Eliminating the Culprit

Who, When and How

by Amelia Dalton

In this week’s Fish Fry, Amelia digs into India’s plans to invest five billion dollars into the construction of two new wafer fabs, investigates new developments in cloud-based EDA tools, and looks into how two engineers from RF Engines Limited are raising money for humanitarian causes by riding a rickshaw. Also this week, she offers up a brand new nerdy giveaway: a Spartan-6 FPGA SP601 Evaluation Kit. All you have to do to win is...well, you'll just have to listen and find out!!


Benefits and Tradeoffs of EDA in the Clouds

by Bruce Jewett, Synopsys, Inc.

Only a few weeks after Motorola® launched the XoomTM, Apple® launched the iPad 2TM. These technological marvels, like their predecessors, illustrate several fundamental challenges that all design engineers face today: designs are getting more complex, and competition more fierce. As a result, the verification effort required to validate these designs is growing exponentially while the schedules are shrinking. Consequently, design engineers’ jobs are getting much harder.


Reaching for the Cloud

Synopsys, Cadence Take Different Approaches to Cloud Computing

by Bryon Moyer

For once, those clouds on the horizon aren’t harbingers of doom. At least, we don’t think so.

In fact, they’re almost tantalizing. Everyone is looking at them, fantasizing that that’s where they want to be. At least, we think so.

If you’ve ever watched a squirrel come and take something from your hand, you’ve seen that skittish, cautious approach, ready to bolt at any second, then snatching the food and running. Well, that’s kind of the feel you sometimes get about companies approaching the cloud. Everyone wants in, but, well, there are problems, and no one is really ready, and customers aren’t quite there yet, and EDA is harder, and, well, it’s going to happen, just not now.


It's (Not) All Fun and Games

More Girl Engineers, Video Games and Chinese Take-Out

by Amelia Dalton

In this week’s Fish Fry, Amelia reports on a new scholarship that will help get more female students interested in engineering, delves into the historical importance of video game pioneer Jerry Lawson and checks out Altium’s plans to move their operations base to Shanghai. She also awards a special bonus prize to last week’s nerdy giveaway winner and offers up a brand new contest for this week.


Connecting the Dots

Siloti Helps Reveal the Picture

by Bryon Moyer

Dot-to-dots are a fundamental part of American kiddie culture. Maybe it’s universal; I don’t want to speak to things I know nothing about… (much). But at least here in the US, it’s a typical child’s pastime (or homework busywork to placate parents that don’t want their children wasting their time playing): a piece of paper has a few strategically-placed numbered dots. You fill in the missing information by supplying the path between the dots; the result should reveal an image that wasn’t evident at the start.


Shanghaied in Sydney

If You Dig a Hole Through the Bottom of the EDA Market - Do You Wind Up in China?

by Kevin Morris

No one has ever made the mistake of calling Altium “timid.” As long as they’ve been in business, the company co-founded by Nick Martin has been making bold and controversial moves. This week, Altium’s announcement that their company headquarters would be moving from Sydney, Australia to Shanghai, China is no exception.

In the beginning, the company provided the alterna-tool for designers who wanted to do their own PCB layout but didn’t have big corporate budgets. ProTel made a name for themselves in low-cost desktop PCB design. Competing with rivals like OrCad (now part of Cadence), the company put the world on notice that they weren’t content with the status-quo in EDA and that they were going to be following their own drummer. ProTel became synonymous with low-cost PCB design.


Does the EDA Business Have a Future?

by Dick Selwood

Does the EDA business have a future? The late and very greatly missed Douglas Adams once wrote:

1) everything that’s already in the world when you’re born is just normal;

2) anything that gets invented between then and before you turn thirty is incredibly exciting and creative and with any luck you can make a career out of it;

3) anything that gets invented after you’re thirty is against the natural order of things and the beginning of the end of civilisation as we know it until it’s been around for about ten years when it gradually turns out to be all right --really.


Papa's Got A Brand New Bag

Texas Instruments Buys National Semiconductor, Re-learning the Lesson of the Osborne 1 and an O-Scope That Will Run on Your iPhone

by Amelia Dalton

In this week’s Fish Fry, Amelia tries to unravel the complexities of Texas Instruments’ recent (planned) acquisition of National Semiconductor, celebrates the birthday of the world’s oldest portable computer and checks out a new o-scope coming to your iPhone or iPad.


Convenience Trumps Quality, Every Time

by Jim Turley

It’s not the features, stupid.

We all want to make better products. Hell, most of us would be happy just shipping the product at all, never mind making it better. A friend working at Philips Electronics likes to tweak the company’s cheery tagline, “Let’s Make Things Better,” with the simpler and more trenchant, “Let’s Make Things.” Sometimes the great is the enemy of the good. In other words, let’s just get this thing out the door and worry about improving it later.


Putting the User First?

by Dick Selwood

A mathematics professor was in full flow in a post-grad seminar. The board was covered in formulas, and, as he finished writing an equation, he said, “And from this, gentlemen,” (it is a very old story). “And from this, gentlemen, it is obvious…” and his voice died away. He stood there for a few seconds and then he sat down for a few minutes. He left the room and returned after fifteen minutes. Picking up the chalk he resumed, “And from this, gentlemen, it is obvious that…” and wrote another equation on the board and continued the seminar.


A New Cut at DRC

Polyteda Resets Run-Times

by Bryon Moyer

DRC sometimes feels like one of those sleepy, familiar technologies that’s been around forever and isn’t going to surprise you. Well, I don’t know if something’s in the water, but over the last few weeks there’s been a flurry of DRC-related activity. While some of the news involves well-known names in the biz (the best-known name being Mentor, with their overwhelmingly dominant Calibre tool), a newcomer is trying to redefine the space a bit.


Old Is The new New

A Hardware Design Language for All, Apps for Your O-Scopes and Chip-Scale Wireless Networks

by Amelia Dalton

In this week’s Fish Fry, Amelia investigates the re-birth of an old system language coming back into style, delves into the world of cloud-based applications for oscilloscope users and checks out a cool new way to connect the pieces on your board using a nano-wireless router. Also this week, she reveals super cool nerdy giveaway and offers up a surprise award to next week’s winner.


Architectural Power Intent

by Bryon Moyer

Intent matters. Not as much as results, but it does matter. And it should drive results. These days, higher levels of design abstraction make it easier to express design intent rather than simply keeping it in your head (or in a document if you’re diligent) and implementing the intent directly. Behavior is an obvious example of logic intent, but that’s old news. Power is much more in vogue these days.


More Than Meets The Eye

Mentor Battles Icahn, Pinckney's Rising Star and Mouse Neurons

by Amelia Dalton

In this week’s Fish Fry, Amelia digs into the details surrounding the recent battle between investment banker Carl Icahn and Mentor Graphics, explores the unique life story of Internet start-up star Tom Pinckney and looks into a new biomedical research that utilizes mouse neurons and semiconductor tubes. Also this week, she gives viewers a chance to win a brand new nerdy giveaway courtesy of Microchip Technology.


Fish and Fowl

CMOS MEMS Attempts to Integrate Two Different Worlds

by Bryon Moyer

Mechanics and electronics have historically lived far apart. To do the former, you go get a mechanical engineering degree, which has very little in common with the electrical engineering degree you need for electronics. The few areas of overlap are usually ones where one side must begrudgingly learn something from the other side for the sake of appearing well rounded. I personally was never happy about going to lab at 8 AM to watch pieces of metal fail.

subscribe to our eda newsletter

Login Required

In order to view this resource, you must log in to our site. Please sign in now.

If you don't already have an acount with us, registering is free and quick. Register now.

Sign In    Register