V-Lox provides unparalleled speed and accuracy for a wide variety of electromagnetic design, analysis, and electrostatic applications. Using novel software and hardware acceleration techniques, V-Lox affords users a cost-competitive solution making full use of all available computing resources. V-Lox is multi-GPU accelerated for ultra-fast simulation speed and has been demonstrated to provide up to 100X speedup over competing tools. With V-Lox, see what you can design today.
Industry-Proven Computational Software
V-Lox is one of our commercially-available software tools that is able to drastically decrease the fabrication and simulation cycle time so that designers can focus on creating an overall better solution. And unlike other solutions available, the V-Lox software can model and simulate faster without a loss of accuracy.
We offer three versions of our V-Lox software to best meet your modeling and simulation needs.
Our foundational version of V-Lox has an extensive list of application areas and features, see below.
Device design and analysis
On-body antenna array patterns and coupling
Fast and accurate scattering predictions
Wideband RF signatures
Antenna design and placement
Radomes with FSS
Filters, couplers, networks
Rapid EM device design optimization
Method of Moments
Plane wave and antenna excitations
Passive circuit loads
Directivity, gain, realized gain
Fast direct solver for electrically large bodies
Multi-GPU solvers provide >16X speed-up
Out-of-core solver for ultra-large problems
Our electrostatics version of V-Lox can help provide unparalleled speed and accuracy to electrostatics and analysis applications. Here is an extensive list of application areas and features.
Ion trap design for quantum computing
Arbitrary electrode excitations
Near fields and potentials
Fast direct solver for large geometries
Multiple symmetry planes
Paraview& HDF5 export