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Perseus Introduces PEGASUS Automotive Hypervisor for Infineon TC4Dx

In a groundbreaking move for the automotive industry, Perseus has launched its premier automotive hypervisor, PEGASUS, tailored for Infineon Technology's AURIX™ TC4Dx System-on-Chip (SoC) evaluation platform. This development aims to provide automotive OEMs and Tier 1 suppliers with a streamlined and production-ready solution to advance the testing and development of virtualized, mixed-criticality systems suitable for tomorrow's Software-Defined Vehicles (SDVs).

The PEGASUS hypervisor has been certified to meet stringent ISO 26262 ASIL-D safety standards, ensuring its reliability and safety in critical automotive applications. Available directly on the AURIX™ TC4Dx evaluation hardware, engineers now have immediate access to a comprehensive virtualization stack. This is a significant step beyond mere proof-of-concept trials, enabling real-world evaluation and integration.

Key Features of PEGASUS Hypervisor

The PEGASUS system, recognized as a Type-1 (bare-metal) hypervisor, provides an architecture that facilitates strict isolation and deterministic scheduling for mixed-criticality workloads. This capability is vital as the automotive industry shifts towards designs that require robust safety measures while accommodating diverse functionalities within SDVs.

Moreover, the PEGASUS Hypervisor features a Software Development Kit (SDK), also known as Workbench, which simplifies the configuration and environment for developers. With this tool, configurations of virtual machines (VMs) can be customized, which includes defining layouts and allocation of essential resources such as CPU, memory, and devices. The SDK also ensures that design-time validation processes are in place, facilitating reliable and repeatable image generations.

Supported by detailed documentation—including platform descriptions, guidance for integration, and partner information—this initiative aims to empower developers navigating the complexities of high-tech automotive architecture. All resources are available through Infineon’s extensive ecosystem channels, making it easier for engineering teams to implement and leverage the capabilities of PEGASUS effectively.

Collaborating for Future Automotive Designs

The integration of the PEGASUS hypervisor into the TC4Dx platform is a culmination of a strategic enablement program that has created an engineer-ready evaluation stack. This collaboration between Perseus and Infineon illustrates a significant shift in automotive technology, addressing the growing demand for effective, safety-oriented software solutions in the industry.

"PEGASUS is designed to operate at a system level where safety, determinism, and isolation are paramount," stated Sang-bum Suh, the founder of Perseus. He emphasized that the hypervisor facilitates MCU-level virtualization, setting a reliable groundwork for the production-oriented architecture necessary for SDVs.

Echoing this sentiment, Thomas Schneid, Head of Software, Partnership & Ecosystem Management at Infineon, highlighted the TC4Dx microcontrollers’ commitment to supporting advanced automotive architectures with strong safety and real-time characteristics. The merger of Perseus's innovative software with Infineon's reliable hardware provides engineers with a robust toolset, encouraging exploration and evaluation of hypervisor-based virtualization solutions in contemporary automotive system designs.

As the automotive sector evolves towards more integrated and sophisticated technology, the introduction of PEGASUS is not merely a product launch but a significant step towards enabling safety-compliant and efficient automotive platforms. Through collaborations like these, the future of Software-Defined Vehicles looks promising, ensuring safer roads and more advanced automotive experiences for consumers worldwide.