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Accommodating Change

Someday someone will invent a useful engineering feature that can be plugged into telephone and email systems. Once an engineering project gets within a certain range of being complete, it will completely disconnect marketing so that they will have no way of radioing in feature changes at the last minute. But until that time, you know it’s gonna happen. And then you’re going to have to fight the fight over whether the change is worth it.

Changes can actually come from two directions: new features or the realization that … Read More → "Accommodating Change"

Synplicity Gets Spirit

While the word “ecosystem” is happily bantered about by major FPGA vendors, history would indicate that FPGA companies are less than perfect participants in the care and feeding of “ecosystems” to support their products.  The turmoil associated with the love/hate, competitor/partner, customer/supplier relationships between FPGA companies and others providing various products and services to the FPGA community are well documented. 

Commercial EDA companies are a perfect case-in-point.  While trying to make a business creating and selling design tools to FPGA designers, they need to cooperate closely with … Read More → "Synplicity Gets Spirit"

Multicore Momentum

A couple years ago a small ragtag conference took place in Santa Clara just before the relative behemoth Embedded Systems Conference. “Ragtag” might be a bit unfair, but it seemed that way only when compared to the much larger and better-funded conferences; perhaps “scrappy” is a better characterization. This was just a start, the first edition of the Multicore Expo, and at the time, many in multicore seemed to be grasping for relevance. The participants were all sure multicore was guaranteed in the future, but there was no swagger in the strut. Would … Read More → "Multicore Momentum"

Making Quality Everyone’s Business

Nestled amongst the big noisy conventions like CES, ISSCC, and DAC can be found some more modest, highly focused conferences. These shows may cast a smaller shadow, but they may also benefit from the lack of attendant hoopla, since marketing pays less attention and engineers can focus on the business at hand. One such show that just took place was isQED, or the International Symposium on Quality Electronics Design. Now in its ninth year, isQED focuses on the interactions between design, test, quality, and manufacturing disciplines in the effort to improve such aspects as yield, quality, and … Read More → "Making Quality Everyone’s Business"

One to Many

About a decade ago, FPGA design followed in the footsteps of ASIC and went language-based.  For a very long time, the only question we asked ourselves was “VHDL or Verilog?”  It was reminiscent of the “Paper or Plastic?” scenario in the grocery checkout line.  Gradually, however, people sneaked into the FPGA-designing fold that weren’t FPGA designers.  Who are these folks anyway?  We’ve got DSP engineers, embedded systems designers, board designers, supercomputing folks… the list goes on and on. 

Apparently all those new … Read More → "One to Many"

Java Earning Its Wings

It happened just like that. In the middle of a conversation, he got a kind of misty look in his eyes, like something wasn’t quite right. His breathing became more labored, he hunched forward a bit, and the next thing you knew, he was in full heart attack mode. An ambulance was quickly called for; this is where seconds count. As the ambulance was en route, efforts were made to clear the way for the EMTs so that they could get to work as quickly as possible. The main door was propped open, and an … Read More → "Java Earning Its Wings"

Attacking Abuses of Power

A few weeks ago, we started looking at ways of reducing power consumption when designing SoCs. We divided the world into the front-end, where the big payoff is, and the back-end, with useful techniques that have less dramatic impact. We looked at architecture and system design, hardware/software allocation and C-to-RTL, multicore, Multi-Voltage Supply (MVS), power switching, Dynamic Voltage/Frequency Scaling (DVFS), and Adaptive Voltage Scaling (AVS). These are techniques that can give power savings in the range of 30-50%. Having addressed those, there are numerous back-end techniques that can give more modest, but nonetheless valuable, power savings. We& … Read More → "Attacking Abuses of Power"

Methods for Reducing Marketing Jitter Through Filtering of Marketing Noise in Conference Presentations

Related Applications

None

Field of the Invention

Way out in left field.

Background of the Invention

For purposes of gathering together for reasons including but not limited to sharing information, making commercial announcements, receiving training, professional networking, escaping a nagging spouse or children, and racking up frequent flier miles, it is common for engineering professionals to attend conferences or conventions. Such conferences may consist of convention-center catered meals, speeches in which very important people say what everyone already knows, an exhibit hall wherein more women … Read More → "Methods for Reducing Marketing Jitter Through Filtering of Marketing Noise in Conference Presentations"

Methods for Reducing Marketing Jitter Through Filtering of Marketing Noise in Conference Presentations

Related Applications

None

Field of the Invention

Way out in left field.

Background of the Invention

For purposes of gathering together for reasons including but not limited to sharing information, making commercial announcements, receiving training, professional networking, escaping a nagging spouse or children, and racking up frequent flier miles, it is common for engineering professionals to attend conferences or conventions. Such conferences may consist of convention-center catered meals, speeches in which very important people say what everyone already knows, an exhibit … Read More → "Methods for Reducing Marketing Jitter Through Filtering of Marketing Noise in Conference Presentations"

Tools and Transceivers

In the old days, we had only two kinds of FPGA – small and smaller, also known as slow and slower, or hot and hotter…  The technology was useful for a few high-value applications, but it was limited on all three fronts – density (cost), speed, and power — from attacking a much broader market.  As we waltzed along the to the three-count meter of Moore’s Law, all three critical parameters improved.  Density went up, frequency got faster, power cooled down, and people got happier.

After a few rounds, however, FPGAs had pretty … Read More → "Tools and Transceivers"

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