Radiation-Hardened Reconfigurable Microchip for High-Reliability Systems

Traditional microchips used in aerospace and industrial applications lack adaptability and must be pre-configured for specific tasks, limiting operational flexibility. Spherical System’s reconfigurable microchip offers a programmable, software-defined logic structure, enabling real-time updates without requiring hardware modifications. Key features include: radiation hardening [engineered to withstand high-radiation environments (100+ krad, SEL immune) ensuring long-term reliability in space and extreme terrestrial settings; adaptive processing architecture (for on-the-fly reconfiguration, optimising performance based on real-time data and mission needs); built-In redundancy and fault tolerance (enables continued operation despite localised failures, crucial for autonomous and remote applications); and low-power, high-efficiency design (for power-constrained environments, such as spacecraft, drones and off-grid industrial systems). This microchip provides a versatile solution for safety-critical and high-reliability applications, making it ideal for industries beyond aerospace, including renewable energy management, automotive artificial intelligence (AI) and industrial automation.

• Dynamic reconfiguration: Unlike traditional ASICs (application-specific integrated circuits), this chip allows software-based logic changes post-deployment, extending system lifespan and adaptability
• Radiation and fault tolerance: Meets stringent space and high-radiation environment requirements, ensuring robustness in nuclear energy, defence and high-altitude aviation applications
• Reduced hardware complexity: Eliminates the need for multiple dedicated chips, reducing system mass, volume and cost while increasing overall performance
• Cross-industry adaptability: Originally designed for space but transferable to energy grids, autonomous transport systems and secure telecommunications infrastructure

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