For thorough product testing and high test throughput, test engineers need to understand the basics of RF technology, what to test for, and which instruments are best suited for the job.

Synopsys offers an RF design reference flow and companion design solutions kit that speed design closure on Samsung Foundry’s 8-nm FinFET process. The 8-nm RF design reference flow, which tightly ...

If you’re planning on working satellites or doing any sort of RF work where the signal lives down in the dirt, you’re going to need a low-noise amplifier. That’s typically not a p… ...

RF design isn’t always easy, especially at higher frequencies. Despite improvements in simulation tools, there’s still no substitute for prototyping and trying out different things.

Part 1 of a two part article. Click here for Part 2 Originally, operational amplifiers (op amps) were not thought of as candidates for RF design, but the advent of newer, faster devices has now made ...

The desire to design effective delta-sigma modulators for low-power and high-integration multi-standard RF receivers has motivated research institutions and RF design organizations to dig into this ...

Mentor Graphics and TSMC have released a 65nm RF design kit that combines TSMC's 65-nm mixed-signal and RF process technology with Mentor’s new ICStudio custom chip design platform ...

RF and microwave architects and designers can accelerate design and verification with powerful electromagnetic (EM) modeling and simulation technology. In the webinar for the 2023 launch of PathWave ...

In collaboration with Ansys, Synopsys (SNPS) designs integrated RF Design Reference Flow on Samsung Foundry's 8nm RF low-power FinFET process to accelerate 5G performance and power efficiency.

"Cadence platforms such as the AWR Design Environment, Allegro PCB/SiP, and Virtuoso RF with integrated EM solver technologies are critical to the development of our RF/mmWave MMIC, RFIC and multi ...