Borderless and sophisticated product development in a highly practical MBSE/MBD environment
Innovation in Electrical Design for Transportation
E3.infinite introduces huge improvements in electrical design efficiency and quality through generative design.
Menu
E3.infinite - Innovation in E/E systems design and manufacturing
Today’s new generation of motor vehicles are complex electronic systems that are equipped with advanced electronic devices. The number of electronic control units (ECUs) installed in vehicles is continuously increasing, and the development of electrical and electronic (E/E) systems has become increasingly sophisticated and complex. Advanced control systems such as Advanced Driver Assistance Systems (ADAS) and others are driving the need for innovation in electrical design to support these new technologies.
Key Characteristics
E3.infinite is a next-generation E/E systems design and manufacturing support platform that provides crucial support for the development of E/E systems installed in transportation equipment. This platform is flexible and can respond to various business processes throughout the entire vehicle electrical design process. It efficiently classifies and structures design information for each process, and uses innovative generative design to automatically generate design information for manufacturing processes. This feature reduces man-hours by up to 80% and is beneficial for the development of next-generation E/E systems.
Dramatic improvements in development efficiency and quality through the implementation of product line engineering
Design analysis of past design information and design automation based on analysis results
The latest technology that strongly supports the development of next-generation vehicles.
E3.infinite is the cutting-edge technology that provides significant support to the development of next-generation vehicles. It is equipped with the latest technological advancements to address the various challenges that arise during the design and manufacturing processes of E/E systems. As these systems become increasingly sophisticated and complex, E3.infinite is designed to respond to the needs of the global ecosystem, ensuring that it remains a leader in innovation within the automotive industry.
Generative Design
Automatic generation of physical wiring is capable of reducing 80% of wiring design man-hours. In addition, it enables auto-generation of manufacturing instruction document based on harness product diagrams.
Globally Distributed Design
For an Enterprise level large-scale system development, globally distributed design is possible according to standardized manufacturing processes and roles. Unicode and multi-lingual GUI is also supported.
Integrated Electrical Design Environment
Common references to the DB from all the tools, ensure consistency of all components and specifications in a shared design of the entire vehicle. Depending on operations, it is extendable to RDB.
High-Precision Wire Harness Model
Handling wire harness design and manufacturing information is handled as a high-precision model information. High-precision linkage is possible with other domains such as with MBSE tools and analysis environments.
High-Performance
Native 64-bit support enables the handling of tens or hundreds of thousands of harness specifications for a global vehicle development project without any stress.
MBSE
Linkage with MBSE tools for requirements fulfillment supports confirmation and architecture trade-offs in interdisciplinary teams. In this way an optimized solution can be achieved that takes in account the perspectives of interdisciplinary teams.
Design and Manufacturing Ecosystem
Harness design and manufacturing design are combined in one highly accurate model. Equipped with various functions promoting collaborative development such as automatic update of design changes.
MCAD Design Collaboration
It is possible to generate accurate design and manufacturing information by linking electrical design information and 3D layout models with various MCAD such as CATIA/NX/Creo.
Borderless and high-precision product development in a highly practical MBSE/MBD environment
Drastic improvement in development efficiency and quality improvement through Product Line Engineering
Design analysis of known good design information. Design automation based on analysis results
