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The GR712RC is a dual-core microprocessor based on the LEON3FT SPARC V8 architecture. Designed for space environments, it offers high fault tolerance critical for sustained operation in extreme conditions. The processor interfaces seamlessly with various memory and peripheral controllers via the GRLIB IP library, ensuring easy integration into complex computing systems. Its robust architecture is tailored for use in satellite payloads and control systems, providing dependable performance in missions where reliability is paramount.
The NOEL-V Processor is a high-performance synthesizable VHDL model built on the RISC-V architecture. It offers flexibility across a spectrum of design requirements from cost-effective, low-power systems to advanced high-performance applications. Enhanced with fault tolerance, this processor is designed to ensure robust operation under extreme conditions relevant in space missions. The NOEL-V is easily integrated into complex systems-on-chip (SoCs) using GRLIB library cores, facilitating the rapid development of fully customized solutions.
The LEON3 is a SPARC V8 compliant processor, offering unmatched fault tolerance that makes it particularly suited for high-reliability applications in space. Embodying a well-proven design, it delivers efficient performance while ensuring that critical systems remain operational during radiation events. The processor is fully integrable with the GRLIB IP library, enabling developers to efficiently construct sophisticated systems with a broad range of IP cores. Its adaptability and established success in numerous missions testify to its reliability.
Integrating advanced technology with space reliability, the GR740 SoC is a system-on-chip featuring a quad-core LEON4FT processor coupled with a wide range of peripheral IP cores. Specifically designed for high-reliability applications, the GR740 combines computational power with radiation-hardening features to deliver a solution that maintains performance under the most demanding conditions. This SoC suits data-intensive applications in aerospace, providing developers with the reliability needed for critical space operations.
The GR718B is a sophisticated SpaceWire router designed to manage complex network topologies in space systems. It supports up to 18 ports, providing a robust solution for interconnect requirements in systems requiring high-bandwidth data transfer. Engineered with fault-tolerance in mind, the router ensures reliable communication in demanding space environments, making it integral to satellite payload systems and distributed spacecraft networks.
The Hardware Security Module offers a dedicated solution for implementing critical cryptographic tasks, including secure key management and data encryption in space applications. Designed as an IP core, it ensures that systems can maintain data integrity and secure communications through robust cryptographic processing. Its architecture is optimized for flexibility and reliability, addressing the stringent security requirements of space missions and related terrestrial applications.
The GR801 is a sophisticated neuromorphic AI engine combining neural and traditional RISC-V computations for advanced space applications. Designed to enhance AI processing capabilities under harsh conditions, GR801 supports energy-efficient computing and complex machine learning tasks. Through its unique structure, it brings forth new mission concepts for data-heavy space operations, facilitating innovative approaches in autonomous decision-making and data processing beyond Earth's atmosphere.
The GR765 Processor offers a high-performance solution with an octa-core configuration based on the SPARC LEON architecture augmented by embedded RISC-V cores. Engineered for space applications, this processor enhances computational performance while maintaining the necessary tolerance for radiation and other space-related challenges. Its unique combination of cores ensures flexibility in handling a variety of data processing tasks, making it a prime candidate for future space technology deployments.
The GR716A is a robust microcontroller, designed to provide reliable mixed-signal processing with a balance of performance and radiation tolerance. It features a SPARC V8 processor core with fault-tolerant capabilities, ensuring resilience in space environments where reliability is crucial. This microcontroller supports various interfaces, enhancing its applicability in multiple mission-critical scenarios, from payload control to communication systems.
The GR716B, an advanced development in the rad-hard microcontroller lineup, offers enhanced DMIPS performance and mixed-signal processing capabilities. Designed for applications demanding high reliability and precision, the GR716B is suited for a wide array of tasks from data acquisition to control systems in space. It provides extensive interface support, enabling robust integration into complex systems, ensuring mission success through its fault-tolerant design.
The AES 128 is an encryption core that implements the Advanced Encryption Standard, providing high-throughput symmetric encryption for secure data transactions. Suitable for protecting sensitive information in critical systems, this core ensures data integrity and privacy across a range of applications. It is designed for seamless integration within larger systems, offering robust security against unauthorized access and ensuring data confidentiality in space and ground-based operations.
This 18-port SpaceWire Router provides extensive connection capabilities to support high-speed data transfer and communication in space systems. Suitable for managing complex network configurations, it ensures the robust handling of data throughput, making it a vital component for satellite backend systems. Its design incorporates principles of fault tolerance, essential for sustaining system integrity in the variable environments encountered in space missions.
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