Multiphysics simulation for space hardware
Scalable, high-speed simulations for the most demanding multiphysics problems.
RF & Satcom · ADCS · EMI/EMC
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The critical challenges of New Space
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The race to orbit allows no room for error. Success depends on validating designs quickly without risking costly launch failures.
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Launch economics demand minimizing Size, Weight, and Power (SWaP) while maximizing efficiency and payload value in every component.
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Hardware faces brutal thermal and electromagnetic conditions, requiring deep insight into how coupled forces interact in unforgiving environments.
Engineering velocity for new space
Accelerated design cycles and reduced reliance on physical prototypes
Ensure components perform reliably under operational stresses before manufacturing begins.
Exhaustive design exploration
Identify the absolute best balance of efficiency, durability, and performance for your mission requirements.
Operating environment modeling
Simulate fully coupled thermal-mechanical and electromagnetic effects to predict how sensitive components survive extreme temperature changes.
Physics-aware artificial intelligence
Traditional tools tell you what one design does. Engineers need to know which design to build under competing objectives, manufacturing limits, and deadlines.
MultiphysicsAI reveals the full design space so you can see all best trade-offs, move from specs to viable candidates, and verify you didn’t miss a better option.
What Quanscient Allsolve is used for
RF & Satcom
Design and optimization of high-frequency antennas, phased arrays, and waveguides for reliable orbit-to-ground communication.
ADCS (Attitude Determination and Control)
Damping and performance analysis of MEMS gyroscopes and reaction wheels essential for satellite stabilization.
Electronics Reliability
Predicting thermal warpage and stress in PCBs and IC packages under the extreme temperature cycling of orbit.
Signal Filtering
Optimization of SAW/BAW filters to ensure signal integrity in crowded frequency bands.
EMI/EMC
Simulation of electromagnetic interference between tightly packed satellite subsystems.Technical examples
5G component optimization
Accelerating 5G component optimization via high-throughput simulation (12,000+ runs)
SAW filter design optimization
Accelerating SAW filter design via parallel frequency & geometric sweeps
MEMS gyroscope damping analysis
Predicting real-world MEMS gyroscope performance via coupled damping analysis
PCB material property extraction
Automated extraction of composite material properties via inverse analysis
See how it could work for you
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“Quanscient Allsolve provides effortless scaling of compute power, enabling examination of larger design spaces for the most critical parameters. It allows us to advance with MEMS speaker designs we truly trust and to scale our development effectively.”
Nilavazhagan Subbiah, PhD — Staff Engineer, Infineon
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