RISC-V automotive platform targets real-time control with RT-Europa
Quintauris has introduced RT-Europa as a RISC-V automotive platform aimed at real-time control in next-generation electronic control units (ECUs). The platform is positioned as a reference for integrating RISC-V cores in safety-critical automotive systems, from prototype through to series production.
For eeNews Europe readers, the announcement potentially signals how RISC-V could enter mainstream automotive microcontroller and domain-controller designs, with implications for SoC partitioning, toolchains and long-term sourcing strategies. It may also shape how European OEMs and Tier1s balance Arm-based and RISC-V-based platforms in future programs.
System-level reference for real-time RISC-V ECUs
RT-Europa is described as a “gold standard” reference for automotive real-time processors, providing a standardised foundation for SoC design, performance and interfacing, virtualisation and ecosystem integration. Instead of treating each RISC-V implementation as a bespoke project, the platform defines a common system-level layer intended to keep IP blocks, software stacks and tools interoperable.
According to Quintauris, the platform supports the RT-Europa Profile released earlier this year and extends it with reference architectures covering CPU clusters, memory hierarchies and peripheral integration. OEMs and Tier1 suppliers can, in principle, use that reference to evaluate different RISC-V IP options while maintaining comparable benchmarks for real-time performance and interrupt latency.
The RISC-V automotive platform is tightly linked to the Quintauris Test Automation Framework (QNTAF), which is used to validate hardware–software combinations and perform formal benchmarking. For engineers, that potentially offers a way to compare different IP vendors or software stacks without rebuilding an entire evaluation environment for each project. In the longer term, such a shared reference could influence how suppliers package functional safety artefacts and how quickly design teams can swap or re-qualify IP.
Ecosystem, validation tools and CES 2026 plans
The company positions RT-Europa as a step towards ecosystem-level alignment around RISC-V in automotive. The reference architectures are developed with IP, software and toolchain partners so that operating systems, compilers and debuggers can be integrated against a common baseline. With founding companies including Bosch, Infineon, Nordic Semiconductor, NXP, Qualcomm and STMicroelectronics, the initiative could resonate strongly in Europe, where many of those players already sit in OEM and Tier1 supply chains.
“As RT-Europa, we are providing the automotive RISC-V ecosystem with a concrete path to production-ready solutions,” said Angel Berrio, CPO of Quintauris. “By standardizing system-level interfaces and validating real-time performance across hardware and software, RT-Europa allows developers to accelerate innovation, reduce integration risks, and bring next-generation automotive processors to market faster.”
Quintauris plans to showcase RT-Europa reference architectures at CES 2026 in Las Vegas, alongside an early release of QNTAF, with demonstrations at both its own and Infineon’s spaces. The platform is expected to be available to customers and partners from January 2026, giving automotive design teams a defined window to evaluate RISC-V options against upcoming vehicle programs and E/E architectures.
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