Aitech Systems, a provider of ruggedized computing and space solutions, has introduced its advanced space-rated system architectures, aimed at enhancing capabilities in Earth observation, communications, and robotics for a wide range of satellite and orbital applications. Designed to accelerate development and reduce costs, Aitech's unified architectures leverage Commercial Off-the-Shelf (COTS) technology to deliver highly reliable, high-performance computing solutions suitable for critical space missions across all orbit levels.
Key Features of Aitech’s Space-Ready Solutions
Space Digital Backbone (DBB): Aitech’s innovative DBB framework integrates high-speed, secure connectivity within and between satellite communication systems. This backbone enables rapid data transfer and reliable performance for mission-critical satellite functions, even in high-orbit environments.
Earth Observation: Aitech’s qualified hardware and software systems provide real-time data processing, high-resolution imaging, and enhanced situational awareness. These systems leverage COTS technology for rapid deployment and robust performance, ensuring comprehensive Earth observation capabilities for space superiority.
Communications and Data Handling: Aitech’s Communications, Computation & Data Handling (CCD&H) subsystems empower satellite constellations and swarms with high-speed data transfer, low-latency processing, and data sharing capabilities. The system architecture supports local edge computing and shared storage, seamlessly handling multiple data streams for robust payload operations.
Power Control Systems: Aitech’s power subsystems provide precise control for mission-critical systems, managing output and limiting transients to ensure consistent power across interconnected satellite components. This power control is essential for maintaining reliability and stability in space’s demanding environments.
Robotics and Autonomy: Aitech’s space-rated robotics systems provide the power and control needed for autonomous motor and servo operations, enabling responsive, adaptable functionality in rugged conditions. This advancement supports the growing demand for autonomous solutions in space applications.
Ralph Grundler, Aitech’s Director of Space Business Development, highlighted the shift from custom-designed, space-qualified systems to COTS-based technology as a key enabler of faster timelines in space innovation. “Commercial space enterprises need economical, high-performance systems that uphold strict reliability and radiation tolerance standards. Aitech’s COTS-based architecture meets these needs while advancing the functionality of space-rated systems.”
Meeting the Needs of Commercial Space Exploration
Aitech’s unified space-ready systems are driving advancements in satellite functionalities like image data processing, communications, and navigation. The modular, scalable nature of these systems allows space agencies and commercial enterprises alike to deploy reliable, high-performance satellites without incurring the cost and time associated with custom-built hardware.
With over 30 years in the industry, Aitech’s contributions to space missions include the Multi-User System for Earth Sensing (MUSES) platform on the International Space Station and advanced CC&DH flight computers for recent satellite missions. As the commercial space sector continues to expand, Aitech’s space-rated systems are poised to play a crucial role in shaping the future of orbital exploration and connectivity.
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