CELUS, Variscite, and NXP Expand AI-Powered Embedded Design Collaboration
MUNICH & TEL AVIV, Israel – CELUS, a developer of artificial intelligence-powered electronics design automation (EDA) solutions, has announced a strategic partnership with Variscite, a leading provider of System on Module (SoM) solutions. The collaboration aims to simplify and accelerate embedded hardware development by integrating Variscite’s portfolio of SoMs into the CELUS Design Platform, giving engineers access to AI-assisted workflows that streamline product development from concept to production.
The partnership represents another step toward modernizing embedded system design as organizations increasingly adopt AI-powered tools to reduce engineering complexity, improve productivity, and shorten product development cycles. By combining Variscite’s hardware expertise with CELUS’ intelligent design automation platform, the companies seek to provide developers with a faster, more efficient path to creating production-ready embedded systems.
Accelerating Embedded Product Development
Embedded systems continue to power a growing range of applications, including industrial automation, medical equipment, robotics, smart devices, transportation, and Internet of Things (IoT) solutions. As products become more sophisticated, engineers face mounting challenges in selecting components, designing hardware architectures, validating compatibility, and meeting increasingly aggressive launch schedules.
The integration of Variscite’s SoM portfolio into the CELUS Design Platform is designed to address these challenges by reducing manual engineering tasks and enabling AI-assisted hardware design. Instead of spending weeks evaluating hardware configurations and assembling system architectures, developers can leverage intelligent automation to generate optimized hardware designs based on project requirements.
The companies believe this approach can significantly reduce development timelines while allowing engineering teams to focus more on innovation and product differentiation.
Bringing AI Into Embedded Engineering
Variscite has established itself as one of the leading suppliers in the System on Module industry, offering highly reliable embedded computing platforms used across commercial and industrial markets worldwide. Through this collaboration, the company is embracing AI-driven engineering workflows that simplify hardware design and make advanced embedded development more accessible.
By integrating directly with the CELUS Design Platform, Variscite customers can move seamlessly from initial system concepts to implementation using automated design recommendations and validated hardware architectures.
The companies describe the partnership as an important milestone in transforming traditional electronics engineering into a more intelligent, software-assisted process.
Expanding the NXP Ecosystem
A major aspect of the collaboration centers on Variscite’s longstanding partnership with NXP Semiconductors, one of the world’s leading suppliers of embedded processors and semiconductor technologies.
Variscite has built much of its product portfolio around NXP processors, making NXP technology a natural foundation for the expanded design ecosystem.
Through the new integration, Variscite’s System on Modules are now available within the NXP Block Diagram Designer, an engineering platform powered by CELUS that helps developers create complete hardware architectures using intelligent design automation.
The enhanced integration allows engineers to design embedded systems using NXP processors and Variscite modules within a unified development environment.
Instead of moving between multiple software tools throughout the design process, users can develop, refine, and validate system architectures from a single platform.
The companies believe this unified workflow reduces engineering effort while improving project efficiency and consistency.
Simplifying the Journey from Concept to Production
According to Variscite, reducing time-to-market remains one of the highest priorities for embedded product manufacturers.
Ofer Austerlitz, Vice President of Business Development and Sales at Variscite, said organizations increasingly require development platforms that shorten engineering cycles without compromising quality.
He noted that integrating Variscite’s NXP-based System on Modules with the CELUS Design Platform enables engineers to simplify hardware development while accelerating the transition from early concepts to functional prototypes and eventually high-volume manufacturing.
The partnership aims to remove much of the repetitive work traditionally associated with embedded hardware design, allowing development teams to deliver products more quickly.
Supporting the NXP Design Ecosystem
NXP also views the collaboration as an important expansion of its growing digital engineering ecosystem.
Luca DiFalco, Senior Vice President of Global Channel Sales and Industrial Solutions at NXP, said the company continues to strengthen the capabilities of its Block Diagram Designer by working closely with ecosystem partners such as Variscite.
He explained that integrating trusted hardware solutions directly into the design environment allows engineers to complete more of their development workflow within a single platform, improving efficiency from initial architecture planning through final implementation.
NXP’s broader objective is to provide developers with an end-to-end engineering experience that combines semiconductor technologies, reference designs, AI-powered automation, and ecosystem partnerships into one integrated environment.
Initial Product Support
The first phase of the partnership includes support for several of Variscite’s most widely deployed System on Modules.
Among the supported products are:
- VAR-SOM-MX93
- VAR-SMARC-MX8M-PLUS
- DART-MX95
These modules target high-growth embedded markets such as industrial automation, smart manufacturing, healthcare, medical equipment, robotics, transportation, and IoT devices.
CELUS says additional SoMs, carrier board reference designs, and expanded integration capabilities are already under development and will become available in future platform updates.
This phased rollout allows customers to begin leveraging AI-assisted embedded design immediately while benefiting from an expanding hardware ecosystem over time.
AI-Assisted Hardware Design
One of the defining features of the CELUS Design Platform is its AI Design Assistant, which helps engineers move rapidly from product ideas to structured hardware architectures.
Instead of manually searching through thousands of components and reference designs, engineers can specify system requirements while the platform recommends compatible hardware building blocks, component selections, reference schematics, and bills of materials.
The AI assistant also helps identify design dependencies and hardware relationships that might otherwise require extensive engineering analysis.
According to CELUS, this intelligent workflow significantly reduces repetitive design work while improving consistency across projects.
The company believes AI-powered design automation will become an essential tool for embedded engineers as hardware complexity continues to increase.
Democratizing Electronics Design
Tobias Pohl, Chief Executive Officer and Co-founder of CELUS, said the partnership reflects the company’s mission to simplify electronics development for engineers of all experience levels.
He explained that integrating Variscite’s hardware portfolio into the AI-powered platform provides users with direct access to industry-leading embedded computing solutions while enabling faster movement from concept to production-ready designs.
Pohl also emphasized the importance of making trusted hardware products available through established ecosystem platforms such as the NXP Block Diagram Designer, allowing developers to design with confidence using validated technologies.
By combining AI automation with proven hardware solutions, CELUS aims to lower barriers to embedded system development while improving productivity across engineering teams.
Meeting Growing Industry Demand
The embedded electronics industry is experiencing rapid transformation driven by advances in artificial intelligence, connected devices, industrial automation, autonomous systems, and edge computing.
These trends are increasing demand for hardware platforms capable of supporting sophisticated processing workloads while maintaining low power consumption, reliability, and scalability.
At the same time, manufacturers are under pressure to reduce development costs and accelerate product launches.
The CELUS-Variscite partnership addresses these market demands by replacing traditional manual hardware design workflows with AI-assisted automation that improves efficiency throughout the engineering process.
The companies believe intelligent design platforms will play a central role in the future of electronics development, enabling engineers to focus on innovation rather than repetitive implementation tasks.
Building the Future of Electronics Design
Founded in 2018 at the Technical University of Munich, CELUS develops AI-powered software that helps engineers transform product ideas into complete hardware architectures. Its platform supports intelligent component selection, reference schematics, bills of materials, and compatibility with established electronic design automation environments.
Today, CELUS operates from Munich, Porto, and Austin, with employees representing more than 30 countries. The company collaborates with leading semiconductor manufacturers and technology providers, including NXP, Würth Elektronik, and Siemens, to integrate trusted component data into its design platform.
Through its partnership with Variscite and continued collaboration with NXP, CELUS is expanding its vision of AI-driven electronics engineering, helping embedded developers design smarter systems, reduce development complexity, and bring innovative products to market more quickly.
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