Resource Library

To optimize product development throughput and successful designs, software must offer automation that supports engineering productivity alongside seamlessly integrated circuit, system, and electromagnetic...

This application note explores the fundamental design challenges faced when creating and producing high-frequency modules for a range of wireless system applications, and the tools required for an effectiv...

Radar systems can be classified as ground-based, airborne, space-borne, or ship-based as well as by frequency band, antenna, or waveform type. Additionally, functionality can vary from tracking to early wa...

RF modules combine multiple integrated circuits (ICs) into a single package, offering a large amount of functionality in a small space. This level of device integration can be an engineering challenge, req...

Electromagnetic analysis is critical for a wide variety of applications with RFIC and RF module design. Learn how EM solvers can help with first-pass design success and how the Cadence Virtuoso RF Solution...

As wireless communications systems evolve, smaller devices with better performance are required that incorporate multi-technology-based module designs with different integrated circuit (IC) and PCB process...

The Cadence® AWR Design Environment® platform electronic design automation (EDA) software suite provides RF/microwave engineers with access to innovative high-frequency circuit, system, and electromagnetic...