10-100x faster simulation speed compared to leading tools in benchmark cases.
Achieve near-linear scalability in both speed and memory usage as problem complexity grows.
Run simulations locally or utilize secure, encryption-protected cloud services.
We work closely with you to ensure our tools meet your design goals, supporting you every step of the way.
Electronic Design Automation (EDA) is evolving alongside the increasing complexity of modern electronic systems. As designs scale across advanced packaging, high-frequency applications, and system-level integration, traditional simulation approaches face growing limitations.
CEMWorks addresses these challenges with physics-based electromagnetic simulation technologies that enable accurate, scalable modeling of complex electronic environments. By supporting next-generation applications in semiconductors, communications, and advanced systems, our solutions help engineers accelerate design cycles and bring innovations to market faster.
As wireless systems evolve toward 5G and 6G, designs are scaling in complexity, frequency, and integration, from large antenna arrays and beamforming systems to integrated communication and sensing platforms. Accurately modeling electromagnetic interactions across these systems is critical, particularly as coupling effects and system-level behaviours become harder to predict.
CEMWorks enables high-fidelity, large-scale EM simulation without design simplifications, helping engineers analyze full-system performance, reduce risk, and accelerate the development of next-generation wireless technologies.
Metasurfaces and reconfigurable intelligent surfaces (RIS) are transforming how electromagnetic waves can be controlled and manipulated.
These structures consist of arrays of tunable unit cells that enable dynamic control over wave propagation, including beam steering, pattern shaping, and signal optimization.
As these systems become more complex, accurate simulation becomes essential. Engineers need tools that can model large-scale structures while capturing fine electromagnetic details.
In aerospace, mission-critical systems, from radar, SAR, satellite communications, and phased arrays to full-scale aircraft, UAVs, and other advanced platforms, must perform reliably in complex electromagnetic environments. Engineers need to understand EM behavior across both components and complete systems, including EMI/EMC, antenna performance, coupling, radar cross section, and platform-level interactions in real operating conditions.
CEMWorks enables high-fidelity, scalable EM simulation across these challenges, supporting the development of advanced dual-use aerospace systems with greater confidence before deployment.
The automotive industry is rapidly evolving with electrification, connectivity, and autonomous driving.
Modern vehicles rely on complex electromagnetic systems, including radar, sensors, wireless communication, and advanced electronic architectures.
Accurate electromagnetic simulation is essential to model system interactions, ensure reliability, and support the development of next-generation automotive technologies.
As systems become more complex, understanding how they interact with real-world environments is increasingly important.
Dynamic environmental simulation enables engineers to model how electromagnetic waves behave in complex and changing conditions.
By using physics-based simulation, engineers can predict system performance, optimize designs, and reduce risk before deployment.
Mar 06, 2026
CEMWorks will be exhibiting at Embedded World 2026 in Nuremberg, March 10–12, showcasing scalable EM simulation solutions for high-density electronic systems.
Mar 02, 2026
Gabriel Lafond-Wise, Business Development and Partnerships Manager at CEMWorks, will attend MWC 2026 in Barcelona for strategic meetings with industry partners.
Feb 17, 2026
Dr. Jonatan Aronsson will attend DesignCon 2026 in Santa Clara, participating in industry discussions and meeting with high-speed design professionals.
Dec 17, 2025
CEMWorks participated in the final InnoStar project review in the Netherlands, contributing system-level electromagnetic simulation expertise to international advancements in mmWave, advanced packaging, and next-generation electronic systems.
