How Much Will That Chip Cost?


From the most advanced process nodes to the trailing edge of design there is talk about the skyrocketing cost of developing increasingly complex SoCs. At 16/14nm it’s a combination of multi-patterning, multiple power domains and factoring in physical and proximity effects. At older nodes, it’s the shift to more sophisticated versions of the processes and new tools to work within those proce... » read more

EDA Shapes Its Future


In part one of this series, Semiconductor Engineering looked at growth within the EDA industry and the types of approaches being made to expand the scope of the markets that they serve. Scope expansion comes from the creation of new tools, the growth of companies in the IP space and the various ways in which opportunities can be found in new markets. Additional growth opportunities come from so... » read more

Distortion Effects Prevail In RF Design


It’s an exciting time for consumers of wireless devices, but it’s a challenging time for system designers who must design, analyze and verify that all of the components in those wireless devices interoperate. In wireless designs, distortion effects play an important role in the performance of RF circuits, including mixers, low-noise amplifiers (LNAs) and power amplifiers (PAs) and managi... » read more

Biggest Verification Mistakes


[getkc id="81" kc_name="SoC"]s today have more processors and more embedded software than ever, including drivers and middleware just to get the hardware working. This, in turn, requires more and better [getkc id="10" kc_name="verification"]. Add to the challenge the fact that there is no one way to do verification and it is easy to comprehend how critical it is to for hardware and software tea... » read more

Formal Is Set To Overtake Simulation


There has been a significant psychology change in the area of formal verification over the past couple of years. It’s no longer considered a fringe technology, and it’s no longer considered difficult to use. In fact, it has become a necessary part of the verification process. Semiconductor Engineering sat down with a panel of experts to find out what caused this change and what more we c... » read more

Synopsys-Coverity Deal Final


Synopsys’ acquisition of Coverity, which makes tools for testing and analyzing software, was made official yesterday. Now what? That may be the $334 million question, which is the price Synopsys paid for the 11-year-old software tools vendor. Even Synopsys’ top executives are rather candid in their uncertainty about where this deal will lead, and they made no qualms about that at the Syn... » read more

Mentor Buys Berkeley Design


Mentor Graphics announced today that it has acquired Berkeley Design Automation, staking a claim on the expanding market for analog, mixed-signal and RF verification. The deal puts Mentor on firm footing against Synopsys and Cadence, just as the opportunity for the Internet of Things (IoT), including automotive and medical design, begins to show real promise. Until this move, Mentor has larg... » read more

Big Shift In SoC Verification


Semiconductor Engineering sat down to discuss software-driven verification with Ken Knowlson, principal engineer at Intel; Mark Olen, product manager for the Design Verification Technology Division of Mentor Graphics; Steve Chappell, senior manager for CAE technology and verification at Synopsys; Frank Schirrmeister, group director for product marketing of the System Development Suite at Cadenc... » read more

Big Shift In SoC Verification


Semiconductor Engineering sat down to discuss software-driven verification with Ken Knowlson, principal engineer at Intel; Mark Olen, product manager for the Design Verification Technology Division of Mentor Graphics; Steve Chappell, senior manager for CAE technology and verification at Synopsys; Frank Schirrmeister, group director for product marketing of the System Development Suite at Cadenc... » read more

Evolution Vs. Revolution


In the electronic design automation industry changes to tools and flows are nearly always evolutionary. They hide as much change from the user as possible, allowing easier justification from an ROI perspective, and they raise far fewer objections from users, who don’t have to spend time learning how to use new technology or rethink tried and true approaches to problems. Revolution in chip ... » read more

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