MBP includes automated extraction packages for industry standard models as well as an open interface for modeling strategy customization. Turnkey solutions are also provided for the advanced statistical and mismatch model extraction, layout proximity effects LPE modeling, static random access memory SRAM cell modeling, HVMOS modeling, scalable Inductor modeling and corner library generation. HeatWave computes the full-chip temperature profile at the spatial resolution of your devices and interconnects, and annotates this data into your circuit simulator, making your simulation results temperature-accurate.
Because the geometric features of power sources and heat conduction paths inside a chip are at the submicron scale, the thermal modeling and numerical solution techniques have to be commensurate with such feature sizes.
The simulation results are 3-dimensional temperature profiles with the necessary resolution and accuracy. From EMPro, both time domain and frequency domain simulations can be launched and results viewed. You can also perform regulatory compliance testing for applications such as hearing aid compatibility HAC and specific absorption ratio SAR. The WBP Bundle provides you with both time domain and frequency domain simulation technology in one package.
Designers are not only challenged by technical requirements multi-band, efficiency but also by legal requirements e. Further, many components close to the antenna e. The effect of real world interaction, such as the detuning of the antenna when the handset is close to the human body, must be considered very early in the design cycle. The research team describe the use of gprMax to carry out numerical modelling to assess GPR imaging potential at the landing site.
Some of the recent advanced features in gprMax, such as fractal-based roughness for realistic topographic modelling, have been utilised. We have released video recordings of sessions from our recent online workshop on 'GPR modelling using gprMax' on our YouTube channel, where you can access a playlist of the event. The first of its kind on GPR modelling, the workshop proved to be a great success, and we received a lot of positive feedback from the attendees.
Here are a few statistics from the event:. A free 3-day online workshop will take place on July This workshop replaces the planned face-to-face event that was due to take place April at Northumbria University, Newcastle, UK, and had to be postponed due to the coronavirus pandemic. We are pleased to announce our paper describing the new GPU performance enhancements to gprMax has been published in the journal of Computer Physics Communications.
We expect these performance benefits to rapidly advance GPR research in areas such as full-waveform inversion and machine learning. The paper is open-access and we would appreciate that if you use gprMax and publish your work, you would cite this new paper. This is the second time in a row that this prize has been won by a researcher using gprMax, after Markus Loewer won the award at GPR He has used the model as a key component in simulations to investigate using guided GPR waves along metallic cylinders in boreholes for permittivity sounding.
Well done Sam! We are excited to announce the release of version 3. Your Instant Quote is empty. Request a Quote How to Buy or Rent. Please Confirm Confirm your country to access relevant pricing, special offers, events, and contact information.
Discover Insights Success Stories Blog. No product matches found - System Exception. Home Resources. PathWave EM Design. Request a Free Trial. Download Latest Version. View Brochure. FEM The ambient temperature and temperature dependency of conductors materials are now taken into account.
The meshing algorithm has been dramatically improved. We have therefore decided to design what we believe to be a realistic 3D GPR model which we think offers a challenge for testing GPR processing, imaging, and inversion algorithms. Before releasing information on the detailed construction and composition of this model to be used by the GPR research community we would like to offer the modelled data as an imaging and interpretation challenge to GPR researchers.
The dataset and a full set of instructions can be found at our GitHub repository. Markus was the GPR Young Scientist winner, and is using the new dispersive material modelling capabilities to create multi-pole Debye models to accurately simulate the frequency-dependent dielectric properties of different soils. Read more about it in the projects section. We have added some screencasts and videos to our YouTube channel. There are screencasts to help new users with installing and updating gprMax.
We have also created videos, like the one shown here, that demonstrate how electromagnetic fields propagate in different environments. These are fairly simple 2D models but, nevertheless, are educational and provide some useful insight. We will be adding videos of more complex simulations as well as screencasts of guided example models. The product offers users shorter development cycles through virtual prototyping before physical trials and optimization instead of experimentation.
COM and ActiveX interfaces allow behind the scenes data transfer and tight integration between the two programs.
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