Frontgrade Gaisler

We are proud to announce our new RISC-V processor, NOEL3. Featuring a fault-tolerant barrel architecture, NOEL3 is designed to utilize a small area footprint while ensuring execution predictability. This makes it the perfect choice for microcontrollers and small control processors in FPGAs. NOEL3 will enable the execution of multiple concurrent tasks with predictable timing, making it a top choice for real-time applications. #riscv Learn more on our website or come talk to us at our booth at the RISC-V in Space workshop! https://lnkd.in/dY6REEyE

🚀 1,100 followers – this community is growing! The RISC-V in Space community has hit over 1,100 followers! It’s great to see so many of you engaged in RISC-V and space technology. Huge thanks for being part of this journey! Make sure to share this page with your colleagues! We’re looking forward to next week and the chance to meet many of you in person in Gothenburg, Sweden! #riscv #spacecomputing

Today, we honor the remarkable field which explores the vastness of the universe and gives us a deeper understanding of our place within it. From the study of distant galaxies to the intricacies of our own solar system, astronomy plays a pivotal role in advancing our knowledge of space, time, and the fundamental forces of nature. 🌍🔭 Astronomy Day serves as an opportunity to engage with the scientific community, appreciate the beauty of the cosmos, and inspire curiosity about the universe's many mysteries. Whether through telescopes or educational events, it’s a chance to connect with the wonders of space and the ongoing efforts of astronomers worldwide. 🌟✨ #AstronomyDay #Astronomy #SpaceScience #Stargazing #ScientificExploration #STEM #CosmicDiscovery

This was a new experience for me - recording a podcast led by Sean Hehir - the CEO of BrainChip - where we talked about our collaboration and the benefits of neuromorphic processors. Follow BrainChip for the release of the podcast! And make sure to follow RISC-V in Space where you soon will find out more about what we are up to. #spacecomputing

Magnus Hjorth will be presenting at the RISC-V in Space. Do not miss his presentation! GR765 – Octa-Core Rad-Hard Microprocessor' 📅 Date: 2nd April 🕒 Time: 17:00

We’re excited to celebrate 5000 followers here on LinkedIn! 🚀 A huge thank you to our community for your support, engagement, and interest in our work. At Frontgrade Gaisler, we remain committed to advancing computing solutions for space and other demanding applications. Your support fuels our mission, and we look forward to sharing more innovations with you here. #SpaceComputing

The GR765 is the next generation rad-hard octa-core RISC-V/SPARC microprocessor. With modern capabilities like virtualization, SIMD processing, Gigabit Ethernet, PCIe, and SpaceFibre coupled with interfaces such as SpaceWire, CAN FD, and MIL- STD-1553B, the GR765 is a highly integrated solution, minimizing the need for external components. Furthermore, its embedded FPGA enhances the system’s flexibility. While the tapeout date is approaching, it is already possible to develop and debug target applications using the TSIM3-GR765 simulator. Learn more on our website or come talk to us at our booth at the RISC-V in Space Workshop! https://lnkd.in/d3XUY4Fx

Frontgrade’s new rad-tolerant SADE is designed to operate as a universal stepper motor controller for missions from Low Earth Orbit to Deep Space. 🔹 Precision Control: SWaP-C optimized system for reliable solar array operation. 🔹 Mission-Ready: High reliability enables up to 5 year mission duration. 🔹 Rad Tolerant & NASA Qualified: 30krad TID, NASA PEM INST-002 Level 3. 🔹 Expandable & Customizable: Modular design for multi-channel operations. For dependable solar array performance, trust Frontgrade’s SADE: https://lnkd.in/gQpHBz_A #FrontgradeTech #SpaceTech #SolarArrays #NASAQualified #MissionReady #RTSADE #PrecisionControl #SpaceExploration

Don't miss the presentation made by Jan Sommer from the German Aerospace Center (DLR), at the Flight Software Workshop - "Stellar Apps: On-Board Application Framework for Space Missions". The presentation covers the Stellar Apps software platform which enables the secure, efficient, and flexible use of the spacecraft on-board computing capabilities by a variety of third-party applications. It also discusses the Scalable On-board computing for Space Avionics (ScOSA) and the ScOSA Flight Experiment on CAPTn-1 which hosts a GR712RC LEON3FT dual-core microprocessor. #leon3ft #gr712rc The presentation is available for download from the workshop website: https://lnkd.in/dJcN5zZd Picture credit: German Aerospace Center (DLR)

Don't miss the presentation made by Prof. Rodrigo França, from Centro Universitário do Instituto Mauá de Tecnologia, at the Flight Software Workshop - "Space Instrument Virtualization, Development, and Validation Using Open-Source Tools - Case Study: The VenSpec-M Instrument for NASA’s VERITAS Mission". The presentation discusses how virtualizing a space instrument can be beneficial (flexibility, cost, risk mitigation), and how it was applied on the GR712RC LEON3FT dual-core microprocessor. #leon3ft #gr712rc The presentation is available for download from the workshop website: https://lnkd.in/dRhxHSex