The design of RF-microwave-mmWave components for 5G/6G,
wireless, radar, and aerospace-defense applications must integrate multiple
chips to meet multi-spec performance requirements simultaneously. Historically,
silicon RFICs, III-V MMICs, packaging, and integrated passives have been
designed in four separate design platforms. This makes the design assembly and
simulation of integrated RF modules very difficult.
Join Cedric Pujol, RF simulation R&D manager from
Keysight EDA, to learn how Keysight’s new RF Circuit Simulation Professional
(Nexus) makes it possible to dramatically streamline multi-technology
integration, simulation, and optimization by revamping the RF circuit design
workflow.
This educational webinar shows how the next generation of
AI–ready RF circuit simulation and optimization workflow can be efficiently and
cost-effectively deployed to achieve an unprecedented increase in design
productivity and eliminate wasteful tape-out respins. Learn about:
• Industry trends drive integrating many RF technologies and
IPs using different tools.
• Orchestrating complex analysis and optimization with a novel
workflow-based and Python-enabled user interface (UI) that works across Keysight ADS, Cadence Virtuoso, and Synopsys Custom compiler platforms.
• Thorough multi-spec performance characterization made
possible with multi-domain simulation.
• Optimize multi-performance specs with >10x speedup
through advanced algorithms and parallel optimization.
• AI-ready to achieve unprecedented productivity through
Python automation and integration with external AI frameworks.
• Cost-effective, flexible licensing.
Stay relevant with the latest RF design methodology
developed through collaboration with leading customers and Keysight mmWave
instrumentation R&D teams.