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Automotive Networks

Networks Drive the Software-Defined Vehicle

Reliable Communication. Intelligent Tools. Orchestrated for the SDV.

As a decision-maker, you are defining the next generation of automotive engineering. In the Software-Defined Vehicle, centralized compute architectures and software-driven innovation rely on a robust communication backbone that seamlessly connects vehicle systems, intelligent devices, digital services, and cloud ecosystems.

From CAN, CAN FD, LIN, and FlexRay to Automotive Ethernet and CAN XL, Vector provides the technologies, tools, and expertise needed to build reliable, scalable, and future-ready in-vehicle networks. AI-assisted workflows, advanced automation, and data-driven engineering help teams accelerate development while maintaining the highest standards of quality and safety.

Beyond individual products, Vector delivers an orchestrated ecosystem that seamlessly connects development, testing, simulation, diagnostics, and operations. This enables organizations to manage complexity, improve collaboration, and continuously deliver innovation throughout the vehicle lifecycle.

"The future of mobility will be defined by software, but enabled by networks. As vehicles evolve into distributed computing platforms, communication becomes a strategic asset – connecting data, services, and intelligence across the entire vehicle architecture. Vector is committed to providing the technologies and tools that help our customers transform network complexity into a competitive advantage."
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Matthias Schwedt, Peter Decker
Strategic Product Management Automotive Networks

Why Networks Matter

Modern vehicles must support an ever-growing mix of applications – from advanced driver assistance and automated driving to immersive user experiences and continuous software delivery. These functions depend on the timely and reliable exchange of data across increasingly complex vehicle architectures.

At the same time, requirements for realtime performance, functional safety, cybersecurity, and reliability remain uncompromising. In-vehicle networks must therefore do more than transport data – they must provide a deterministic and trustworthy foundation for every vehicle function.

As a result, in-vehicle networks have become a key enabler of innovation, allowing manufacturers to deliver new capabilities faster while maintaining the robustness expected from modern vehicles.

Vector's Contribution to Automotive Network Evolution

Vector's Contribution to Automotive Network Evolution

Automotive Networks Are Ready for the SDV

Software-Defined Vehicle (SDV) requires more than bandwidth. It requires the right communication technology - and the right tools - orchestrated and AI-ready.

  • Deterministic realtime performance
  • Functional safety
  • Cost-effective subnetworks
  • Proven robustness in any environment
  • Diagnostics & serviceability
  • Scalability for future growth
Your Direct Line To Our Network Experts
Matthias Schwedt & Peter Decker
Strategic Product Management Automotive Networks
Your Direct Line To Our Network Experts
You are a decision-maker seeking peer-level exchange on Automotive Networks? Connect directly with our experts to discuss your topics.

Vector Supports Every Automotive Network – Across the Full Lifecycle

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