Hello Rubber, Meet Road

Valencell’s Biometric Testing Takes IoT Out for a Spin

by Amelia Dalton

This here twin-turbo EEJournal.com podcastin’ hot rod is headed to the IoT finish line - one biometric at a time. In this week’s Fish Fry, we investigate biometric data sensors and how one company is making sure that our fitness is actually what we think it is. My guest is Valencell President Steven LeBoeuf. Steven and I are going to chat about the future of the wearable market, precision biometrics, Valencell’s new state-of-the-art sports testing lab, and a little bit about professional cartooning. Get your wearable motor runnin' folks!

 

Shootout at the MEMS Corral

MEMS Executive Congress 2014 Preview

by Amelia Dalton

This week's Fish Fry celebrates the wild west of electronics - MEMS and sensor-based technology. Ridin' shotgun with me is none other than Karen Lightman of the MEMS Industry Group. Karen gives us a special sneak peek into the upcoming 10th annual MEMS Executive Congress. I do hope you have your spurs locked on tight, your saddle equipped with the newest context-aware sensors, and your o-scope spit cleaned and polished. We're riding straight into the MEMS corral. This may get messy...

 

Skynet Calling

Liquid Metal, Communication Protocols, and Embedded MCUs

by Amelia Dalton

We all know it's coming. It's only a matter of time. Skynet is close at hand. This week's Fish Fry takes a look at a new study released by the University of North Carolina that has made reconfigurable metal a reality. But, before we can build Skynet (or build the counter-revolutionary forces led by the one and only John Connor) we must be able to connect the IoT communication dots. Today's episode also examines two of the many building blocks needed to get this sci-fi plot line from fantasy to fact. We chat with John Beal and Artem Aginskiy about a new RF-enhanced embedded microcontroller family from Texas Instruments (SimpleLink) and TI's C5000 fixed-point DSP products.

 

The Beat Goes On

The Cadence of IoT and the Sound of a Single Atom

by Amelia Dalton

The music is loud, the rhythm - infectious, but it's the backbeat that has us tapping our toes and coming back for more. We're all jamming to the same IoT tune, but what keeps the cadence in 4/4 time? My guest this week is Phil Callahan from Silicon Labs and we discuss this dance called IoT, from the internet infrastructure laying down its chord progression to the super cool demo solos Silicon Labs will be showing at this year's X-fest. Also this week, we check out another musical melody that has finally revealed...the sound of a single atom.

 

Shifting Left

Designing Code, Breaking Code, and the Verification in Between

by Amelia Dalton

Like the venerable Kenny Rogers once said, “You have to know when to hold ‘em, know when to fold ‘em…” In the verification game, much is the same. You have to know how to make the code, and you have to know how to break it. In this week’s Fish Fry, David Hsu (Synopsys) joins us to discuss the challenges of static verification and formal verification, how to “shift left”, and how to make code just to break it. Also this week, we investigate how hierarchical timing analysis may solve your sign-off timing troubles once and and for all.

 

All’s Fair in Love and Power (Consumption)

Fairchild’s New Foray into Smart Power

by Amelia Dalton

Any engineer who is worth his or her salt probably knows the illustrious (and occasionally infamous) tale of Fairchild Semiconductor and the creation of Silicon Valley. Fairchild is certainly one of the most important companies in electronics history. But, what has Fairchild done for us lately? This week my guest is Saj Sahay of Fairchild Semiconductor, and we discuss three megatrends driving innovation in electronic design. It turns out Fairchild Semiconductor is back - with a bold new mission - and they’re doing some really cool stuff in the area of “Power Systems in Package”. As a bonus, we also find out what it’s like to take a run around not one but two olympic stadiums (without having to actually compete in the games). Additionally, we find out how your PCB can have its signal- and power-integrity cakes and eat them too... or something like that.

 

On The Hunt: Part One

HLS and Sub-atomic Particle Jitter

by Amelia Dalton

Dateline: The 5th of September. Time: 2100 hours. We're on the hunt. No, we’re not hunting the mysterious Yeti, the Loch Ness monster, or heck even the ever-elusive EUV. This time, we're looking for some HLS. My guest this week is Mark Milligan from Calypto. Mark joins Fish Fry for the very first time to bring HLS into the light, into the world, and into the caring hands... of Google? Oh yes. Also this week, we delve into the deeply nerdy realm of sub-atomic particle jitter and investigate how the U.S. Department of Energy's Fermi National Accelerator Laboratory is hoping to solve an age-old existential question: How many dimensions do we really live in? (Spoiler alert: The space-time continuum may actually be a quantum system made up of countless tiny bits of information.)

 

The World According to FRAM

TI’s FRAM MCUs and ADI’s X-fest Demos

by Amelia Dalton

In this week’s Fish Fry, we take a fast tour of the world, with interesting stops in FRAM, high-speed ADCs, and remote RF transceivers. Don’t know what FRAM is? Fear not. Will Cooper from Texas Instruments tells us all about this amazing not-so-new non-volatile memory technology, which is really cool - even if I don’t quite agree with his basketball loyalties. Then we’re off to analog land with Robin Getz from Analog Devices where we chat about remote RF transceivers, high-speed ADCs, motor control demos, and a whole lot more. Check it out!

 

A Horse of a Different Color

Advanced vs. Established Process Geometries

by Amelia Dalton

It's time to saddle up and ride into the semiconductor sunset! Whether you're hitchin' your wagon to a young whipper-snapper node, or lassoin' a long-in-the-tooth workhorse process, the time it takes to get your IC design up and out of the corral may depend more on the software you use to verify your design than on the silicon itself. In this week's Fish Fry, Mary Ann White (Synopsys) and I get down to the very heart of semiconductor design: process geometries. We have ourselves a good ol' time chatting about challenges of FinFET designs, the tricky bits of working with both advanced and established process nodes, and how the right tools can make all the difference when it comes to winning the big product-to-market rodeo.

 

Driving Innovation

Model-based Design and Physics-based Acceleration

by Amelia Dalton

In this week's Fish Fry, we're taking the wheel, putting the pedal to the metal, and riding off into the EE sunset. My first co-pilot in the Fish Fry bucket seat is Noam Levine. Noam navigates us to a special place called Model-based Design. We discuss how this design methodology can help move your next design into the fast lane where you might even bypass a prototyping stage or two. Next up in our fast flying EE road trip is a saunter down Semiconductor Lane with Tom Flynn of Coventor. Tom and I investigate physics-based acceleration and check out how you can get your MEMS motor running in zero-to-sixty.

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