This year’s recipient of the Kaufman Award is Dr Chenming Hu. I can’t think of a more deserving recipient. He is the father of the FinFET transistor which is clearly the most revolutionary thing to come along in semiconductor for a long time. Of course he wasn’t working alone but he was the leader of the team at UC… Read More
Electronic Design Automation
TSMC to Talk About 10nm at Symposium Next Week
Given the compressed time between 20nm and 16nm, twelve months versus the industry average twenty four months, it is time to start talking about 10nm, absolutely. Next Tuesday is the 19th annual TSMC Technology Symposium keynoted of course by the Chairman, Dr. Morris Chang.
Join the 2013 TSMC Technology Symposium. Get the latest… Read More
Intelligent tools for complex low power verification
The burgeoning need of high density of electronic content on a single chip, thereby necessitating critical PPA (Power, Performance, Area) optimization, has pushed the technology node below 0.1 micron where static power becomes equally relevant as dynamic power. Moreover, multiple power rails run through the circuit at different… Read More
TSMC Tapes Out First 64-bit ARM
TSMC announced today that together with ARM they have taped out the first ARM Cortex-A57 64-bit processor on TSMC’s 16nm FinFET technology. The two companies cooperated in the implementation from RTL to tape-out over six months using ARM physical IP, TSMC memory macros, and a commercial 16nm FinFET tool chain enabled by… Read More
Clock Gating: Sequential Is Better
Sequential clock gating offers more power savings that can be obtained just with combinational clock gating. However, sequential clock gating is very complex as it involves temporal analysis over multiple clock cycles and examination of the stability, propagation, and observability of signal values.
Trying to do sequential… Read More
Power integrity: ground, and other fairy tales
Ground. It’s that little downward-pointing triangle that somehow works miracles on every schematic. It looks very simple until one has to tackle modern power distribution network (PDN) design on a board with high speed and high power draw components, and you soon discover ground is a complicated fairy tale with a lot of influences.… Read More
Tackling Circuit Level EM Analysis for RF, MMW and High Speed Analog Designs
Accuracy, ease of use and performance have always been paramount for electromagnetic analysis software. Historically, it has been hard to find all three of these qualities in one tool. The result is that many high speed analog and RF designers resort to using multiple, often overlapping, tools to get the job done.
Lorentz Solution… Read More
See Hogan’s Heroes at DAC 2013: The EDA Hunger Games!
Risks and Rewards of Engaging with EDA Startups:The Hunger Games!
Doing business with EDA startups comes with both risks and rewards. The Hogan’s Heroes panel at DAC 2013 features key decision makers from fabless, startup and vc firms sharing candid opinions on this risk/reward equation, and the financial and technical issues… Read More
Circuit Analysis & Debugging
In EDA we often talk about how fast a SPICE circuit simulator is, or about capacity and accuracy compared to silicon measurements. Yes, speed, capacity and accuracy are important, however when talking to actual transistor-level circuit designers you discover something quite different, most of their time is spent doing debugging,… Read More
Design Automation Conference: Go For It!
The conference program for DAC is now live here including the conference itself, keynotes, some other special tracks, the pavilion panels and more. And the must-see panel is on emulation at 4pm on Tuesday afternoon moderated by…well, that would be me so I’m a bit biased.


AI RTL Generation versus AI RTL Verification