RF Design Blogs

The third in the series of AWR Design Environment Tips and Tricks, this blog highlights customization of the AWR Design Environment workspace to speed design creation and optimize use of AWR software.

The second in the series of AWR Design Environment Tips and Tricks, this blog highlights element placement in RF schematics and system diagrams for novice users, with actions to speed design creation and optimize use of AWR software.

Microwave Product Digest (MPD) Article Features AWR Design Environment V16 Software 5G wireless systems and connected devices are proliferating across every imaginable industry today, driving technology leaders to capitalize on market opportunities ...

AWR Software Tips & Tricks: Design Environment and Project Browser The first in the series of AWR Design Environment Tips and Tricks, this blog covers general design environment and Project Browser actions to speed design creation and optimize your use of AWR software.

The Team RF "μWaveRiders" blog series is a showcase for Cadence AWR RF products. Monthly topics will vary between Cadence AWR Design Environment release highlights, feature videos, Cadence Academic Network news (now includes the former A...

The AWR Design Environment Transmission Line Calculator lets you calculate and set transmission line dimensions for a specified impedance and electrical length directly from microstrip, stripline, coplanar or rectangular waveguide, or coaxial components on a schematic, accelerating the design of distributed networks such as Wilkinson dividers, Branchline couplers, and quarter-wave transformers.

The Cadence AWR Design Environment V16 production release is now available for download at Cadence Downloads with design environment, AWR Microwave Office, AWR VSS, AWR Analyst, and other enhancements.

A recently published white paper, RF/Microwave Technology Driving the Connected Car, discusses how wireless communications and mmWave radar systems enable next-generation vehicles with a host of functions, ranging from safety and navigation features to infotainment and remote entry/control. Along with the deployment of 5G ultra-reliable low latency networks and their potential to support autonomous driving, automotive...

What are the advantages of using Python over VBA for scripting in the Cadence AWR Design Environment platform? The VBA implementation in the platform has a number of limitations. Python allows access to a large body of open-source libraries for higher-level mathematics, statistics, and digital signal processing. Python is very efficient in array processing, and libraries can be accessed for further array processing capability...

The Cadence AWR Design Environment platform V15 offers enhanced load pull capabilities that include an expanded harmonic balance tuner (HBTUNER3) and an updated load pull script for performing load pull analysis.

For students in the RF/Microwave area of study, the Cadence AWR Design Environment platform provides a range of tools that are extremely useful for many tasks, ranging from theoretical concept verification to advanced design capabilities covering the entire industry. The AWR academic license bundle includes an impressive list of capabilities via various tools integrated into a single platform.

Join us March 24th, 2021 at 11:00am - 12:00pm PDT for this webinar with Nick Chopra, CTO of Recon-RF, developers of custom MMICs and RF modules, to hear how his team uses the distributed EM analysis option in Cadence RF solutions to accelerate product development and improve high-frequency amplifier performance.

Massive machine type communications (mMTC) along with enhanced Mobile Broadband (eMBB) and Ultra Reliable Low Latency Communications (URLLC) represent the three pillars of the 5G initiative defined by the 3 GPP. One goal of 5G mMTC is to provid...

This blog highlights the types of RF systems that AWR Visual System Simulator (VSS) communications and radar systems design software aids in analyzing. Future blogs in this series will include details on time-domain vs. frequency domain analysis, digital signal processing, and RF budget analysis capabilities within AWR VSS software.

Radar uses reflected radio waves to determine the range, angle, or velocity of objects. These detection systems that were once the exclusive domain of the aerospace and defense industry are now gaining popularity in the consumer industry, most notably automotive radar. Commercial adoption is possible, in part, because of high-volume semiconductor processes such as silicon germanium (SiGe) and complementary metal-oxide...

A new “5G NR Design for eMBB” white paper showcases the unique system and circuit capabilities in Cadence software that overcome eMBB design challenges.

The Cadence AWR Design Environment V15.03 production release with many enhancements is available for download.

RF designers increasingly rely on electromagnetic (EM) simulations to characterize board designs before the first component is placed, and continue to use EM analysis right through manufacturing handoff. New capabilities in automation and EM analysis are critical as board designs become denser and new manufacturing processes allow you to squeeze more performance out of PCB designs.

When creating new RFIC modules, designers typically need an array of tools and applications from various vendors to complete the design process. In 2018, Cadence launched the Virtuoso® RF Solution to enable designers to create faster design...

The other day, I happened to sneak out some time for myself after having sent the kids to play in the neighborhood park. I made myself a hot cup of coffee and settled on the couch hoping to enjoy the silence in the house. But was it really ...

Large-signal S-parameters (LSSPs) are an extension of small-signal S-parameters and are defined as the ratio of reflected (or transmitted) waves to incident waves.

The Triple Beat analysis is similar to Rapid IP2/IP3 analysis except that it uses three tones instead of two. It is used in cases where two closely-spaced small-signal inputs from a transmitter leak in to the receiver along with an intended small-signal RF input signal.

In the world of analog design, IP3—the third order intercept point, is a known parameter that is used to measure the linearity in the radio frequency (RF) components. The extracted IP3 values are very essential to determine the operating power ...

Hi All, If you were unable to attend IMS 2017 in June 2017, the IMS MicroApp “7 Habits of Highly Successful S-Parameters” is on our Cadence website. On Cadence Online Support , the in-depth AppNote is here: 20466646 . Best regards, Tawna

Hello Spectre Users, Simulating S-parameters in a time domain (transient, periodic steady state) simulator has been and continues to be a challenge for many analog and RF designers. I'm often asked: What is required in order to achieve accurate...