“For anything to have wide adoption, Open standards are must”


Electronic design automation (EDA) plays the most important role in design and development of any product. Pravin Madhani, general manager, place and route division of Mentor Graphics, also the founder of Sierra Design Automation and Everest Design Automation, spoke to Shweta Dhadiwal of EFY Bureau on what leads to new tool development in the EDA industry. During the talk at EDA Tech Forum, he also expressed his views on Open standards and Open Source


JANUARY 2011: Q. What are the key drivers for innovation in EDA tools?
A. The motivation behind any development in the EDA industry is automation. The objective is to make designers’ life easier and simpler by providing tools that will automate the development process.

As chip designers innovate to go to lower process nodes like 22nm and 15nm, new challenges show up. Every time you go to a lower process node, you get a new process fix for a new design as you get new requirements related to power, real estate, etc. All these challenges need to be addressed simultaneously with a new set of tools.

Q. What leads to the success of a new EDA tool?
A. Tools are developed for automating the development process. But time-to-market and verification are the major features that will make a tool successful. A tool can automate the work so that you don’t have to do it manually, but if it takes a long time to process then what is its use? Even if the tool is automated, it has to be fast enough to speed up your development process.

Verification is another important characteristic. It helps to detect the error, capture the instance of its occurrence (to analyse and make sure that it doesn’t reappear) and eliminate it before production.

The EDA industry works aggressively on innovative tool algorithms, tool intelligence, etc to stay a step ahead of the designers to make sure that their development is smooth, fast and flawless.

Q. Which segment is the most difficult to handle?
A. There is no one particular segment. You need error-free development, but at the same time you need to complete your project in time. EDA companies have teams working in different domains like multi-threading and user interface, and developing expertise in that domain. Having a varied group of people in an EDA organisation helps to answer all the demands from designers.

Q. What are the top five technologies that will support the EDA industry in a big way?
A. One of the biggest things that the industry is focusing at is the next-generation process node. The EDA industry is working on developing tools for 22nm and 15nm processes. We are also partnering with companies to work on every aspect from manufacture to design.

Another challenge for chip designers is to ensure the maximum yield of 80-85 per cent. EDA companies are working towards yield-driven designs tools.

Power is the most important consideration in any design today. Designers want to go high in processing power but with a very small real estate that consumes little power. How to bring the power of desktop in your hand (smartphone), how to create innovative power modules and finally how to design a green sub-system?

Embedded software is another area of focus. Development of tools for Android platform, cross-platform development and embedded Linux is gaining interest.

On the PCB side, companies are trying to provide comprehensive solutions for thermal management and place-and-route all in a single package.

Work continues on the emulation side. Developing more intelligent tools is what the industry aims at.

Q. What are your views on multicore processors for embedded design?
A. Anything that happens in processors and graphics for high-end applications soon reflects in smaller embedded applications too. Multicore is already a reality. We have already seen people working on multicore processors. In the embedded market too, these are picking up. It’s not only the chip side of it but also the software which will support the embedded side of it. The good news is these software are already available. So in the next 18-24 months, chips with multicore will find applications in networking and handsets.

Q. There is a lot of talk about 3D chip designing. What’s your take?
A. 3D has just started. So it’s too early to comment. But we hope that in the next three-four years, this will become another area which will provide designers the choice of packing more and more functionality in a given chip.

For manufacturing, we already have 3D IC checking, optical and process correction, and phase-shift mask on the Calibre platform. Apart from that, we are also working on tools to support 3D IC design.


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