Sharp Corporation is about to unveil a brand new idea mannequin of a satellite tv for pc communications consumer terminal at The third SPEXA – Space Business Expo, scheduled from May 27 to May 29, 2026, at Tokyo Big Sight. This improvement marks a big development in multi-orbit operations, permitting seamless communication throughout Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Earth Orbit (GEO).
The idea mannequin, making its debut on the expo, is designed to leverage satellite tv for pc networks throughout completely different orbital regimes, that are historically operated independently. Sharp goals to reinforce communication stability in difficult environments, together with throughout pure disasters, by advancing management applied sciences that facilitate seamless switching between these networks.
In addition to the multi-orbit terminal, Sharp will current a design mannequin for MEO functions, famous for its excessive Gain-to-noise temperature ratio (G/T) efficiency. This mannequin is engineered to help the Ka-band, recognized for high-speed and high-capacity communications, thereby enhancing reception sensitivity and guaranteeing steady communication high quality. This improvement is backed by funding from Japan’s National Institute of Information and Communications Technology.
Sharp may even exhibit its house photo voltaic cells, together with a light-weight “Film Sheet Type” and a “Glass Encapsulated Cell Type” that includes a Coverglass Integrated Cell construction. These improvements are designed for top effectivity and radiation tolerance, making them appropriate for long-duration missions reminiscent of planetary exploration.
These displays underscore Sharp’s dedication to advancing satellite tv for pc communication applied sciences, leveraging its experience in compact and light-weight design acquired by smartphone improvement. The firm continues to discover new avenues in offering steady connectivity in areas the place conventional mobile networks are inaccessible, reminiscent of mountainous and maritime areas.