CELUS at electronica 2026 | Munich | 10 to 13 November

Agentic AI for Component Adoption

Agentic AI for Component Adoption

Agentic AI for Component Adoption

Turn your requirements into a structured design architecture. Explore components and application schematics in the context of your project, while keeping control of engineering decisions.

Build on your team’s proven solutions. Use CELUS to explore the functions you still need and understand how new choices fit your design.

CELUS Design Assistant conversation shown next to an editable design architecture of functional blocks and connections

Make component choices in the context of your design

Make component choices in the context of your design

Make component choices in the context of your design

A component’s specifications are only part of the decision. Its application circuit, interfaces and operating conditions also need to fit your system. CELUS helps you explore those choices as part of a structured electronics design workflow.

Clarify what your design needs

Work with the Design Assistant to refine an incomplete brief, surface questions and organise requirements into functional blocks. Develop the architecture as your understanding of the design evolves.

Clarify what your design needs

Work with the Design Assistant to refine an incomplete brief, surface questions and organise requirements into functional blocks. Develop the architecture as your understanding of the design evolves.

Explore components with their application schematics

Investigate circuit options for the functions you need. Review component specifications, circuit information and implementation tradeoffs against your project requirements.

Explore components with their application schematics

Investigate circuit options for the functions you need. Review component specifications, circuit information and implementation tradeoffs against your project requirements.

Build around established choices

Keep your preferred MCU, SoM or proven circuit solution as the starting point. Explore the remaining functions in the context of those choices.

Build around established choices

Keep your preferred MCU, SoM or proven circuit solution as the starting point. Explore the remaining functions in the context of those choices.

Continue in your EDA workflow

Review the selected circuits and bill of materials, then export available project outputs for supported EDA tools. Continue detailed design and verification in your engineering workflow.

Continue in your EDA workflow

Review the selected circuits and bill of materials, then export available project outputs for supported EDA tools. Continue detailed design and verification in your engineering workflow.

Build with what you know. Explore the rest with CELUS.

Build with what you know. Explore the rest with CELUS.

Build with what you know. Explore the rest with CELUS.

Start with the circuits, components and solutions your team has already proven. Use CELUS to explore the functions you still need, compare implementation options and understand how they fit with your existing choices.

Explore new solutions with your team’s knowledge behind you

Make design choices informed by your company’s experience and engineering practices. Discuss how CELUS can support exploration in the context of your team’s requirements and preferences.

Your engineers review the options, adjust the architecture and decide what goes into the design.

Illustrative engineering scenario

See how the workflow applies to an industrial gateway

See how the workflow applies to an industrial gateway

See how the workflow applies to an industrial gateway

Your team has selected the processor platform. The gateway still needs a power architecture, an RS-485 interface and local storage. Use CELUS to structure the remaining requirements and explore circuit options around the choices you have already made.

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Gateway project: operating conditions and open questions captured with the Design Assistant

Define the operating conditions

Capture the input supply, required voltage rails, interface requirements and environmental constraints. Identify open questions such as isolation, protection and storage endurance.

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Gateway project: operating conditions and open questions captured with the Design Assistant

Define the operating conditions

Capture the input supply, required voltage rails, interface requirements and environmental constraints. Identify open questions such as isolation, protection and storage endurance.

02

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Gateway project: functional block architecture around the selected processor

Develop the architecture

Organise the gateway into functional blocks and review the connections around your selected processor. Refine the architecture as requirements become clearer.

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Gateway project: functional block architecture around the selected processor

Develop the architecture

Organise the gateway into functional blocks and review the connections around your selected processor. Refine the architecture as requirements become clearer.

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Gateway project: circuit options for power, RS-485 and storage

Explore circuit implementations

Review available components and application schematics for the missing functions. Examine the technical fit and tradeoffs before selecting an implementation.

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Gateway project: circuit options for power, RS-485 and storage

Explore circuit implementations

Review available components and application schematics for the missing functions. Examine the technical fit and tradeoffs before selecting an implementation.

04

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Gateway project: selected circuits, bill of materials and export outputs

Review and continue the design

Inspect the selected circuits, bill of materials and supported export outputs. Continue engineering verification and detailed design in your EDA workflow.

The result is a structured basis for engineering review and further design work.

Explore your design questions with CELUS at electronica

Explore your design questions with CELUS at electronica

Explore your design questions with CELUS at electronica

Meet our engineers in Munich and see how CELUS supports requirements clarification, architecture development and circuit exploration. Bring a design question, an unfamiliar function or a component choice you want to investigate.

electronica 2026

10 to 13 November 2026

Messe München, Munich

Hall [HALL] | Booth [BOOTH]

Request an engineering session

Tell us what you are working on and which design question you would like to explore. Our team will contact you to arrange a session.

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FAQ

FAQ

FAQ

Put CELUS to work on your next design question

Put CELUS to work on your next design question

Put CELUS to work on your next design question

Start with the requirements and solutions you already know. Explore the remaining design decisions with CELUS.

An intelligent electronics design platform that seamlessly automates component search, schematic generation, and EDA handover.

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