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white paper

Optimizing aircraft communication network design

Build correct-by-design networks before functional testing

An all-white airplane flies toward the sun with a light blue sky and fluffy clouds in the background
Avionics and electrification are increasing the complexity of modern aircraft, putting greater demands on aircraft communication network design. This development is breaking traditional document-based products and tools, even when managed digitally. The aerospace and defense industry must innovate processes and tooling to keep up with the accelerating pace of digital transformation.

In this white paper, learn how a model-based, multi-protocol communication network design solution can help reduce costs, enhance quality and avoid costly program iterations.

Challenges in aircraft network design

It’s increasingly important for aircraft network designers to balance innovation and risk. There is pressure to reduce program costs while also managing increased electrification, complexity and integration. Traditional processes focus on development rather than on defining the process. However, with increased complexity, the traditional process results in more errors and bugs late in the process, causing delays and quality issues.

Capital Network Designer for Aerospace

To combat the challenges of today, integration and validation must happen earlier in the aircraft communication network design process, which requires network analysis. Capital Network Designer for Aerospace, part of the Siemens Xcelerator software portfolio, provides a model-based systems engineering solution to help you design right-size networks, avoiding delays and reducing costs.

Download the white paper now to learn more.

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