Powerful, Friendly & Easy-to-Use

Clear workflow and friendly GUI make it

easy for you to get started right away

High Compatibility for

Seamless Data Exchange

20+ standard and commercial formats

are supported, enabling you to import and

export files with ease.

Embedded Integral Technique (EIT)

Developed on the FDTD (Finite-Different

Time-Domain) algorithm, EIT is a cutting-edge technology with high precision

Finite Elements Method (FEM)

FEM is a frequency domain finite element

algorithm based on tetrahedral meshes.

With the capability to simulate high-precision geometries, it is suitable for the simulation

of complex models and fine structures.

Power Modeling Capability

With the self-developed Overdrive kernel,

parametric modeling and solid & surface

hybrid modeling are available for faster

and better modeling.

Friendly and Easy-to-Use

Clear workflow and friendly GUI make it

easy for you to get started right away

Powerful, Friendly and

Easy-to-Use

Clear workflow and friendly GUI make it

easy for you to get started right away

High Compatibility for

Seamless Data Exchange

20+ standard and commercial formats

are supported, enabling you to import and

export files with ease.

Embedded Integral

Technique (EIT)

Developed on the FDTD (Finite-Different

Time-Domain) algorithm, EIT is a cutting-edge technology with high precision

Finite Elements Method

(FEM)

FEM is a frequency domain finite

element algorithm based on tetrahedral meshes. With the capability to simulate

high-precision geometries, it is suitable

for the simulation of complex models and fine structures.

Power Modeling

Capability

With the self-developed Overdrive

kernel, parametric modeling and solid & surface hybrid modeling are available for faster and better modeling.

Friendly and Easy-to-Use

Clear workflow and friendly GUI

make it easy for you to get

started right away

Powerful, Friendly and

Easy-to-Use

Clear workflow and friendly GUI make it

easy for you to get started right away

High Compatibility for

Seamless Data Exchange

20+ standard and commercial formats

are supported, enabling you to import and

export files with ease.

Embedded Integral

Technique (EIT)

Developed on the FDTD

(Finite-Different Time-Domain) algorithm, EIT is a cutting-edge technology with high precision

Finite Elements Method

(FEM)

FEM is a frequency domain finite

element algorithm based on tetrahedral meshes. With the capability to simulate high-precision geometries, it is suitable for the simulation of complex models

and fine structures.

Power Modeling

Capability

With the self-developed

Overdrive kernel, parametric

modeling and solid & surface

hybrid modeling are available

for faster and better

modeling.

Friendly and

Easy-to-Use

Clear workflow and friendly GUI

make it easy for you to get

started right away

Powerful, Friendly and

Easy-to-Use

Clear workflow and friendly GUI make it

easy for you to get started right away

High Compatibility for

Seamless Data Exchange

20+ standard and commercial formats

are supported, enabling you to import and

export files with ease.

Embedded Integral

Technique (EIT)

Developed on the FDTD

(Finite-Different Time-Domain) algorithm, EIT is a

cutting-edge technology with high precision

Finite Elements Method

(FEM)

FEM is a frequency domain finite

element algorithm based on tetrahedral meshes.

With the capability to simulate high-precision

geometries, it is suitable for the simulation of

complex models and fine structures.

Power Modeling Capability

With the self-developed Overdrive kernel, parametric

modeling and solid & surface hybrid modeling are available for faster and better modeling.

Friendly and Easy-to-Use

Clear workflow and friendly GUI make it easy for

you to get started right away