With the advent of the Internet-of-Things (IoT), Industry 4.0, Cognitive Computing, and autonomous vehicles and robots we are seeing an unprecedented number of systems-on-a-chip (SoCs) going into mission-critical applications. To accomplish the complexity of these applications, SoCs are being manufactured in leading-edge… Read More
Electronic Design Automation
Is there anything in VLSI layout other than “pushing polygons”? (4)
The year is now 1991 and in search for a more peaceful life we decided to move to Canada. At that time, very few companies had advanced flows in VLSI but Ottawa having BNR, Northern Telecom, Mitel, etc., looked to be the most promising place. After a few hiccups in finding a job, I landed in MOSAID, a small company with35 people at that … Read More
IoT Project Planning – Profiting from the Folly of Others
I recently was introduced to a white paper written by John Stabenow, Director at Mentor, a Siemens Business, that gave an excellent overview of things to consider before launching into the design of an IoT edge project. John starts the paper with a quote from Pliny the Elder (A.D.23-A.D.79) who said, “The best plan is, as the common… Read More
CES Preview with Cadence!
The Consumer Electronics Show (CES) is in its 50th year believe it or not! The first one was in New York (1967) with 250 exhibitors and 17,500 attendees. Portable radios and TVs were all the rage followed by VCRs in 1970 and camcorders and compact discs in 1981. This year there will be 3,900+ exhibits and an estimated 170,000 attendees… Read More
Snapback behavior determines ESD protection effectiveness
Terms like avalanche breakdown and impact ionization sound like they come from the world of science fiction. They do indeed come from a high stakes world, but one that plays out over and over again here and now, on a microscopic scale in semiconductor devices – namely as part of electrostatic discharge (ESD) protection. Semiconductor… Read More
Shifting Left with Static and Formal Verification
Unless you have been living in a cave for the last several years, by now you know that “Shift Left” is a big priority in product design and delivery, and particularly in verification. Within the semiconductor industry I believe Intel coined this term as early as 2002, though it seems now to be popular throughout all forms of technology… Read More
DSP Benchmarks and Libraries for ARC DSP families
Synopsys DesignWareARC HS4xD family is a perfect example of high performance DSP, enhanced RISC CPU IP core, able to address high-end IoT, mid to high-end audio or baseband control. ARC HS4xD architecture is 10-stage pipeline for high Fmax, resulting in excellent RISC efficiency with 5.2 CoreMark per MHz. ARC EMxD processors… Read More
Starblaze Uses Synopsys DesignWare IP to Launch SSD Controller SoC
I recently wrote an article about Synopsys’ DesignWare Security IP for the Internet-of-Things market and was interested to see that a startup, Starblaze Technology, has now used parts of the same IP in its latest Solid-State Drive (SSD) controller. The security IP caught my eye, but the rest of the story really put things into focus.… Read More
Creative Noise-Reduction in Automotive AMS
Automotive applications are one of the hottest domains today in semiconductor design. We’re bombarded daily with articles on new hybrids, electric cars, ADAS and autonomous cars, trucks and busses. All of these applications are certainly amazing, but the devices that make them work still have to deal with the same old challenges,… Read More
Synopsys White Paper on IoT Security – Introduces DesignWare Root-of-Trust Module
As the internet of things (IoT) continues its climb to a trillion devices, there has been many articles and books written on the need for securing those devices. With all the IoT gear that I seem to be picking up as Christmas presents, I feel like I’m doing my part to help the market get there, but I have to say, I sure hope the SoC designers… Read More


Quantum Computing Technologies and Challenges