enhancing satellite flexibility for a range of mission requirements.
CesiumAstro, which has expertise in phased array technology, has focused efforts on developing advanced satellite communication systems. The introduction of Element is the latest step in its product development, built on the company's core expertise in scalable, integrated satellite systems.
“With Element, we’re showcasing years of innovation in phased array technology,” said Shey Sabripour, Founder and CEO of CesiumAstro. “Our team has built a platform that not only pushes technological boundaries but also meets the evolving needs of defense and commercial customers.”
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According to Trey Pappas, Vice President of Business Development at CesiumAstro, the new platform is designed to simplify the integration process for customers. “By offering a multi-beam active phased array satellite, we provide customers with a solution that reduces integration complexities and time-to-orbit. Element’s design enhances mission flexibility, performance, and reduces overall system costs,” Pappas said.
Mike Cheung, Vice President of Product at CesiumAstro, emphasized the platform’s scalability. He noted that while Element was initially developed for defense applications, it is adaptable for broader use in the space connectivity market. “We engineer our products for dual use and scalability from the ground up. Initially designed for defense applications, Element transitions seamlessly into all space connectivity markets, addressing both national security needs and commercial space industry opportunities,” said Cheung.
Element features advanced phased array antenna technology, developed using CesiumAstro’s expertise in the field. The satellite’s fully integrated design is intended to increase efficiency and performance in a range of missions. Connectivity systems have been upgraded to improve data transmission capabilities. The platform’s reconfigurable payloads allow it to adjust to evolving mission conditions.
