Altair is disrupting the electronics industry with its cutting-edge electronic system design solutions. From code to schematics to 3D multi-disciplinary modeling and visualization, Altair’s powerful, user-friendly solutions empower organizations with unmatched flexibility, value, and scale.
By ensuring first-time-right semiconductor designs using hybrid physics and data-based simulations, Altair helps reduce risks and eliminate costly rework. These hybrid models for PCB verification accelerate board-level design, enhancing efficiency and drastically shortening development cycles. With one, intuitive multiphysics environment that spans from chip to board to system, Altair fosters seamless collaboration and optimizes performance throughout every stage of the design process.
KEY VALUES
Reduce Risk with First-time Right Semiconductor Designs
Design perfection from the start with advanced silicon debugging, rapid 3D IC electrothermal-mechanical hybrid physics and data-based simulations, and the industry’s only on-demand digital simulator for semiconductor electronic functional verification. Avoid costly dependencies and optimize infrastructure utilization with HPC workload and workflow optimization and bring reliable designs to market faster.
Accelerate Board-Level Design with Early-Stage Simulation for PCB Design
Early-stage simulation detects PCB design flaws before they escalate, cutting development time, avoiding manufacturing setbacks, and ensuring safety. Optimized through AI-powered fast thermal simulations and multiphysics analysis of thermoelectric and mechanical behavior, your designs hit the market faster with greater reliability and stronger results.
One Environment from Chip to Board to System
Streamline workflows and accelerate development with one intuitive multiphysics and machine learning environment for electronic system design. Validate early-stage electro-mechanical designs, manage dimensional disparities while creating realistic digital twins that optimize subsystem to full system performance—and ensure seamless power management, fail-safe communication, and cross-domain collaboration throughout the product lifecycle.