AWR is now Cadence
FEATURED APPLICATION NOTE
Miniature X-Band Bandpass Filter
This new application note details the design of an edge-coupled, bandpass filter for X-band operations.
Featured Interview
Glen Clark, Cadence
Cadence’s Glen Clark, VP of R&D for Custom ICs and PCBs, talks about the recent AWR acquisition in an exclusive Q&A published on Microwave Journal.
Featured Videos
E-Learning Portal: Phase Noise Modeling
This three-part video series explains how to use the VSS time-domain engine to measure phase noise.
Featured White Paper
RF Downconverter Module Design
This white paper describes the design and simulation of a complete downconverter module used in spectrum analyzer test equipment.
Featured News
Cadence Completes Acquisition of AWR
On January 15, 2020, Cadence completed the acquisition of AWR from NI. The addition of AWR’s technologies and talent will further expand Cadence’s reach into 5G RF communications.
Latest news
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Events & Trainings
Customer stories
The test results for our 32-channel receivers performed well and according to specification. Our success is due in part to the innovative capabilities in AWR software for the design and EM verification of the filters and splitters in the antenna PCBs.
Scalambra Alessandro and Navarrini Alessandro
INAF
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The stability analysis and optimization features of AWR software are very powerful and efficient in yielding the desired results. Combined with the network synthesis and iFilter wizards, the software enabled a fast turnaround time between simulation and bench testing.
Elias Ghafari
Senior Field Applications Engineer
Richardson RFPD
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AWR software combines simplicity with the ability to deliver highly-complex solutions in less time compared to conventional development approaches.
Johannes Steigert
RF Electrical Engineer
CommScope
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AWR is now Cadence
AWR software helps design engineers to dramatically reduce development time and cost for components, circuits, systems and subsystems employed in wireless, high-speed wired, broadband, aerospace and defense, and electro-optical applications.