|
EM.CUBE is Userware; it has been developed to solve the problems of users like yourself. It is evolving software; it will continue to grow as your needs for more computational power grows. We believe that the features of Userware should be driven by the needs of its users, not by developers, nor by market trends or competition. The software you see and use today has been developed through many interactions with users like yourself in industry, academia and government. We welcome your participation in the current and future development of EM.CUBE. By partnering with EMAGWARE, you can share with us your experience, input, and feedback, all of which have shaped and will continue to shape the course of EM.CUBE’s evolution. Whether you'd like to partner with us to integrate new exciting computational engines within the EM.CUBE framework, or are looking for customized modeling software that provides unique sound solutions, or simply want to use affordable and reliable simulation tools, Userware provides an open collaborative forum that welcomes ideas. |
EM.CUBE™ is a new, powerful, modular simulation and design environment from EMAGWARE for the modeling of radiation, scattering and wave propagation problems in engineering.
EM.CUBE stands for Electro-Magnetic Collaborative Userware By EMAG. Its core functionality utilizes a modular approach to the solution of large-scale electromagnetic problems. EM.CUBE's modules works together in a collaborative way to provide practical solutions to complex system-level problems. Built upon the latest advances in scientific computing, this visual CAD tool brings to your desktop the ultimate in computational power and versatility. A streamlined user interface puts all the CAD features and simulation tools at your fingertips.
EM.CUBE’s modules have been built upon a common shared foundation. They look very similar in appearance even though their functions and applications are very different. You work with the same user interface as you move between different modules. This makes the learning curve very quick and short. Besides convenience and ease of use, EM.CUBE’s common framework makes it possible to run hybrid simulations of complex multi-scale electromagnetic problems in a very effective way. These are the kind of problems that may require more than one computational engine to find a systematic solution.
Highlighted Modules
 |
CAD.module is an easy-to-use 3D modeler for generation, import and export of complex large-scale structures and scenes with micro-scale details. |
 |
FDTD.module is a time domain FDTD simulator (with optional hardware acceleration) for full-wave EM simulation of 3-D structures, circuits, and antennas. |
 |
PROP.module features an asymptotic SBR simulator for physics-based, site specific modeling of radio wave propagation. |
 |
MoM.module is a planar structure simulator for modeling and design of printed antennas and microwave circuits. |
 |
EM.GRID Is a full-featured visualization and calculation module for viewing and manipulating simulation data. |
Minimum System Requirements
Windows 2000/XP 32bitIntel Pentium 4 1GHz512MB of RAM with 60MB of disk spaceSVGA Display (1024 x 768)OpenGL compliant video cardThese are the minimum requirements for EM.CUBE to run efficiently. If you have any questions regarding the ability of your system to run EM.CUBE, please contact us.
