
Astrome Technologies is a deep‑tech startup that specializes in high‑performance millimeter‑wave and satellite communication solutions for 5G, rural broadband, and defense applications. Leveraging patented E‑band radios, phased‑array smart antennas, and advanced beam‑forming, the company delivers end‑to‑end 5G fronthaul and backhaul platforms that enable rapid deployment of next‑generation wireless infrastructure. Its product portfolio spans satellite terminals, gigamesh backhaul, RF design, and thermal management, positioning Astrome as a leader in bridging the connectivity gap for underserved regions and critical defense networks. By combining cutting‑edge RF engineering with scalable satellite integration, Astrome offers a unique, turnkey approach that accelerates 5G roll‑out while ensuring reliability and resilience.
Design and develop mechanical systems for enclosure structures, including payload integration platforms and mechanisms. Collaborate with cross-functional teams to define mechanical requirements and integrate subsystems into the overall system design. Perform finite element analysis (FEA) and other simulations to evaluate the structural integrity of designs against operational loads.
Astrome Technologies is a deep‑tech startup that specializes in high‑performance millimeter‑wave and satellite communication solutions for 5G, rural broadband, and defense applications. Leveraging patented E‑band radios, phased‑array smart antennas, and advanced beam‑forming, the company delivers end‑to‑end 5G fronthaul and backhaul platforms that enable rapid deployment of next‑generation wireless infrastructure. Its product portfolio spans satellite terminals, gigamesh backhaul, RF design, and thermal management, positioning Astrome as a leader in bridging the connectivity gap for underserved regions and critical defense networks. By combining cutting‑edge RF engineering with scalable satellite integration, Astrome offers a unique, turnkey approach that accelerates 5G roll‑out while ensuring reliability and resilience.