Meshing the NASA High Lift Common Research Model with Fidelity Pointwise
CFD mesh generation with multi-block structured, unstructured tetrahedral, unstructured hybrid, and hybrid overset, are used in high-lift applications.
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An Edge Machine Learning Systems Design Example
Edge machine learning requires the right hardware architecture to support low-latency inference and training, as well as the right software techniques to minimize compute workloads.
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The Industry is Closer to Commercial Quantum Processors
The quantum computing hardware revolution is in full swing. Companies are working towards commercial quantum CPUs that can withstand higher temperatures and large-scale qubit integration.
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5G NR FR1 Reference Design Report Analysis
The 5G NR FR1 reference design released this year gives 5G innovators a way to get started with small-cell development and deployment.
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Robust and Accurate Mesh Adaptation for Turbomachinery Applications
In turbomachinery CFD applications, utilize the best mesh adaptation and mesh generation with Fidelity and Fidelity Pointwise.
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Tackle Mesh Generation and Geometry Access Challenges Through Automation
Automation is key for massive mesh generation in CFD which will improve holistically CFD’s ability to resolve difficult simulations.
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RF Link Budget Calculation Guide
Link budgets in RF systems are simple to calculate with some basic formulas. See how to do it in this article.
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Mitigation Methods for B-Rep Tolerance Impacts on Mesh Generation and Adaptation
Fidelity Pointwise makes easy your adaptation in meshing processes to accept typical BREP tolerances and MCAD construction artifacts.
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mmWave Antenna-in-Package Design With RFICs
Antenna-in-package designs bring advanced antenna arrays into your assembly or module alongside your application processor and RFICs.
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What Determines Antenna Gain?
: Antenna gain can be simulated and calculated with a field solver in your design software. See what determines the gain of an antenna and how it is calculated in this article.
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OEMs Are Driving Semiconductor Chip Architecture
Semiconductor chip architectures are
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How Low Radar Cross Section Can Hamper Aerodynamic Performance
The most aerodynamic aircraft do not always have the lowest radar cross section. See why in this article.
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Automatic Unstructured Mesh Generation with Geometry Attribution Using Fidelity Pointwise
Read this article to learn about the hybrid approach to fully automated unstructured mesh generation with geometry attribution using Fidelity Pointwise.
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Overview of Synthetic Aperture Radar (SAR)
Synthetic aperture radar takes advantage of scanning action to produce radar images with high resolution.
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The Universal Chiplet Interconnect Express (UCIe) Standard
On-chip capacitors used in ICs provide very high capacitance densities, so they can target high frequency decoupling needs directly on-chip.
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Automatic Boundary Proximity Detection and Element Sizing for B-Rep Constrained Unstructured Meshes Using Fidelity Pointwise
A method that can automatically determine mesh element sizing for improved mesh quality at encroaching boundaries has been developed and is applied to geometry-constrained meshes.
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Types of On-Chip IC Capacitors
On-chip capacitors used in ICs provide very high capacitance densities, so they can target high frequency decoupling needs directly on-chip.
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What is an Electromagnetic Field Solver?
Some of the most challenging engineering problems can be evaluated with an electromagnetic field solver application.
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Why is Chirp Used in Radar?
Chirp is the standard modulation format used in shorter range radars for automobiles. Learn about this type of modulation in this article.
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Getting Started With Radar Systems Design
Learn about the basic aspects of radar systems design and how advanced systems are integrating radar functionality.
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