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In today’s era of digital transformation, design processes are evolving toward enhanced accuracy, flexibility, and innovation. Simulation forms the foundation of this change, bridging imagination with real-world performance.
CST Studio Suite is a high-performance 3D electromagnetic simulation software from Dassault Systems – built to design, analyze, and optimize components and systems across the full electromagnetic spectrum from static fields to optical frequencies, it’s the gateway to understanding how the invisible world of electromagnetics shapes every modern technology around us.

Core Capabilities of CST Studio suite:
RF & Microwave Design – Unified platform for EM Simulation, enabling engineers to simulate and optimize components ranging from filters, couplers, and waveguides to antennas and front-end modules with advanced solvers such as FIT and FEM.
EMI/EMC Analysis – Comprehensive tools for EMI/EMC simulation, users can identify unwanted emissions, coupling paths, and shielding inefficiencies early in the design phase and software supports emission, susceptibility, and crosstalk analysis to meet certification standards such as CISPR, FCC, and ISO.
Circuit and System Simulation – Supports SPICE-compatible, S-parameter, and nonlinear behavioural models, enabling accurate analysis of both passive and active RF components and inclusive of time-domain and frequency-domain solvers allows comprehensive system-level verification, bridging the gap between electromagnetic design and circuit performance.
RADAR and Scattering Simulation- High-frequency solvers accurately compute Radar Cross Section (RCS), beamforming, and target scattering characteristics across diverse materials and geometries and engineers can simulate reflection, diffraction, and multipath propagation effects to evaluate radar visibility and stealth performance.
High Speed PCB and Package Design – Addressing critical challenges in signal integrity (SI), power integrity (PI), and electromagnetic interference (EMI). Its multi-physics co-simulation further assesses thermal and mechanical effects on electrical performance, helping designers optimize PCB stack-ups and layouts for next-generation computing and communication hardware.
Key Highlights:
Ready to take your EM simulation to next level? Let’s start the conversation.
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