The rate of product development is facing very real challenges as the pace of silicon technology evolution begins to slow. Today, we are squeezing the most out of transistor physics, which is essentially derived from 60-year-old CMOS technology. To maintain the pace of Moore’s law, it is predicted that in 2030 we will need transistors… Read More
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The Future Of Embedded Monitoring – February 2020
Shall I compare thee to a…Rolls Royce jet engine?
‘There is a new era dawning whereby deeply embedded sensing within all technology will bring about great benefit for the reliability and performance of semiconductor-based products.’ These were my words during a presentation to an industry audience in China back in September… Read More
TSMC OIP Overview and Agenda!
The TSMC Symposium and OIP Ecosystem Fourm are the most coveted events of the year for the fabless semiconductor ecosystem, absolutely. In my 35 years of semiconductor experience never has there been a more exciting time in the ecosystem and that is clear by the overview and agenda for this year’s event. I hope to see you there:… Read More
Meeting Automotive IC Design Challenges for Safety using On-Chip Sensors
I’ve been driving cars since 1978 and have even done a few DIY repairs in the garage, so I know how warm the engine compartment, transmission or exhaust system can become which makes automotive IC design rather unique in terms of the high temperature and voltage ranges that an electronic component is subjected to. Our safety… Read More
Data Centers and AI Chips Benefit from Embedded In-Chip Monitoring
Webinars are a quick way to come up to speed with emerging trends in our semiconductor world, so I just finished watching an interesting one from Moortec about the benefits of embedded in-chip monitoring for Data Center and AIchip design. My first exposure to a data center was back in the 1960s during an elementary school class where… Read More
Accuracy of In-Chip Monitoring for Thermal Guard-banding
I remember working at Intel and viewing my first SPICE netlist for a DRAM chip, because there was this temperature statement with a number after it, so being a new college graduate I asked lots of questions, like, “What is that temperature value?”
My co-worker answered, “Oh, that’s the estimated junction… Read More
Making AI Silicon Smart with PVT Monitoring
PVT – depending on what field you are in those three letters may mean totally different things. In my undergraduate field of study, chemistry, PVT meant Pressure, Volume & Temperature. Many of you probably remember PV=nRT, the dreaded ideal gas law. However, anybody working in semiconductors knows that PVT stands … Read More
A Smart Way for Chips to Deal with PVT Issues
We have all become so used to ‘smart’ things that perhaps in a way we have forgotten what it was like before many of the things we use day to day had sensors and microprocessors to help them respond to their environment. Cars are an excellent example. It used to be commonplace to run down your battery by leaving your lights on. Now cars … Read More
Make Versus Buy for Semiconductor IP used in PVT Monitoring
As an IC designer I absolutely loved embarking on a new design project, starting with a fresh, blank slate, not having to use any legacy blocks. In the early 1980’s we really hadn’t given much thought to re-using semiconductor IP because each new project typically came with a new process node, so there was no IP even ready… Read More
Improving Yield and Reliability with In-Chip Monitoring, there’s an IP for that
There’s an old maxim that you can only improve what you measure, so quality experts have been talking about this concept for decades and our semiconductor industry has been the recipient of such practices to such an extent that we can now buy consumer products that include chips with over 5 billion transistors in them. You’ve… Read More
5 Expectations for the Memory Markets in 2025