What’s New And What Isn’t In ESL


By Jon McDonald Just because a problem can be solved doesn’t mean it has been solved. Last week I was on a panel at the ISLPED conference in San Francisco. This conference is focused on low power, and the panel addressed some of the things that are being done and some things needed for low power analysis exploration and trade-offs. While the panel was very interesting, one question that... » read more

Restrictive Design Rules, Take Two


By Ed Sperling For the past couple of years, restrictive design rules have been looming over advanced process nodes as the best way to get a chip out the door with minimal re-spins, on schedule and for the least amount of money. Even with immersion technology, 193nm wavelengths mean the laser beam is entirely too large to create the masks used to create complex systems on chip at 32nm and bel... » read more

An Inside Look At Transaction-Level Power Modeling


By Ann Steffora Mutschler With design complexity always on the rise and an increasing amount of embedded software encapsulation in designs today, engineering teams need to be concerned with power consumption in the initial architectural design. The only way to do that is to model power consumption at the transaction level. While power is typically estimated after RTL synthesis, the better a... » read more

Mythbusters: Moore’s Law, Low Power And The Future Of Chip Design


By Ed Sperling Contrary to popular belief, Moore’s Law is not in serious trouble. Nor will active power in most devices be reduced to the millivolt or microvolt level anytime in the near future. And chip design will not disappear, be relegated to the push of a button or move offshore from one low-cost wage location to the next until ultimately it gets to a place where no one is paid a salary... » read more

Experts At The Table: Building A Better Mousetrap


Low-Power Design sat down with Richard Zarr, chief technologist for the PowerWise Brand at National Semiconductor; Jon McDonald, technical marketing engineer in Mentor Graphics’ design creation business unit; Prasad Subramaniam, vice president of design technology at eSilicon; Steve Carlson, vice president of marketing at Cadence Design Systems, and David Allen, product director for power at ... » read more

When It Comes To Intellectual Property, Size Matters


By Geoffrey James Intellectual property was once seen as the new growth market for EDA. Dozens of firms – large and small – jumped on the IP bandwagon, attracted to the “build once, sell many times” business model. “As late as 2004, the industry was still thinking that as much as 90% of SoCs would be reused IP,” said EDA consultant Gary Smith. The IP segment, however, hasn�... » read more

How to Future-Proof A Hardware Designer


I’m at DAC this week, where there is a lot of interest and discussion on what’s going on in design and what’s going to happen to designers. One conversation with a university professor gave me a “eureka” moment. The professor had a student who really loved RTL design. The student asked him where he could get a job doing this, and the professor suggested the student move to India... » read more

Who’s In Control Now?


By Ed Sperling Power is shifting across the design industry in multiple ways and sometimes across multiple continents, driven by complexity and cost pressures and entirely new forms of competition. On one side of the equation, foundries are dictating more of what goes on up front in the design cycle. Design for manufacturing is a prerequisite at 45nm and below, and they’re the ones dictatin... » read more

ESL: Reality, Or A Pigment Of Your Fig Neuton?


By Clive "Max" Maxfield One of the questions I am often asked is: "Who's really using ESL tools such as modeling and are there any hiccups in the flow?" Another common question is: "What actually is ESL?" Perhaps we should address the latter question first. To some folks, ESL (electronic system level) means designing at a very high level of abstraction prior to making any hardware-softwar... » read more

Boost For Verification Methodologies


By Ed Sperling Synopsys introduced enhancements to its Verification Methodology Manual and Cadence began detailing new enhancements in its Open Verification Methodology. Both programs are in beta, yet they offer steps forward toward easing one of the biggest problem areas in chip development. With verification still consuming 70% or more of the non-recurring engineering costs of semicondu... » read more

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