We are pleased to announce Hightec's latest LLVM-based RISC-V compiler solution, specifically engineered to support automotive applications and optimized for Infineon's automotive RISC-V virtual prototype platform. This advanced development solution enables automotive engineers to begin software development before physical hardware becomes available, facilitating early innovation and exploration of next-generation RISC-V automotive systems. The compiler addresses the automotive industry's increasing need for efficient, scalable real-time computing solutions, particularly as software-defined vehicles (SDVs) gain momentum. With RISC-V's open standard architecture positioned to influence future automotive E/E system designs, our solution provides a crucial foundation for this technological transition.
Technical Excellence and Performance
Hightec's RISC-V compiler delivers outstanding performance metrics, featuring exceptional code density and high-performance optimization specifically tailored for leading RISC-V IP implementations. The solution demonstrates seamless integration capabilities with Infineon's automotive RISC-V virtual prototype, as showcased through comprehensive CAN demonstrations running in Virtualizer SDK environments. These demonstrations highlight essential prototype capabilities while supporting TriCore™ migration assessments and future design exploration.
Comprehensive Development Bundle
To accelerate prototyping and development processes, we have collaborated with Infineon and a leading RISC-V IP provider to create an extensive getting-started package. This comprehensive bundle provides early access to Infineon's automotive RISC-V virtual prototype, complete software toolchains, and detailed tutorial materials. The solution represents a significant step forward in automotive RISC-V development, combining proven compiler technology with cutting-edge virtual prototyping capabilities to support the automotive industry's digital transformation.