The Radiation Hardened eFPGA technology developed by LeWiz Communications brings unprecedented reliability and scalability to radiation-sensitive applications. Known for its self-correcting features, this technology leverages a protected array along with RAM to ensure error mitigation and continuous operation even under extreme conditions. The eFPGA is designed to withstand harsh environments such as those encountered in aerospace and defense industries, providing a highly flexible, scalable architecture based around a Local User Terminal (LUT) array.
This revolutionary eFPGA supports multiple configuration methods, ensuring it can adapt to different application needs while maintaining high reliability. By enabling robust fault tolerance, the technology guarantees high-level performance in crucial applications where failure is not an option. Furthermore, its modular approach provides extensive adaptability, allowing users to scale their solutions according to their specific requirements.
LeWiz’s Radiation Hardened eFPGA epitomizes a breakthrough in balancing efficiency and adaptability, making it an attractive choice for developers seeking reliable solutions in unpredictable settings. Through leveraging this eFPGA, stakeholders in aerospace missions and military deployments can enhance their system reliability, lead pioneering advancements and securely manage communications even amidst radiation-intensive environments.
