The 5G wireless technology is characterized by very high speed, greater connectivity reach, and low latency. Compared to the 4G network, 5G wireless can offer 10-20 times higher transmission rates, ...

SAN JOSE, Calif.--(BUSINESS WIRE)--Cadence Design Systems, Inc. (Nasdaq: CDNS) today announced that it has collaborated with GlobalFoundries (GF) to accelerate 5G and mobile design innovation through ...

Analog front-ends (AFEs), also known as radio frequency front ends (RFFEs), are components that use smart partitioning architectures by integrating high-speed amplifiers, receive analog-to-digital ...

The demand for 5G applications increases the need for radio frequency (RF) and microwave filter components in the mm-Wave frequency bands. The SynMatrix online interface with the AI-optimized tuning ...

AWR V16 advances heterogeneous technology development for 5G wireless and connected systems for automotive, radar systems and semiconductor technologies Custom RF to mmWave IP developed with AWR ...

How selecting the right materials is crucial in creating 5G-capable PCBs. Addressing EMI and thermal-management issues. The role of automated inspection. With “game-changing” 5G technology now ...

The many technical factors that must be assessed in 5G antenna design, including their interactions. Further physical/environmental considerations for both the antenna and the entire system. In the ...

Cadence’s comprehensive, optimized RF flow now includes the new, AI-powered Virtuoso Studio to support TSMC’s N16 mmWave, N6RF and N4PRF design reference flows Joint customers are actively designing ...

This white paper discusses design challenges and solutions related to the “third wave” of communications, presenting several case studies in which the Cadence AWR Design Environment platform has been ...

[Hans Rosenberg] knows a thing or two about RF PCB design and has provided a three-part four-part video demonstration of some solid rules of thumb. We will cover the first part here and leave the ...