Virtual Validation:
Eliminating Risk with
Advanced Electronic Simulations

In today's complex electronics, foresight is key.
At MGX Technologies s. r. o., we leverage advanced simulation tools to predict, analyze, and optimize your designs before a single prototype is built.
This proactive approach saves you significant time and cost, ensuring your hardware performs flawlessly from the outset.

Electronic engineer simulate with LTspice tool with laptop and external monitor

Circuit Performance Analysis in LTspice

Using LTspice, we conduct detailed circuit simulations to verify functionality, optimize component selection, and predict behavior under various operating conditions.

Crucially, our expertise extends to worst-case scenario simulations, ensuring your design maintains its performance, reliability, and stability even under extreme environmental conditions, component tolerances, or aging effects. This meticulous analysis is vital for high-reliability applications, including space-grade designs, and guarantees precision in your product's behavior.

Snippet from LTspice simulation showing schematic and output curves

Signal Integrity (SI)
& Electromagnetic (EM) Simulations in Simbeor

For high-speed and high-frequency designs, signal integrity and electromagnetic compatibility are paramount. We utilize Simbeor – a cutting-edge 3D full-wave electromagnetic field solver – to accurately model and simulate the complex interactions within your PCB.

By integrating robust simulation into the development process, we provide you with a deeper understanding of your design's performance and reliability, ensuring a highly optimized and successful product.

Snippet from simulation in Simbeor solver showing 2D signal integrity simulations

Simbeor powerful capability allows us to:

Optimize High-Speed PCB Performance: Precisely analyze impedance, crosstalk, reflection, and power delivery networks to ensure clean, reliable signal transmission.

Image presenting simulation result from Simbeor solver simulation tool showing curve with return loss and insertion loss

Shorten Development Cycles: Identify and resolve potential issues early in the design phase, drastically reducing the need for multiple prototype iterations and accelerating your time-to-market.

Snippet from simulation result for 2D signal integrity simulation presenting differential line impedance

Ensure EMC/EMI Compliance: Predict and mitigate electromagnetic interference issues, paving the way for smooth regulatory approval.

Simulation result from Simbeor solver simulation tool presenting eye diagram aligned for high-speed data lines

Mitigate Design Risks: Gain confidence in your design's behavior before committing to fabrication, minimizing costly re-spins.

Snippet from 3D simulation result from Simbeor solver simulation tool presenting 3D result of differential lines impedance