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Mastering mmWave Design
See how industry leaders achieve first pass design success.
Customer success is at the heart of everything we do. Our visionary customers are achieving breakthroughs that change lives by securing and connecting people across the globe. We are proud to partner with them every step of the way to push the boundaries of what is possible and change the world.
Customer Success Videos
Keysight Labs: RF & mmWave Subsystem Designs in small form factors
These standards are in higher frequency ranges, reaching up into the sub-terahertz range, so this has posed a lot of interesting design challenges that we are tackling head on.
“The comprehensive nature of the Keysight EDA tools lets us predict reality”.
mmTron: Creating Highly Efficient and Reliable mmWave Power Amplifiers
Multi-domain simulation with thermal analysis enables concurrent optimization of die, package, and PCB layout.
“The Keysight people’s knowledge and skills with PathWave ADS help us catch more issues earlier and work through situations like scripting, integration, and more that are extremely valuable in our mmWave RF component design efforts.”
Marki Microwave: mmWave RF Driver Amplifiers with Better Engineered Tradeoffs
Robust models and Winslow probe stability analysis help deliver balanced gain, output power, and bandwidth.
“When we’re very careful with our design and do a full modeling work up on an amplifier in PathWave ADS, spending extra time on different transistor models, we can get through with one variant.”
Case Studies
Analog Devices: Optimizing MxFE Front Ends with Complex Gain Control Settings
“Early look” saves customers six months or more in designs.
“A full-up workspace in PathWave System Design with our Sys-Parameters models speeds everything up. It's a step beyond anything we've seen out there for RF system reference designs.”
Analog Devices: Developing an X-Band Hybrid Beamformer Digital Twin
Virtual platform enables accurate simulation of configurations with hundreds of phased array elements.
“The phased array toolbox within Keysight EDA System Design enabled us to take a ‘simple’ signal chain as a line-up of components, fully modeled, and replicate it hundreds of times without cluttering the workspace.”
EnSilica: Predicting Ka-band Transceiver Thermal Margins, Wear, and Lifespan
Electro-thermal simulations enhance the electro-magnetic analysis capability in a multi-vendor RF EDA workflow.
“The data points are bang-on thermal simulations, and the reliability looks good, with a very benign PA power degradation over time. These were not given before we started our virtual thermal analysis.”
Molex: Designing Next-Gen Distributed 5G Vehicular Antennas
Molex developed a virtual vehicular antenna modeling and simulation design environment to analyze distributed antenna performance quickly and accurately before chamber and road tests.
“For antennas, we don’t have to invest as much capital in testing – we can use software to define and investigate a variety of configurations, work out the details, and then invest in the right solutions.”
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