Satellite Solutions Leveraging Furukawa Electric’s Comprehensive Technological Expertise Developed Through Ground-Based Products
As the demand for communication and remote sensing services using satellites increases, the missions assigned to satellites are becoming increasingly sophisticated.
Therefore, it is necessary to increase the payload weight of mission equipment such as cameras and sensors, and bus components such as communication devices and On-Board computers are required to achieve further lightweighting, integration, and enhanced functionality.
Leveraging photonics technologies such as optical fiber cables and fiber lasers developed through years of research and development, heat dissipation technologies like heat pipes, power supply technologies, and comprehensive related technologies in design and manufacturing, we are working to provide new solutions that meet the miniaturization of devices and high-speed, large-capacity communication in the space domain.
Demostration Satellite「FUNADE」
To build flight heritage for satellite components such as Heat Pipe Module and On-Board Computer, we are jointly developing a demonstration satellite with the University of Tokyo.
Product Introduction
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Heat Pipe ModuleA heat pipe module that operates below freezing point and has excellent thermal conductivity under reverse operation (top heat) conditions. Ideal for thermal management in space where air convection heat dissipation is not possible.
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S-band TransceiverA S-band transceiver with size and weight suitable for ultra-small satellites, supporting multiple modulation/demodulation methods and high bit rates for high-speed communication. Enables rapid command from the ground and achievement of more advanced missions.
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On-Board computer (OBC)An OBC with high signal and computation processing capabilities, designed for rewriting in orbit. Supports rapid development of satellites with diverse configurations and missions.
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High Durability Aluminum Alloy Wire EFDURAL®New aluminum alloy wire with fine crystal grains developed using our unique metal technology. Strength is more than double that of pure aluminum, with vibration resistance and repeated bending resistance increased to over 100 times, while maintaining formability for bending and twisting processes.
“EFDURAL” are registered Japanese trademarks of Furukawa Electric Co., Ltd.
Information
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November 5, 2025InformationSatellite Components site is now opened.
Inquiries about Satellite Components