New in #JSSC: A blocker-tolerant mm-Wave receiver using a VCO-based non-uniform multi-level time-approximation filter.📡

✅ 87mW in 28nm CMOS
✅ High rejection & spectral selectivity
✅ Critical for 5G/6G infrastructure

Read: https://bit.ly/48bl4fP

#IEEESSCS #RFIC #mmWave #5G

AI-Enabled RFIC Design: Beyond Human Intuition 📡🤖

Join @IEEE_SSCS & Dr. Kaushik Sengupta to explore how Generative AI & Inverse Design are automating mmWave/sub-THz circuits.

📅 27 April | 10AM EDT
🔗 Register: https://bit.ly/4uV8mM6

#IEEESSCS #RFIC #AI #ICDesign #IEEE

Missed our live webinar on Differential LC Oscillators? 📡

The full recording with Prof. Salvatore Levantino is now in the SSCS Resource Center!

Master startup conditions, phase noise, and RFIC design.

🔗 Watch: https://bit.ly/4tn36QD

#IEEE #RFCS #AnalogDesign #RFIC

Home - RapidRF Our AI-powered platform automates the entire process of designing radio-frequency integrated circuits (RFIC)—faster development, fewer resources, and breakthrough performance. It’s a new era for the…

sn-news: #de #electronics #rfic #semiconductors #eda #startups #scouting RapidRF - Transforming RFIC Design with AI rapidrf.ai

sn-news: #electronics #semiconductors Automated Transformer Selection for #RFIC Design - Accelerating Development with a Comprehensive Database

Another day, another jug of proof that Doug Ford can turn someone else's conversation into a story about him, at will. Easy, peasy. #RFIC