EDA industry must look to new markets for growth – Rhines

By Luke Collins |  No Comments  |  Posted: June 5, 2014
Topics/Categories: Conferences, General  |  Tags: , ,  | Organizations:

Wally Rhines, CEO and chairman of Mentor Graphics, told an audience at this year’s Design Automation Conference that the EDA industry needed to find new markets if it was going to keep growing its revenues.

“Every time we get a new methodology we get a bump in revenue which then flattens out,” he said. “If we are going to grow our industry will have to tackle new methodologies, as we did with DFM, ESL, FPGA and so on.”

Rhines said that between 2004 and 2014, 100% of the growth in tools revenue came from the introduction of new methodologies such as formal verification and power analysis. Current challenges that could yield similar opportunities include tackling electromigration, handling restricted design rules, and extending the scope of formal and related verification techniques.

“All the tools to handle these issues will have to come out of the 2% of the semiconductor industry’s revenue [which usually goes to the EDA industry],” he said, “or we can find new budgets, for example as we have been doing with design for manufacturing and emulation.”

Rhines argued that the emulation market, whose revenues had been flat for the ten years preceding 2011, suddenly doubled in 2012 because emulation sales started drawing on software development budgets.

Wally Rhines at DAC 2014

Image Wally Rhines at DAC 2014


Rhines outlined three key areas where he saw opportunities to access new budgets: embedded software, systems design and hardware cyber security.

“Embedded software is now verified when deeply embedded and application software will go the same way, and therefore we can access new budgets,” he said. “The same is true in automotive and aerospace design, which is automated to the same point as electronics design was in the 1970s and which would swallow the EDA budget without noticing.”

In hardware cyber-security, Rhines said, “This is one for which governments would pay billions of dollars to know the hardware does what it’s supposed to.”

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