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S2C Teams Up with Arm Xylon and ZC Technology to Drive Software Defined Vehicle Evolution

The Need for Hybrid Prototyping

The automotive industry is undergoing a significant transformation, driven by the increasing demand for autonomous vehicles, advanced driver-assistance systems (ADAS), and electrification. To meet these demands, manufacturers need to develop and test complex systems quickly and efficiently. However, traditional prototyping methods often fall short, leading to delays, increased costs, and reduced competitiveness.

The Challenges of Traditional Prototyping

Traditional prototyping methods involve building and testing individual components, which can be time-consuming and costly. This approach also increases the risk of errors and rework, as each component must be validated and tested separately. Furthermore, the complexity of modern automotive systems requires a more integrated and collaborative approach to prototyping.

The Benefits of Hybrid Prototyping

Hybrid prototyping offers a more efficient and effective solution for the automotive industry. By combining the strengths of different prototyping methods, hybrid prototyping reduces development time and mitigates risks. This approach enables manufacturers to:

  • Develop and test complex systems more quickly and efficiently
  • Reduce the risk of errors and rework
  • Improve collaboration and communication among teams
  • Increase competitiveness in the market

    • The Solution: S2C’s Hybrid Prototyping Platform

    S2C has collaborated with Arm, Xylon, and ZC Technology to develop an innovative hybrid prototyping solution. The platform is designed to reduce development time and mitigate risks with next-generation Arm Cortex-R52+-based automotive MCU designs.

    Key Features of the Platform

  • Next-generation MCU designs: The platform is built on next-generation Arm Cortex-R52+-based automotive MCU designs, which provide improved performance, power efficiency, and security. Hybrid prototyping: The platform combines the strengths of different prototyping methods, including hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing.

    This convergence of technologies enables the automotive industry to leverage the benefits of SDVs, such as improved safety, reduced emissions, and enhanced driver experience.

    The Rise of SDVs and the Automotive Industry’s Digitalization

    The automotive industry is undergoing a significant transformation, driven by the increasing adoption of SDVs and the shift toward electrification. This convergence of technologies is propelling the industry toward digitalization, with Electronic Control Units (ECUs) playing a central role in this transformation.

    The Role of ECUs in SDVs

    ECUs are the brain of modern vehicles, responsible for executing multiple system functions. In traditional vehicles, ECUs were separate and isolated, controlling specific systems such as engine management, transmission, and braking.

    MCU Selection and Design

    When selecting an MCU for an ECU, several factors must be considered. These factors include:

  • Performance requirements: The MCU must be able to handle the computational demands of the ECU, including tasks such as data processing, sensor integration, and communication protocols. Memory constraints: The MCU must have sufficient memory to store the ECU’s software, data, and configuration information. Interface requirements: The MCU must support the necessary interfaces for communication with other ECUs, sensors, and actuators. ### Key Considerations for MCU Selection**

    • Key Considerations for MCU Selection

    When selecting an MCU, several key considerations must be taken into account. These include:

  • Clock speed: The clock speed of the MCU determines its processing power and ability to handle complex tasks.

    The Benefits of S2C’s Hybrid Prototyping Solution

    S2C’s hybrid prototyping solution offers several benefits for automotive MCU design and development. These benefits include:

  • Simplified layouts: By integrating the MCU with the Arm architecture, S2C’s solution simplifies the layout of the automotive MCU, reducing the complexity of the hardware. Reduced hardware complexity: The integration of the MCU with the Arm architecture reduces the overall complexity of the automotive MCU, making it easier to design and develop. Accelerated software updates: The hybrid prototyping solution enables faster software updates, which is critical for automotive systems that require frequent updates to ensure safety and reliability. Strong foundation for SDVs: The solution provides a strong foundation for Software-Defined Vehicles (SDVs), which are vehicles that use software to control and manage various systems. ## The Solution’s Tailoring for Future Architectures

    • The Solution’s Tailoring for Future Architectures

    S2C’s hybrid prototyping solution is tailored for future automotive central and zonal E/E architectures. This means that the solution is designed to work with the latest automotive architectures, enabling customers to explore and evaluate new architectures. Support for future architectures: The solution is designed to support the latest automotive architectures, including central and zonal E/E architectures. Flexibility and scalability: The solution is flexible and scalable, allowing customers to easily adapt to changing requirements and architectures.

    This enables the development of high-performance, low-latency, and highly reliable automotive systems.

    Introduction

    The automotive industry is undergoing a significant transformation, driven by the increasing demand for autonomous vehicles, advanced driver-assistance systems (ADAS), and connected cars. To support the development of these complex systems, automotive manufacturers require a robust and reliable operating system and communication protocol stack. ZC Technology has developed a solution that meets these demands, providing a high-performance, low-latency, and highly reliable multi-core real-time operating system and communication protocol stack.

    Key Features

  • AUTOSAR CP-compliant: The operating system is fully compliant with the AUTOSAR (Automotive Open System Architecture) Common Profile (CP) standard, ensuring seamless integration with other AUTOSAR components. Multi-core support: The system supports multiple cores, enabling the efficient execution of multiple tasks and applications. High-speed bus interface: The hybrid prototyping solution incorporates a high-speed bus interface IP that is fully compatible with automotive MCU chips, reducing latency and improving system performance. * Low-latency communication: The communication protocol stack provides low-latency communication between components, ensuring that critical data is transmitted quickly and reliably. ## Benefits**

    • Benefits

    The benefits of using ZC Technology’s multi-core real-time operating system and communication protocol stack are numerous:

  • Improved system performance: The high-performance capabilities of the system enable the development of complex automotive systems that can process large amounts of data quickly and efficiently.

    The company’s innovative approach to software development has enabled it to establish itself as a leading player in the market.

    ZC Technology’s AUTOSAR-based Foundation

    ZC Technology has made significant contributions to the development of China’s first AUTOSAR-based foundational software platform. AUTOSAR (Automotive Open System Architecture) is a standardized software framework that enables the development of automotive systems. The platform provides a common software architecture for automotive systems, allowing for greater efficiency, flexibility, and scalability.

    Key Features of the Platform

  • Modular Design: The platform is designed with a modular architecture, allowing for easy integration and customization of individual components. Standardized Interfaces: The platform provides standardized interfaces for communication between different automotive systems, ensuring seamless integration and reducing development time. Scalability: The platform is designed to scale with the growth of automotive systems, ensuring that it can handle increasing complexity and data volumes. ## ZC Technology’s Software Solutions**

    • ZC Technology’s Software Solutions

    ZC Technology provides a range of high-quality software solutions for the automotive industry. The company’s software solutions are designed to meet the specific needs of automotive manufacturers, providing a competitive edge in terms of efficiency, cost-effectiveness, and innovation.

    Benefits of ZC Technology’s Software Solutions

  • Improved Efficiency: ZC Technology’s software solutions are designed to improve the efficiency of automotive manufacturing processes, reducing production time and costs.

    High-speed serial communication for automotive vision and interface applications.

    The company’s focus on automotive vision and interface applications has led to the development of several innovative solutions, including the logiRHSIF IP core, which enables high-speed serial communication between FPGAs and MCUs.

    Xylon’s Automotive Vision and Interface Applications

    Xylon is a leading provider of design services and optimized IP cores for automotive vision and interface applications. The company’s expertise in this field has led to the development of several innovative solutions, including the logiRHSIF IP core.

    Key Features of logiRHSIF IP Core

  • Enables high-speed serial communication between FPGAs and MCUs
  • Optimized for automotive vision and interface applications
  • Ensures seamless integration of FPGA-implemented peripherals with Renesas MCUs
  • Supports multiple serial interfaces, including I2C, SPI, and UART

    • Benefits of logiRHSIF IP Core

  • Simplifies the development process for automotive vision and interface applications
  • Reduces the risk of errors and bugs
  • Improves the overall performance and reliability of the system
  • Supports a wide range of automotive applications, including ADAS, autonomous driving, and infotainment systems

    • Xylon’s Design Services

    Xylon offers a range of design services to support the development of automotive vision and interface applications.

    A Vision for the Future of Automotive Technology

    The automotive sector is on the cusp of a revolution, driven by the convergence of emerging technologies and innovative partnerships. At the forefront of this transformation is S2C, a pioneering company dedicated to advancing the industry through open partnerships and cutting-edge solutions.

    The Power of Collaboration

    S2C’s approach to innovation is built on the principle of collaboration. By fostering open partnerships with leading automotive companies, suppliers, and startups, the company is able to tap into a vast pool of expertise and knowledge.

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