RISC-V Automotive Platform Focuses on Real-Time Control

Quintauris has unveiled RT-Europa as a cutting-edge RISC-V automotive platform designed for real-time control within next-generation electronic control units (ECUs). This platform serves as a benchmark for integrating RISC-V cores into safety-critical automotive systems, from initial prototypes to full-scale production. The introduction of RT-Europa signifies a potential shift in the automotive industry towards incorporating RISC-V technology into mainstream microcontroller and domain-controller designs, impacting aspects such as SoC partitioning, toolchains, and long-term sourcing strategies.

For readers of eeNews Europe, this announcement hints at the increasing relevance of RISC-V in automotive applications and how it may influence the choices made by European OEMs and Tier1 suppliers when selecting between Arm-based and RISC-V-based platforms for future projects.

Enhancing Real-Time RISC-V ECUs

RT-Europa is positioned as a system-level reference for real-time RISC-V ECUs, offering a standardized foundation for SoC design, performance optimization, interfacing, virtualization, and ecosystem integration. Rather than approaching each RISC-V implementation as a unique project, this platform establishes a common system-level layer to ensure interoperability among IP blocks, software stacks, and tools.

Quintauris highlights that the platform builds upon the RT-Europa Profile released earlier in the year, expanding it with reference architectures that encompass CPU clusters, memory hierarchies, and peripheral integration. This enables OEMs and Tier1 suppliers to evaluate various RISC-V IP options while maintaining consistent benchmarks for real-time performance and interrupt latency.

The RISC-V automotive platform is closely linked to the Quintauris Test Automation Framework (QNTAF), which facilitates the validation of hardware-software combinations and formal benchmarking. This integration offers engineers the ability to compare different IP vendors or software stacks without the need to reconstruct an entire evaluation environment for each project, potentially streamlining the evaluation process and influencing how functional safety artifacts are packaged by suppliers.

Ecosystem Development, Validation Tools, and CES 2026 Plans

Quintauris positions RT-Europa as a significant step towards fostering ecosystem-level alignment around RISC-V technology in the automotive sector. The development of reference architectures in collaboration with IP, software, and toolchain partners ensures that operating systems, compilers, and debuggers can be seamlessly integrated against a shared baseline. With key industry players such as Bosch, Infineon, Nordic Semiconductor, NXP, Qualcomm, and STMicroelectronics involved in the initiative, the impact is expected to resonate strongly in Europe.

Angel Berrio, CPO of Quintauris, emphasized the role of RT-Europa in providing the automotive RISC-V ecosystem with a clear path to production-ready solutions. By standardizing system-level interfaces and validating real-time performance across hardware and software components, RT-Europa aims to accelerate innovation, mitigate integration risks, and expedite the introduction of next-generation automotive processors to the market.

Quintauris is gearing up to showcase RT-Europa reference architectures at CES 2026 in Las Vegas, alongside an early release of QNTAF, with demonstrations planned at both its own and Infineon’s exhibition spaces. The platform is slated to be accessible to customers and partners starting from January 2026, providing automotive design teams with a defined timeframe to assess RISC-V options in alignment with upcoming vehicle programs and E/E architectures.