DNA sequencing — which provides vital information on genetics study, forensics, diagnostics and therapies — has been an exclusive territory of high-end research labs with millions of dollars to spend because of the expensive chemical and optical equipment needed for research. That is changing, thanks to complex… Read More



Xilinx ships the VU440 and its 4M logic cells
Xilinx has delivered not only “the biggest FPGA on the planet”, but what it claims is currently the world’s largest integrated circuit: the Virtex UltraScale VU440, with 19 billion transistors fabbed in TSMC 20nm. The list of first customers to receive parts says a lot about the state of SoC design today, and the vital role FPGA-based… Read More
Shorten the Learning Curve for High Level Synthesis
When chip designers moved from a gate-level design methodology to coding with RTL there was a learning curve involved, and the same thing happens when you move from RTL to High Level Synthesis (HLS) using C++ or SystemC coding. One great shortcut to this learning curve is the use of pre-defined library functions. I just heard about… Read More
Sigrity Focuses on LPDDR4 Compliance Analysis in 2015 Release
It was back in July of 2012 that the acquisition of Sigrity by Cadence was announced. Although Cadence is a dominant player in both IC and board layout tools, they did not have an electromagnetic (EM) signal integrity solution in their portfolio. This acquisition marks a turning point for the EM/SI sector – tight integration… Read More
FPGA vendor to buy IC vendor Silicon Image
Interesting news today : Lattice Semiconductor, FPGA vendor is buying Silicon Image. In fact, Silicon Image is a chip vendor, but also an innovator, licensing well known IP like HDMI, MHL and more. If we consider the amount paid for Silicon Image ($600 million), compared with the last full year revenue, $276M in 2014, that’s a 2.2X… Read More
ANSYS Talks About Multi Physics for Thermal Analysis at DesignCon
ANSYS makes a big deal of being a multi-physics company. Still it has taken them a while to fully integrate Apache. Nevertheless it seems like there is a compelling argument for combining technologies to solve SOC design problems. Frankly most chip designers would be hard pressed to think of a reason for using computational fluid… Read More
Silvaco TCAD Webinar
TCAD is a somewhat specialized area since not that many people design semiconductor processes compared to the number who design chips. Bit without TCAD there would be no chips. One area where the two domains intersect is that of SEE, where neutrons (mainly) can cause a flop or a memory bit to change. Since we live on a radioactive planet… Read More
30+ Years of Semiconductors – The base matters!
Although CMOS technology in semiconductors was patented in 1960s, commercial ICs and electronic systems based on CMOS ICs started picking up in 1970s, and the real growth with personal computer (PC) market took place in 1980s. Then Intelmicroprocessors started dominating the semiconductor market with increasing processing… Read More
IBM to Humiliate 20% of Workforce?
There are four big technology companies that I grew up with: Intel, Apple, Microsoft, and IBM. I still follow all four but it is sometimes hard to watch. Last week there was talk of a massive layoff at IBM and I have just confirmed it with my Upstate sources. According to an article in Forbes it will be 25% of the more than 400,000 workforce.… Read More
Industrial Internet “In-Security” – Awaiting a Cyber Pearl Harbor?
You feel violated when internet intruders (hackers) cause digital harm (theft of social security numbers, credit cards, logins, e-mails or addresses), however, it’s frightening when organized cyber attacks destroy critical physical infrastructure (disrupt water, power or gas). Its annoying having to update passwords … Read More
TSMC N3 Process Technology Wiki