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ANTENNA SIMULATION SOFTWARE FOR ANTENNA DESIGN AND ANALYSIS

Source: Remcom, Inc.

Antenna simulation software provides engineers with powerful tools to shorten
development time and release products to market sooner. 

Request Information

 * RELATED CONTENT FROM REMCOM, INC.

 * Webinar: XFdtd’s Transient EM/Circuit Co-Simulation For TVS Diode ESD
   Protection
 * XFdtd Analyzes Complex Beam Steering Antenna Arrays

Antennas are ubiquitous in today’s technology and span the spectrum from low
frequency, to microwaves, to terahertz and beyond. Our XFdtd 3D Electromagnetic
Simulation Software is a full-wave solver based on the Finite-Difference
Time-Domain (FDTD) method and is well-suited for analyzing designs ranging from
simple dipoles and patches to the latest mobile devices consisting of hundreds
of components and multiple antennas. The advanced processing features in XFdtd
are also capable of handling fifth generation cellular standards at millimeter
wave frequencies that involve antenna arrays and more complex processing.



Broad Spectrum of Antenna Analysis Applications
Antenna engineers have long used EM software for optimizing designs virtually,
reducing the expense and time of fabricating hardware prototypes while rapidly
evaluating numerous device configurations. The vast simulation space covered by
XFdtd encompasses traditional antenna designs such as wire antennas, microstrip
patches, and horns, as well as newer technologies such as 5G antenna arrays at
millimeter wave frequencies, Internet-of-Things (IoT) devices such as smart
speakers and cameras, and cutting-edge, next-generation 6G antennas in the
terahertz range and beyond. XFdtd simulations are capable of analyzing very
complex devices efficiently and are not limited by any computational barriers;
projects spanning over 500 cubic wavelengths are possible. Learn more about
XFdtd’s High Performance Computing Options for EM simulations.



Straightforward Analysis Process
Sophisticated device designs can be created in XFdtd using a full-featured CAD
modeler or imported files in many standard formats. Virtually all aspects of a
project may be parameterized, allowing for rapid characterization of design
variables. Simulated devices may be excited by an assortment of input options,
such as point source voltages and currents or distributed sources including a
variety of waveguide ports. Gain, efficiency, impedance, S-parameters, and
dissipated power are all common output quantities that are generated. Data
specific to the interaction of fields with biological tissues is also available
such as Specific Absorption Rate (SAR) and Power Density distributions.

Advanced Post Processing Options
State-of-the-art analysis tools must go beyond traditional results to handle the
needs of IoT/Connected Home, 5G, and upcoming 6G devices. Antenna array analysis
tools that can rapidly process data to define and optimize the performance of
complex beamforming systems containing hundreds or more elements are essential.
Understanding the full coverage of a gain pattern using advanced processing
techniques like the cumulative distribution function of the effective isotropic
radiated power (CDF of EIRP) is critical for antenna designers, and XFdtd meets
this need. In addition, for many communication systems employing Multiple-Input
Multiple-Output (MIMO), including cellular base stations and WiFi hubs, the
interactions between elements is crucial. The MIMO tools in XFdtd can compute
quantities such as isolation and envelope cross correlation, which ensure proper
operation.



Antenna Matching Circuit Design and Optimization Included
The days of designing and tuning an antenna for a single frequency are over as
current devices have to connect efficiently on multiple bands through the use of
matching circuits. XFdtd has sophisticated tools available for matching circuit
analysis, including the Circuit Element Optimizer (CEO), which can tune antennas
for multiple bands while including the electromagnetic effects of the structure
surrounding the circuit; this is especially important for cellular phone
designers. More complex circuits can be included with circuit co-simulation,
which runs parallel FDTD and circuit solvers together to include the effects of
chip components from common manufacturers or multi-port matching networks using
SPICE models. XFdtd also includes integration with the matching circuit design
software Optenni Lab, which can determine the optimal matching network topology.



 * MORE RELATED CONTENT FROM REMCOM, INC.

 * Indoor Connected Home Remote Camera Performance Analysis With XFdtd
 * 60 GHz Phased Array Design Using XFdtd For WiGig




REMCOM, INC.

 * Request Info
 * Contact Details
 * Company Profile


CONTACT DETAILS


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315 S. Allen Street State College, PA 16801 US
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MORE FROM REMCOM, INC.

 * REMCOM INTRODUCES SCHEMATIC EDITOR IN XFDTD EM SIMULATION SOFTWARE FOR
   ADVANCED MATCHING NETWORK ANALYSIS
   
   Remcom announces the addition of a schematic editor and frequency-domain
   circuit solver in the latest release of XFdtd® 3D EM Simulation Software,
   enabling today’s most advanced antenna...

 * XFDTD: 3D ELECTROMAGNETIC SIMULATION SOFTWARE
   
   XFdtd 3D EM Simulation Software provides engineers with powerful tools to
   shorten development time and release products to market sooner. A
   full-featured EM simulation solver, XFdtd outpaces other...

 * REMCOM ANNOUNCES 5G ANTENNA ARRAY DESIGN FEATURES IN XFDTD ELECTROMAGNETIC
   SIMULATION SOFTWARE
   
   Remcom announces 5G antenna array design features in the latest release of
   XFdtd® 3D EM Simulation Software, including workflow enhancements for
   modeling complex devices at millimeter wave...

 * 03.23.22 -- THE ROLE OF EM SIMULATION SOFTWARE IN ADVANCED ANTENNA DESIGN
   
   03/23/22 RF Globalnet Newsletter

 * REMCOM VIDEO CENTER
   
   This collection of videos showcases interesting applications and features of
   Remcom’s 3D electromagnetic simulation software and wireless propagation
   tools. Included are short clips that...

 * REMCOM BROADENS CAPABILITIES OF SCHEMATIC EDITOR TO SUPPORT DIPLEX MATCHED
   ANTENNAS IN XFDTD EM SIMULATION SOFTWARE

 * MOBILE DEVICE DESIGN USING ELECTROMAGNETIC SIMULATION

 * REMCOM ANNOUNCES NEW VERSION OF WIRELESS INSITE 3D WIRELESS PREDICTION
   SOFTWARE WITH ENGINEERED ELECTROMAGNETIC SURFACE MODELING

 * REMCOM ANNOUNCES XFDTD ELECTROMAGNETIC SIMULATION SOFTWARE UPDATE WITH
   ADVANCEMENTS FOR MILLIMETER WAVE ANTENNA DESIGN

 * ELECTROMAGNETIC SOLUTIONS FOR ANTENNA DESIGN AND ANALYSIS

 * RESCALE AND REMCOM BRING NVIDIA GPU-ACCELERATED ELECTROMAGNETIC SIMULATION TO
   THE CLOUD

 * SOLUTIONS TO SIMPLIFY 5G PHASED ARRAY DESIGN IN XFDTD®

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