
Semiconductor IP News and Trends Blog
Tag Archives: RF

October 6, 2017 - By John Blyler
Critical low power, high performance 5G connectivity gets closer with Imec’s latest semiconductor IP building ADC and RF front-end SOC building blocks. Continue reading

February 16, 2017 - By John Blyler
Engineer and Professor Bogdan (Robert) Staszewski shares his industry and academic views on the good, the bad and the ugly of innovation and the patent system. Continue reading

April 20, 2016 - By John Blyler
Berkeley’s Dr. Rabaey predicted IOT back in 2008. At the IEEE IMS May 2016 event, he’ll propose an open, scalable human Intranet to deal with the legacy issues. Continue reading

September 13, 2013 - By John Blyler
Data from Globalfoundries and an independent CDT survey confirm growth in RF silicon designs, III-IV challenges, and trends in power-amplifier techniques. Continue reading

March 21, 2013 - By John Blyler
Here’s another example of the growing importance of analog/mixed-signal, RF-wireless, and silicon-on-insulator technologies. Continue reading

February 19, 2013 - By John Blyler
RF and mixed signal intellectual property (IP) technologies benefits from real growth, rumors of Apple’s WiFi chips, and MEMS. Continue reading

February 1, 2013 - By John Blyler
The test-equipment show yields surprises in RF intellectual property (IP), Android applications, Design of Experiments methods, and the mind of the engineer. Continue reading

October 31, 2012 - By John Blyler
In this October issue of “Industry Trends”, John Blyler and Sean O’Kane ponder the possibilities of inner space and thin air (think Dassault Systemes and Imec). Continue reading

October 12, 2012 - By John Blyler
Unlike inductive charging systems, RF energy harvesters provide ultra-low power over greater distances. And new feedback techniques promise greater efficiency. Continue reading

July 17, 2012 - By John Blyler
Nanoscale variability requires many more simulations for statistically valid analysis. Tanner Design discusses this variability impact on traditional analog and RF IP designers. Continue reading