#United Kingdom #Bristol #WITTENSTEIN #SAFERTOS #AMD Versal

WITTENSTEIN High Integrity Systems Showcases SAFERTOS® on AMD Versal AI Edge VEK280 Platform

WITTENSTEIN high integrity systems (WHIS) has achieved a significant milestone in the automotive sector by successfully demonstrating its safety-critical Real Time Operating System, SAFERTOS®, running on both core types of the AMD Versal™ AI Edge Series VEK280 Evaluation Kit. This platform integrates the Arm® Cortex®-R5F for deterministic performance alongside Cortex-A72 for high-end applications, thus embracing the growing demand for performance and safety in modern automotive systems.

Harnessing Heterogeneous Architectures

The AMD Versal AI Edge VEK280 kit is designed to leverage heterogeneous computing, allowing developers to harness the power of high-performance cores along with real-time cores. This capability is crucial as automotive systems require robust performance without sacrificing safety. WHIS's demonstration represents an innovative approach to effectively partition safety-critical workloads while allowing flexibility for advanced applications.

“By using the AMD Versal AI Edge Series, we’re providing developers with the tools to maximize their workflow efficiency and improve system reliability,” stated Andrew Longhurst, Managing Director at WHIS.

A New Benchmark in Safety and Reliability

With the automotive industry continuously striving for secured and efficient systems that can handle complex, mixed-criticality workloads, the combination of SAFERTOS® with the AMD platform sets a new standard. The pre-certified nature of SAFERTOS® ensures compliance with industry standards, reducing time and costs significantly for automotive OEMs and Tier 1 suppliers who must adhere to stringent safety regulations.

SAFERTOS® comes certified to IEC 61508 SIL3 and ISO 26262 ASIL D, emphasizing its suitability for safety-critical functions critical in applications such as braking systems and advanced driver assistance systems (ADAS).

Additionally, the architecture of SAFERTOS® allows it to operate independently on each core, offering intrinsic isolation between safety-critical and non-critical processes. This design not only simplifies system architecture but also enhances reliability, proving to be immensely beneficial in resource-constrained environments typical in automotive electronic control units (ECUs).

Ensuring Performance Without Safety Trade-offs

Simon George, Director of Embedded Systems at AMD, remarked, “As vehicles evolve, the demand for platforms that can securely combine computing power with safety-critical controls has never been greater. Our collaborative efforts with WHIS show that it’s possible to achieve a highly integrated, software-defined architecture without sacrificing the essential deterministic behavior needed for automotive systems.”

Experience the Demonstration at Embedded World 2026

To give industry professionals a firsthand look at this cutting-edge technology, WHIS will showcase SAFERTOS® in action at Embedded World 2026. Attendees can visit booth 4-337 to see SAFERTOS® working efficiently across both Arm Cortex-R5F and Cortex-A72 cores.

Comprehensive Lifecycle Support

Beyond technological advancements, WHIS provides comprehensive support throughout the product lifecycle, including safety documentation and compliance assistance. This feature ensures longevity and adherence to automotive safety standards all through the operational life of the product.

In summary, for automotive OEMs and Tier 1 suppliers looking to innovate next-generation safety-critical systems, integrating SAFERTOS® on AMD Versal adaptive SoCs presents a certified, reliable, and high-performance solution. For more information or to request a demo, visit www.highintegritysystems.com.

WITTENSTEIN high integrity systems (WHIS) is recognized globally for its dedication to delivering safety-critical Real-Time Operating Systems for embedded applications. With SAFERTOS® at the forefront, WHIS continues to support some of the leading firms in automotive, industrial, and healthcare sectors worldwide.