Remcom (USA) - Product Announcements

Remcom is honored to be included in Inc. Magazine's 27^th annual Inc. 5000 list of the fastest-growing private companies in the United States.

According to Inc., the list is the most comprehensive look at the most important segment of the economy – America's independent-minded entrepreneurs. (read more)

XFdtd^® is a full wave 3D electromagnetic solver based on the Finite Difference Time Domain method. XFdtd leads the industry in solving large and complex projects across a wide range of applications. Unique, true MPI capability allows larger and faster computations than any other solver via the capability of computer clusters. (read more)

Wireless InSite^® Release 2.4 offers many enhancements, including a Communication System Analysis module, improved analysis of wideband signal propagation, modeling of atmospheric ducting effects and plane wave sources for modeling airborne and satellite based transmitters. (read more)

Remcom announces the release of its Wireless InSite^® Real Time Module, which takes only milliseconds to predict the effects of buildings and terrain on the propagation of electromagnetic waves. The module enhances the speed of our Wireless InSite software. (read more)

The latest release of XGtd includes significant improvements and added functionality to both the user interface and propagation modeling. New features now available in Release 2.4 include 3D antenna radiation patterns, the ability to run calculations on multiple processors, improved error checking on imported CAD data, and much more. (read more)

XStream^® Hardware FDTD uses the latest GPU Computing technology to provide dramatic speed increases in XFdtd^® calculation. (read more)

VariPose^® is a special purpose software tool that repositions the voxels of the Male Visible Human mesh including internal anatomical structures. (read more)

Rotman Lens Designer^™ (RLD^™) software package is a tool for the design, synthesis, and analysis of Rotman Lenses and their variants. It is based on Geometrical Optics combined with the classical Rotman Lens design equations. (read more)