Altair OmniV is a next-generation 3D electromagnetic (EM) field simulation and visualization suite from Altair Engineering. It serves as a unified post-processor and advanced results analyzer for simulation data generated by Altair’s FEKO and other computational electromagnetics solvers. The platform transforms complex raw EM field data (S-parameters, near-fields, far-fields, currents) into actionable engineering insights through sophisticated visualization, automated reporting, and in-depth performance analysis tools.
Altair OmniV is a specialized electromagnetic simulation and analysis platform designed for RF/Microwave Engineers, Antenna Designers, EMC/EMI Specialists, Wireless System Architects, Radar Engineers, and Aerospace & Defense Component Developers working on high-frequency electronic systems and radiating structures.
Multi-Solver Results Fusion: Import, combine, and compare EM results from various solvers (MoM, MLFMM, FEM, PO, GO) and frequencies within a single project.
Advanced 3D Field Visualization: Interactive, high-fidelity rendering of 3D electromagnetic fields (E-field, H-field, surface currents, power flow) with dynamic cutting planes, isosurfaces, and animation.
Antenna Performance Analysis: Comprehensive toolkit for calculating and visualizing antenna parameters: radiation patterns (2D/3D), gain, directivity, efficiency, polarization, and beamwidth.
EMC/EMI & Coupling Analysis: Tools for analyzing shielding effectiveness, coupling between antennas or cables, and identifying potential EMI hotspots in complex platforms (like aircraft or vehicles).
SAR & Safety Compliance: Dedicated modules for calculating Specific Absorption Rate (SAR) for wireless devices and assessing compliance with human exposure safety standards.
Automated Reporting & Scripting: Generate standardized HTML/PDF reports with plots and tables. Supports Python scripting for batch processing and custom metric calculation.
The 2026 release emphasizes AI-driven insight, system-level analysis, and enhanced computational workflows.
AI-Powered Insight Generation: Integrated AI assistant suggests relevant visualizations, potential interference issues, and optimal cut-plane placements based on the simulated geometry and goals.
System-Level EM Dashboard: New dashboard view for tracking key EM performance metrics (e.g., total radiated power, isolation, efficiency) across multiple design variants or frequency sweeps.
Enhanced Platform Integration Analysis: Improved tools for analyzing antenna performance installed on large, electrically complex platforms (full aircraft, ships, automobiles) with advanced environment modeling.
Cloud-Enabled Compute Management: Direct interface to manage and monitor distributed EM simulations on Altair’s cloud HPC resources or private clusters from within the visualization environment.
Extended Physics & Solver Links: Broader support for importing and visualizing multi-physics data (thermal, structural) and enhanced integration with the latest Altair Feko solver features.
OS: 64-bit Windows 10/11 Pro/Enterprise or Linux (RHEL 8+, Ubuntu 20.04+).
CPU: Multi-core Intel Xeon/AMD EPYC; high single-core speed benefits interactive visualization.
RAM: 32 GB minimum (64 GB+ recommended for large, full-platform models).
GPU: Critical: Professional NVIDIA RTX A4500/A6000 or AMD Radeon Pro W6800 with 16GB+ VRAM for large dataset rendering.
Storage: Fast NVMe SSD (1TB+ recommended for result datasets).
Price: 325 $
Price Currency: $
Operating System: Windows
Application Category: Mechanical Engineering
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