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From Concept to Programmable Logic Prototype in Minutes

My poor old noggin is currently buzzing with ideas for things I could do with the new line of programmable devices that were recently introduced by the guys and gals at Texas Instruments.

As usual, of course, in addition to these new devices themselves, myriad ancillary thoughts are currently cavorting around my cranium.

Let’s start with Read More → "From Concept to Programmable Logic Prototype in Minutes"

A Bold New Twist on Optical Computing

There are obvious attractions to “computing at the speed of light” with photonics-based technology—not just the extremely high speed, although that’s important, of course, but also the extremely low power as compared to transistor-logic-based computational implementations.

I’ve been exposed to a few companies offering various flavors of optical computing solutions over the course of the past couple of years. Until … Read More → "A Bold New Twist on Optical Computing"

Intelligently Transporting Electrical and Optical Signals

Back in the day, when computers ran standalone and there was no such thing as networks, I used to be reasonably confident that I had at least a vague understanding as to what was going on. Silicon chips talked to other silicon chips and circuit boards talked to other circuit boards using electrical signals travelling over copper wires. If you wanted to send a message over longer … Read More → "Intelligently Transporting Electrical and Optical Signals"

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Improving Chip to Chip Communication with I3C  In this episode of Chalk Talk, Amelia Dalton and Toby Sinkinson from Microchip explore the benefits of I3C. They also examine how I3C helps simplify sensor networks, provides standardization for commonly performed functions, and how you can get started using Microchips I3C modules in your next design. Click here for more information about Microchip … Read More → "Improving Chip to Chip Communication with I3C"