Introduction

eWave is a 3D planar electromagnetic (EM) simulation tool independently developed by NineCube, the international technology innovation leader in the field of high-frequency electronic design automation. eWave can be seamlessly integrated into mainstream IC design platforms, allowing customers to repeat electronic designs that can be verified at once without leaving the design environment they are most familiar with.

eWave 3D Full-wave EM Simulation Tool

Technology Leader

As a 3D planar EM simulation tool based on the advanced Method of Moments (MOM), eWave combines the latest NlogN and multi-threaded algorithms to provide the fastest and largest 3D planar EM simulation with optimal algorithms for different electromagnetic field problems.
Precision Controller

eWave integrates unique parametric passive model generation functions with a built-in library of 3D planar models that can be generated based on EMFs, such as spiral inductors, transformers, and capacitors. eWave not only maintains the accuracy of EMF simulation, but also enables EMF simulation and optimization at the speed of circuit simulation via a unique Green’s function library pre-construction technology.
Efficiency Improved

eWave supports multi-core parallel computing, and N cores can increase the speed of eWave simulation by N times. It is especially applicable for layout simulation of complex multi-layer structures. Unlike other independent planar electromagnetic simulators, eWave can be integrated into the industry’s most powerful RFIC passive device design system platforms, enabling it to provide the most efficient and fastest 3D planar electromagnetic simulation through universal design input and user-friendly optimized simulation user interface, and always support you to deliver the best possible design with high efficiency.

Features

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01
Extremely High Design Accuracy

The on-chip inductor simulation results of eWave have been verified in actual measurements by foundries. According to the measured results of chips, eWave achieves a simulation precision error of L<5% & Q<10%, thus ensuring the accuracy of the simulation results and effectively avoiding hidden troubles in the design.
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02
Fast 3D Full-wave Electromagnetic Field Simulation:

With the combined use of the latest NlogN algorithm and multi-threaded solution technology, as well as the aid of BDD algorithm, iterative matrix solution algorithm, adaptive mesh and via hole compression technology, the relationship between eWave’s simulation speed and algorithm complexity is reduced from N² for traditional tools to close to NlogN. This greatly improves the simulation performance, and allows customers to effectively simulate larger-scale circuits, shorten the cycle of product development and reduce development risks.
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03
Good Design Interface

eWave can be seamlessly integrated into major IC design platforms without changing the design environment and relearning. To call the eWave electromagnetic field simulation tool, simply select eWave directly on the toolbar of the IC design platform used.