Electrical/Electronic Systems
The Capital E/E Systems Development Software Portfolio encompasses E/E system and software architecture, network communication, and embedded software development functions. It enables efficient design, engineering, and validation of complex products in a digital twin environment.
Capital is a comprehensive E/E systems development solution.
Today’s E/E systems are characterized by increasing complexity. They rely on the robust integration of electrical, electronic, and software systems. Capital, as a comprehensive E/E systems development solution, helps you efficiently develop intelligent products.
Automated
Fundamentally improve the level of automation through comprehensive model-based digital twins.
Integrated
Seamlessly bridge the gaps between different engineering disciplines.
Open
Connect solutions in an open ecosystem with flexible and easy-to-use tools.
Solution 1: E/E Systems Tools and Data Integration
Our electrical and electronic (E/E) system design tools integrate requirements and system models into a comprehensive E/E architecture, facilitating harness design, manufacturing, and service manual publishing. They automate and manage the electrical system value chain.
Features：
1.E/E Tools and Data Integration
Integrate with common Mechanical Computer-Aided Design (MCAD) and Product Lifecycle Management (PLM) platforms to create digitalized processes with these related applications.
2.E/E IP Capture and Reuse
Capture intellectual property through rules and automation to standardize the design process. Customization via APIs provides control over user interface design.
3.E/E Collaboration and Supplier Integration
Share data securely with suppliers. Library and design data are automatically synchronized across multiple databases, while IT health monitoring ensures data integrity.
4.E/E Security
Controlling data access is critical for global deployment and regulatory compliance. Ensure that data can be tagged with appropriate access permissions and that access to data is strictly controlled.
5.E/E Configuration and Change Control
Maintain data consistency across design and abstraction layers. Track all changes and perform design comparisons as needed to keep development on schedule.
Solution 2: Embedded Software and Network Design
Capital Embedded Solutions is a scalable AUTOSAR development platform that provides tools and runtime software to ensure on-time product delivery. It supports the implementation of both AUTOSAR Classic and AUTOSAR Adaptive standards. Capital Network Designer manages in-vehicle network communication.
Explore AUTOSAR Software and Networks
Embedded software and network teams need to develop innovative and secure software quickly and efficiently to deliver critical product functions. Capital helps them achieve this goal.
Features：
1.Embedded Software Architecture Design
Effectively design, test, and deploy on-board software by applying a model-based approach in a common environment for system and software engineers.
2.AUTOSAR Embedded Software Implementation
Rapidly and efficiently develop and deploy AUTOSAR embedded software for automotive Electronic Control Units (ECUs) to deliver vehicle-mounted functions.
3.Network Design
Accelerate the design of validated networks, a key aspect of all modern vehicles that requires an integrated vehicle-level approach.
Solution 3: Electrical Design
Our electrical system solutions support a complete digital thread from electrical and electronic (E/E) system definition and architecture to harness design, manufacturing, and service manual publishing. They automate and manage the electrical system value chain.
Beyond Electrical Design and Documentation Goals
The Capital Electrical Suite meets electrical design needs from connectivity and harness design to manufacturing, documentation, and after-sales service.
Features：
1.Electrical Systems Engineering
Use a platform integrated with layout and topology information to outline proposals and conduct research. Develop optimized and improved designs to unleash the creativity and collaboration capabilities of system and wiring engineers.
2.Electrical Documentation Publishing and Usage
Create technical publications by reusing design data, document design changes, and enable electrical diagnostics and troubleshooting through Capital Publishing.
3.Harness Design
Optimize harness costing and assembly processes to improve performance, yield, and profitability. Develop accurate and optimized harness manufacturing documentation to enhance efficiency.
4.Harness Manufacturing
Precisely design the manufacturing processes, labor, materials, and resources required for harness production. Manage these complex interdependent objectives to optimize harness manufacturing.
Solution 4: E/E Systems Tools and Data Integration
Our electrical and electronic (E/E) system design tools integrate requirements and system models into a comprehensive E/E architecture, facilitating harness design, manufacturing, and service manual publishing. They automate and manage the electrical system value chain.
Features
Managing and Integrating E/E System Data
The recent increase in complexity has led E/E systems to rely on integrated electrical, electronic, and software systems for innovation, while requiring strong verification capabilities and traceability. Manage data, control processes, and deliver comprehensive development workflows through integration.
1.E/E Tools and Data Integration
Integrate with common Mechanical Computer-Aided Design (MCAD) and Product Lifecycle Management (PLM) platforms to create digitalized processes with these related applications.
2.E/E Collaboration and Supplier Integration
Share data securely with suppliers. Library and design data are automatically synchronized across multiple databases, while IT health monitoring ensures data integrity.
3.E/E Configuration and Change Control
Maintain data consistency across design and abstraction layers. Track all changes and perform design comparisons as needed to keep development on schedule.
4.E/E IP Capture and Reuse
Capture intellectual property through rules and automation to standardize the design process. Customization via APIs provides control over user interface design.
5.E/E Security
Controlling data access is critical for global deployment and regulatory compliance. Ensure that data can be tagged with appropriate access permissions and that access to data is strictly controlled.
Siemens Low-Code is a global leader in enterprise-grade low-code platforms. With the Siemens Low-Code Development Platform, enterprises can build intelligent applications with native experiences such as intelligence, proactivity, and human-machine interaction, modernize core systems, and achieve large-scale application development to keep pace with business growth.。
Core Features and Advantages
▷ Model-Driven:Mendix adopts a model-driven design philosophy, allowing developers to describe application functions through graphical models. This approach not only simplifies the development process but also improves code quality and maintainability.
▷ Rich Pre-built Connectors:Mendix provides a large number of pre-built connectors, enabling easy integration of applications with existing enterprise systems. Whether it is ERP, CRM, or other third-party services, Mendix offers plug-and-play solutions.
▷ Multi-Platform and Multi-Scenario Support: Mendix supports the development of web, mobile, and IoT applications, and is widely used in fields such as the Industrial Internet, edge computing, artificial intelligence, and automation. It also supports microservices architecture, facilitating large-scale application development for enterprises.
▷ Workflow EngineMendix incorporates a workflow engine, Workflow. Users can develop their own applications through a graphical interface and advanced UI design capabilities.
▷ Flexible Development Environments:Mendix offers two development environments: Studio and Studio Pro. Studio is a no-code environment where business users can quickly drag and drop to build many simple applications; Studio Pro is targeted at professional software developers, supporting custom code and focusing on solving technical problems.
▷ Data Security and Compliance: Mendix excels in data security, ensuring the security and compliance of enterprise data. It also supports a variety of security authentication and encryption technologies to meet the data security needs of different industries.
Application Scenarios and Cases
▷ Application Scenarios:Mendix is suitable for enterprises of all sizes, especially those looking to quickly build and deploy applications. It is widely used in industries such as financial services, insurance, logistics, healthcare, government, retail, consumer goods, and process manufacturing.
▷ Success Cases:For example, after adopting the Mendix solution, an equipment manufacturer can use low-code to gain a 360-degree view of real-time information flows in different production areas, product confirmation status, and various solution details during system integration. If needed, users can also directly submit material change requests or new order applications from the application.
Insights Hub is Siemens’ Industrial Internet of Things as a Service (IoTaaS) solution. It is a leading platform that leverages advanced analytics and artificial intelligence to provide data from connected products, factories, and systems for IoT solutions spanning from edge to cloud. The core value of Insights Hub lies in optimizing operations, building better products, and deploying new business models.
Why Choose Insights Hub?
Deliver business value using industrial IoT data by implementing reliable asset monitoring, improving manufacturing performance and efficiency, and enabling predictive quality, among others. Make improved operational and business decisions using data-driven insights.
1.Connectivity:Insights Hub enables interconnection of devices by connecting various physical devices, sensors, and control systems. It supports multiple communication protocols and device interfaces, and can be integrated with Siemens automation equipment and products from other manufacturers to achieve comprehensive monitoring and control of factory floors.
2.Analytics: The data analytics capabilities of Insights Hub can process large volumes of data collected from devices, systems, and business processes. Based on data analysis results, it provides real-time production and operation indicators, early warning information, and adaptive control strategies.
3.Operations: Insights Hub supports manufacturing enterprises in operational management and decision-making, including production planning, asset management, service and maintenance. It enables visualization, traceability, and control of production processes, providing enterprises with comprehensive operational monitoring and management.
4.Application Development and Integration:Insights Hub also supports application development and integration, helping enterprises connect their business processes and data to the Insights Hub platform to achieve digital transformation.
