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Frontgrade Gaisler

Frontgrade Gaisler is a leader in the development of sophisticated microprocessors, advanced hardware and software tools for space and high-reliability applications. The company's technology is integral to missions across the solar system, providing robust computing solutions for planetary exploration, scientific instruments, and satellite payloads. By engineering their products with fault tolerance and radiation-hardening techniques, Frontgrade Gaisler assures reliable operation in the most challenging environments. Their portfolio includes the NOEL RISC-V and LEON SPARC processor families, complemented by the extensive GRLIB IP Library. These IP cores target both FPGA and ASIC designs, providing flexible and powerful solutions for digital system development. With their comprehensive ecosystem, including VHDL IP cores and robust development tools, Frontgrade Gaisler facilitates the creation of custom System-on-Chip solutions. Headquartered in Sweden, Frontgrade Gaisler also champions space-grade reliability to terrestrial applications, extending their expertise beyond aerospace into industrial and safety-critical domains. Their commitment to advancing technology is supplemented by an active community, contributing to and benefiting from open-source resources and continuing collaborations with leading industry partners. Read more

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IPs available

LEON3 Processor

The LEON3 Processor stands as a robust SPARC V8 architecture core, engineered for space and other high-reliability applications. It excels in environments where fault tolerance is crucial, maintaining performance despite adverse conditions. Designed with VHDL, the LEON3 Processor is adaptable for use across both FPGA and ASIC technologies, granting designers the flexibility needed for diverse applications. It is supported by a well-established development ecosystem, ensuring smooth integration and advancement of system designs. Continuing its legacy of successful deployments, the LEON3 is trusted by space agencies and commercial institutions alike. Its integration within the GRLIB IP Library offers extensive functionality and support, complementing its capabilities and maximizing versatility for a broad array of computing tasks.

Frontgrade Gaisler

CPU, Multiprocessor / DSP, Processor Core Dependent, Processor Core Independent, Processor Cores

GR712RC Microprocessor

The GR712RC Microprocessor is a dual-core LEON3FT SPARC V8 processor, exhibiting radiation-hardened and fault-tolerant proprieties, making it highly reliable for critical space missions. Its robust architecture ensures sustained operation amidst space's adverse challenges. Providing advanced computational ability through its two cores, the GR712RC is ideal for both satellite and terrestrial applications that demand high reliability. The processor is equipped with SRAM and SDRAM controllers to cater to extensive data processing and storage needs, complemented by its suite of peripheral interfaces for communication. Used extensively in space programs, the GR712RC's proven track record in these demanding environments highlights its resilience and performance. Its availability within the GRLIB IP Library allows for convenient system design and integration, facilitating timely and efficient project deployment.

Frontgrade Gaisler

CPU, Processor Core Dependent, Processor Core Independent, Processor Cores, SDRAM Controller

NOEL-V Processor

The NOEL-V Processor is a highly adaptable processor implementing the RISC-V architecture, catering specifically for high-reliability applications such as those found in aerospace. This synthesizable model allows flexibility across a spectrum of design requirements, combining energy efficiency with robust performance. Engineered for excellence amid the harsh requirements of space environments, the NOEL-V core offers fault tolerance, ensuring dependable operation under rigorous conditions. The processor supports a wide performance range, adapting from low-power solutions to intensive computing tasks, providing optimal efficiency tailored for mission-specific needs. The NOEL-V utilises a comprehensive VHDL design targeting both FPGA and ASIC implementations, thus enabling seamless integration across multiple technological frameworks. Complemented by the GRLIB IP library, it features a rich collection of peripheral cores, simplifying complex system-on-chip (SoC) development and minimizing the time to market.

Frontgrade Gaisler

AI Processor, CPU, IoT Processor, Processor Core Dependent, Processor Core Independent, Processor Cores

GR740 SoC

The GR740 System-on-Chip (SoC) is a high-reliability, radiation-hardened component designed for demanding space applications. This advanced SoC features a quartet of LEON4FT SPARC V8 cores, which supports parallel processing for enhanced computational ability, making it suitable for complex payloads. With a focus on fault tolerance, the GR740 is engineered to withstand harsh space conditions, ensuring mission-critical performance without compromise. It integrates a comprehensive set of interfaces and memory controllers, including SpaceWire, CAN, and Ethernet capabilities, making it a flexible choice for diverse communication needs. The GR740 SoC benefits from a broad ecosystem of tools and support, allowing for seamless system integration and efficient development processes. Its adaptability in avionics and satellite operations asserts the GR740's commitment to advancing space technology.

Frontgrade Gaisler

AMBA AHB / APB/ AXI, CPU, Ethernet, Flash Controller, Processor Core Dependent, Processor Core Independent, Processor Cores, SDRAM Controller