The big picture is that planar semiconductor transistors don’t really work below 20nm. The reason is that the gate does a poor job of controlling the channel since too much channel is too far from the gate and so there is a lot of leakage even when the transistor is nominally off. So the channel needs to be made thinner. One way … Read More





Facts Support New Emergence in Semiconductor Landscape
As we left an exciting year 2014 which is poised to record 7+ % increase in semiconductor revenue (~ $338 B) compared to 2013 (~ $315 B) and entered into another promising year 2015 for semiconductors, I looked back over the year bygone and collected inferences from some of the major important events which clearly convey how 2015 can… Read More
WLAN Design Optimization at Lantiq
Right now I’m typing on my MacBook Pro computer connected to the Internet through WiFi, thanks to the electronics in both my laptop and WiFi router. I kind of take WiFi for granted because it is so ubiquitous throughout my daily life, yet there are IC designers at companies like Lantiq Semiconductorthat have to design and optimize… Read More
IEDM Advanced CMOS Technology Platform Session
First I want recognize that IEDM once again provided all of the attendees with the proceedings as soon as we arrived at the conference, in fact the proceeding included every year of IEDM back to 1955. This is how a conference should be run! Anyone who read my blog about the SPIE Advanced Lithography Conference will know how frustrating… Read More
GlobalFoundries did NOT Pull the Emergency Brake!
Barron’s again published an unsubstantiated semicondutor rumor that is making the rounds. It all started with a Christmas day blog by Robert Maire who is a long time semiconductor analyst. Please note that he is not a semiconductor professional (someone who actually works in the industry) but he certainly does know people who … Read More
SoCs should invest in a strong cache position
Like most technology firms, Apple has been home to many successes, and some spectacular defeats. One failure was Project Aquarius. At the dawn of the RISC era, before ARM architecture was “discovered” in Cupertino, engineers were hunkered over a Cray X-MP/48. The objective was to design Apple’s own quad core RISC processor to … Read More
ANSYS Updates RedHawk for FinFET Nodes
Most designers are not using FinFETs yet, however the increased transistor density and power advantages they offer are compelling. Smaller feature sizes have been a consistent driver in semiconductor technology. Eventually the market will move more and more to FinFET processes, increasingly leaving behind planar transistors.… Read More
New Vivado Release. And a Competition!
It is not entirely clear what Xilinx is these days. Of course it is an FPGA company. If you hear the word FPGA then I bet Xilinx is the first thing you think of. But what Xilinx ships these days is a far cry from the type of device it created when it was starting, where FPGAs were largely used to vacuum up all the glue logic around the processors… Read More
Top Ten Semiconductor CEOs in 2014!
Since my blog about the Intel CEOs went over so well (sarcasm) I thought I should write more about semiconductor chief executive officers. This list comes from David Manners of Electronics Weekly who, unlike me, is a real journalist. Using David’s list as a starting point I will add more candidates at the end and please add yours in… Read More
Fabless Semiconductor Milestones of 2014!
After working in the semiconductor industry for the past thirty years and writing about it for the past six I would say that 2014 was one of the more interesting years of late. Vindication is the word that pops into my mind now that many “predictions” the fabless detractors have made over the last three years were proven wrong.
As a student… Read More
Facing the Quantum Nature of EUV Lithography