Products and Services
XFdtd®: 3D Electromagnetic Simulation Software
XFdtd Release 7 (XF7), Remcom's full wave 3D electromagnetic simulation software, simplifies the analysis of complex EM problems and leads the market in FDTD-based modeling and simulation. XF7 features built-in GPU acceleration capability and XACT Accurate Cell Technology. It was designed to be simple and easy to use, but with the power to handle the toughest simulations that engineers face today.
Unmatched EM Simulation Efficiency
XF7 simplifies workflow with a streamlined user interface, cross-platform functionality, and several unique time-saving features. XF7 includes XStream®, Remcom's GPU acceleration technology, for free. Using the power and flexibility of NVIDIA's CUDA architecture, XStream tremendously improves EM simulation performance with ultra-fast FDTD numerical computations -- up to 500 times faster than a modern 64-bit CPU. Other notable features include XACT Accurate Cell Technology, a sophisticated meshing capability for resolving the most intricate designs with fewer computational resources and the XTend Script Library, a suite of pre-loaded and customizable scripts for creating custom features.
XF7 simplifies workflow with an overall focus on the iterative nature of the design process. Remcom continues to invest in features and enhancements that improve the power, speed, and usability that have always been the core strengths of our software.
Unique capabilities of XF7 include:
- XACT Accurate Cell Technology resolves the most intricate designs with fewer computational resources
- XTend Script Library automates modeling and design with pre-loaded, customizable scripts for creating custom features
- XStream GPU acceleration technology included at no additional cost
- Complete parameterization control
- First EM simulation package in the industry to run natively on Windows, Mac OS X, and Linux
- Guided modeling processes, editable modeling history, ability to edit imported CAD files
- Intelligent, ultra-fast meshing expedites previewing of finished meshes prior to simulation
- Dynamic and interactive graphing allows results to be viewed and automatically updated as data changes
- Customizable Results Browser with filtering and searching tools
•Brochure: XFdtd Release 7
•White Paper: Accelerating The Finite Difference Time Domain (FDTD) Method With CUDA
•Case Study: WiFi Antenna In Free Space And Subsequent Placement In Netbook
•Case Study: Human In Car Exposed To Fields From Car-Mounted VHF Antenna
•White Paper: Optimized Device Design: A Demonstration Of Parameterization, Optimization, And High-Performance Computing With Hardware Accelerated FDTD
•White Paper: Time-Saving Technologies To Simulate And Tune Conformal Antennas For Modern Mobile Devices
•White Paper: Using Simulation To Optimize Safety, Performance, And Cost Savings When Integrating An Antenna Onto A Platform
•Application Example: Circularly Polarized Microstrip Antenna For Wireless Power Transmission And Data Communication
•Case Study: MRI Coil Improvement for Cardiac Imaging in Mice
•Presentation: Creating And Tuning A Conformal Antenna With XF 7
•Video: XStream GPU Acceleration for XFdtd
•Video: Antenna Design and Real World Analysis with XFdtd and Wireless InSite
•Video: Using a Genetic Algorithm to Optimally Place an Antenna with XF7
•Video: Creating an MRI Birdcage Coil in XF7
•Video: Importing A CAD Model And Assigning Material Properties In XFdtd
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