Remcom XGtd is a ray-based electromagnetic analysis tool for assessing the effects of a vehicle or vessel on antenna radiation, predicting coupling between antennas, and predicting radar cross section (RCS). It is ideally suited for applications with higher frequencies or very large platforms where the requirements of a full physics method may exceed available computational resources. Remcom XGtd 3.1.2 Tested Picture XGtd Ray-based EM Analysis Software Features XGtd’s capabilities extend well beyond standard ray tracing codes, incorporating techniques including Geometric Optics (GO), the Uniform Theory of Diffraction (UTD), Physical Optics (PO), and the Method of Equivalent Currents (MEC). XGtd provides high-fidelity outputs tailored to its intended applications. Computational methods include: Ray tracing methods: Shooting and bouncing ray and image theory...
Remcom XFdtd 3D EM Simulation Software provides engineers with powerful tools to shorten development time and release products to market sooner. Remcom XFdtd 7.3.2.5 Tested Picture XFdtd 3D EM Simulation Software Features XF is full-wave 3D electromagnetic modeling software for analyzing EM field simulation in complex, high-fidelity devices. XF’s unique collection of features simplifies the analysis of even the most complex and massive problems. XF includes a specialized FDTD solver which outpaces other methods in efficiency as the number of unknowns increases. Learn more about the benefits of the FDTD method. XFdtd Applications A full-featured electromagnetic simulation solver, XFdtd 3D EM Simulation Software outpaces other methods in efficiency as the number of unknowns increases. XF includes full-wave, static, bio-thermal, optimization, and...
Simulations PlusGastroPlus 9.5 is a flagship PBPK modeling program,this new version of GastroPlus is the result of many months of intense work by our talented simulation technologies team, and we are excited about the final outcome. A small sample of the many enhancements includes: Simulations Plus GastroPlus 9.5 Tested Picture New PBPK models for antibody-drug conjugates (extension to the Biologics Module) New models for subcutaneous and intramuscular injection formulations (extension to the Additional Dosage Routes Module) Revamped workflows for building in vitro-in vivo correlations (IVIVCs) and performing virtual bioequivalence trial simulations (extension to the IVIVCPlus™ Module) Several new physiology models, including Chinese and hepatic impairment population groups Improved reporting capabilities, making it easier for companies wishing to submit results to regulatory agencies.
Simulations Plus DDDPlus Version 5.0 further extends our lead in this area by adding valuable new functionalities that will enable formulation scientists in both innovator and generic companies, as well as regulatory agencies, to gain insight into the behaviors of various formulations for pharmaceutical dosage forms. Several of the significant enhancements include: Simulations Plus DDDPlus 5.0 Tested Picture integration of the optional add-on ADMET Predictor™ Module simulation of in vitro dissolution of coated bead, coated tablet, and bilayer tablet dosage forms addition of tablet disintegration and porosity models expanded library of dissolution apparatus to include the Pion μDISS Profiler™ experiment improved 3D Parameter Sensitivity Analysis mode.”
ADMET Predictor® is the flagship machine learning platform for ADMET modeling with extended capabilities for data analysis, metabolism prediction, and AI-driven drug design. Powerful ADMET Property Estimation, at your fingertips as a drug or agrochemical discovery scientist, your task is to create high-quality lead compounds. As a toxicologist in the pharmaceutical, chemicals, food, and cosmetic industries, your task is to ensure that your products are safe for humans and the environment. Simulations Plus ADMET Predictor 9.5 is a flagship machine learning modeling platform. Simulations Plus ADMET Predictor 9.5 Tested Picture Key improvements include: Novel approaches to calculate uncertainty estimates on all regression models New machine learning models for important metabolism and transporter endpoints New machine learning models for AMES mutagenicity,...
IntelliSuite v8.8 includes major updates for all software modules and the addition of a new tool, Parametric Designer. IntelliSense made its initial announcement at the recent IEEE MEMS 2014 conference in San Francisco, CA. Now, all IntelliSense customers will have access to the new software version. IntelliSuite include: Process modeling MEMaterial (Database and process optimization) AnisE (Silicon Wet Anisotropic Etch Simulation) RECIPE (RIE/ICP Simulator) IntelliFAB (Process visualization) FabViewer IntelliEtch Design Tools IntelliMask + Parametric Scripting 3D Builder (Meshing tool) Geometry Manipulator VisualEase Analysis Tools ThermoElectroMechanical Analysis Microfluidics and BioMEMS Analysis Electromagnetics and RF MEMS Analysis System Modeling SYNPLE Getting Started SYNPLE Element Library SYNPLE Advanced User Guide EDA Linker Some of the new features in IntelliSuite v8.8 include: Parametric Designer...
Maxwell is a 32-bit Windows application for the treatment of electrical geophysics data. Used by serious mineral explorers, consultants and academics on all continents, it is the productivity-enhancing tool for consumers of electrical geophysics data. Written and maintained by people who acquire, process and interpret EM data for a living, Maxwell was developed to handle all forms of EM geophysical data: time-domain, frequency-domain, ground-based, airborne, dB/dt and B field. Current versions of Maxwell require Windows XP or higher. EMIT Maxwell 7.1 Tested Picture Maxwell automates the handling of large data sets with inversion and forward modelling of plate targets and conductive overburden responses. Maxwell creates professional quality on-screen and hardcopy presentations of plans, profiles, decays, spectra and model visualisations. Compatible...
SMASH 7.6.0 mixed-signal simulator significantly speeds up OP/DC and transient analyses of analog and mixed designs in advanced nodes by a gain between x2 and x6. These major speed-up gains have been possible thanks to new methods and algorithms without losing simulation accuracy, as merge of identical SPICE instances, improve evaluation of MOS transistors, RC reduction methods and new Solver. All these features allow SMASH to be as fast or even to overtake the major fastest golden spice simulators, while ensuring accuracy of a single solver SPICE simulator. SMASH is now supporting SystemVerilog language for RTL synthesizable simulations, thanks to the integration of Verilator. Verilator is open source Verilog/SystemVerilog simulator. Verilator converts Verilog HDL modules to C++ models which are...
Solido Design Environment is a comprehensive AI-powered design environment for all SPICE-level design and verification, and is a single unified solution for nominal and variation analysis. Used by thousands of designers to produce the most competitive products in hp computing, AI, IoT, automotive and mobile applications. Brute force-accurate signoff variation 1000X faster Orders of magnitude faster than brute-force simulation Full coverage verification across PVTs and Monte Carlo Brute-force Monte Carlo and SPICE accurate high-sigma verification Variation-aware design sensitivity, debugging and optimization Comprehensive design environment to boost engineering efficiency Significantly reduces documentation time/effort Identifies design weaknesses previously undetectable Easy to use and deploy Intuitive GUI for interactive design and analysis GUI or batch mode Works with all process technologies Integrated with...
Optenni Lab 5.2 contains again a large number of improvements, including the following: Measured s1p can be used as Impedance target Negative component values are supported – this is great especially in de-embedding and model fitting Ideal open and short are included in synthesis using component libraries S, Y and Z parameter optimization is supported Discrete tuner optimization is a lot faster Project notes can now be added in the Optenni Lab project files General project info and log of main user actions are automatically added to Optenni Lab project files General format datafiles are supported in user plots Total scan patterns of different arrays can be combined Many usability and algorithm improvements
