After all of the amazing things I'd seen in µC/Probe's own GUI, my knee-jerk reaction was to wonder what Excel brought to the party. The thing is that you can use all of the math functions that Excel is really good at to enhance the capabilities of µC/Probe, such as scaling the raw values coming out of an analog-to-digital converter (ADC) and presenting them in real-world engineering units. Also, although it sounds trivial, your ability to select fonts and colors and suchlike in Excel can make things so much easier to work with.
There are three flavors ("editions") of µC/Probe as follows:
Educational/Evaluation Edition: This is free, but it has limited functionality and times out after running for one minute.
Basic Edition: This costs $25/month, $250/year, or $450 for a perpetual license. It contains most of the features of the Professional Edition, except that is doesn't support Excel, scripting, uC/Trace triggers, and Terminal Windows.
Professional Edition: This costs $50/month, $500/year, or $900 for a perpetual license. This is the full-up, all-singing all-dancing version that will make you squeal with delight.
You can discover a lot more about all of this -- including a bunch of videos -- on Micriµm's website. The bottom line is that I, for one, am very impressed. What tools and techniques to you currently use to analyze and debug your embedded system? Do you think µC/Probe would be of interest? If you do download the Evaluation Edition and play with it, I'd love to hear what you think about it.
"once you'd gotten used to creating your presentations in PowerPoint, you wouldn't want to go back to not using it."
I know plenty of people who, even after learning how to use a better tool go back to the first one because it;s how they think. For example, someone in my home still uses a computer like it were running DOS. That is, I want ot open a word document, I first open Word. Same for Excel, open the app first as opposed to using the file system where you go to file you want and let the app open.
As for me, I still do most of my graphics with Windows Paint. When I need better drawing, I use the draw program that comes with OpenOffice.
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.