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E/E Systems Definition & Optimization

Optimize electrical and electronic system architectures

• Optimize electrical and electronic (E/E) architectures against targets such as cost, weight, and bandwidth. Define and consolidate functions. Create and analyze electrical, electronic, embedded software, and network specifications.

It is necessary to optimize electrical and electronic system architectures against targets such as cost, weight, and network bandwidth. As architectural decisions have significant long term product impacts, being able to rapidly design, iterate, and optimize as early as possible in the development process leads to significant benefits all through the subsequent stages of bringing complex products to market.

  • Reduce overall design time through rapid iteration and optimization of architectural concepts
  • Increase engineering productivity with intuitive solutions
  • Drive complex platform designs from multi-domain systems architecture and functional definitions supporting embedded software, networks, electrical, and electronics

E/E Systems Definition & Optimization

It is necessary to optimize electrical and electronic system architectures against targets such as cost, weight, and network bandwidth. As architectural decisions have significant long term product impacts, being able to rapidly design, iterate, and optimize as early as possible in the development process leads to significant benefits all through the subsequent stages of bringing complex products to market.

  • Reduce overall design time through rapid iteration and optimization of architectural concepts
  • Increase engineering productivity with intuitive solutions
  • Drive complex platform designs from multi-domain systems architecture and functional definitions supporting embedded software, networks, electrical, and electronics

Optimize electrical and electronic system architectures against targets such as cost, weight & network bandwidth

E/E Architecture Optimization & Verification

It is vital to be able to automatically or manually allocate functions and signals to resources and carriers using rules-driven logic, incorporating constraints. This has been coupled with the ability to optimize function allocations to balance resource utilization, cost, and mass across the entire platform and have the ability to perform fast 'trade studies' to analyze allocations and rapidly re-assess the resource balance resulting from each change. All of this platform content can be verified using customizable design rule checks.

Electrical Electronic (E/E) architecture optimization and verification to balance resource utilization, cost, and mass across the platform to perform ‘trade studies’ for analysis

E/E Function Definition & Consolidation

Engineers need to capture and consolidate function characteristics and connectivity, so they can develop optimized implementations within platforms. Software, hardware, networks, and electrical functions can be managed together in a lightweight environment that allows these disciplines to collaborate easily.

Electrical Electronic (E/E) function definition and consolidation of characteristics and connectivity to develop optimized implementations.

Electrical, Electronics & Software Specification

It is important to be able to generate implementation details to feed downstream processes designing electrical hardware, software, networks, and Electrical Distribution System (EDS). Engineers also need to extract logical and physical content, which is synthesized as correct-by-construction from the platform designs, controlled by corporate defined rules and constraints.

Generate implementation details to feed downstream processes designing electrical hardware, software, networks, and Electrical Distribution System (EDS)
Capital is a comprehensive software suite that enables the engineering of electrical systems for large platforms such as cars, aircraft, and sophisticated machines. These platforms have substantial and increasing electronic content, which is dependent upon complex electrical distribution systems to function.

Capital

Capital is a comprehensive software suite that enables the engineering of electrical systems for large platforms such as cars, aircraft, and sophisticated machines. These platforms have substantial and increasing electronic content, which is dependent upon complex electrical distribution systems to function.

A comprehensive E/E systems development solution to efficiently engineer today's smart products. It covers the design, manufacture, and service of electrical systems as well as encompassing E/E system and software architectures, network communications, and embedded software development.

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