Product Applications – Digilent Blog

Two California hotels tested autonomous service robots over a six-month period. Reviews from their customers were overwhelmingly positive (except when aforementioned customers were intoxicated). They will be rolling out their next wave of autonomous service robots, called the Relay.

Have you ever wanted to shoot lightning bolts out of your hands like the Sith do in Star Wars? Have you ever wanted to be immune to lightning strikes? These things sound impossible, but they actually aren’t. Specially designed suits are capable of making you immune to high voltages by redirecting the flow of current around you.

So, who’s excited about ECEDHA? We here at Digilent wanted something big and flashy to amaze everyone, so we put this together. We carry weatherproof strips of the WS2812 addressable LEDs in 1m lengths with 30 LEDs on each strip, so what better way to grab your attention than to build a display with 30 strips!

In science fiction, plasma-based technology is often included because it is perceived as futuristic and exotic. Referring to plasma as exotic is understandable, but the technology behind its creation is less so. Since the invention of electric circuits, it has been possible to easily create and control plasma using high voltages. It is pretty common knowledge that high voltages ionize the air producing plasma arcs. What is not-so-common knowledge is the fact that these arcs of plasma can be used to play music.

Recently, a user of our products posted a tutorial about using a chipKIT uC32 to remotely control an FM Radio. We always love to see our users creating cool projects and try to give space here not only to projects created by us at Digilent but also by you the user. This project does require the use of multiple components and could be a bit overwhelming to a beginner, but we encourage you to try it out if you so choose!

A friend of mine came into town for Christmas and I wanted to do some sort of photography project with him. A few months ago, there were some pictures floating around the internet from Stephen Orlando, who took LEDs and attached them to a kayak paddle and kayaked around a lake, and through rapids. I wanted to do something similar. The first night wasn’t very organized. We went into the woods with just the LED strip, the chipKIT board (the uC32), and a battery.

Last June, one of our interns wrote about a project he did making his own metronome. Using the chipKIT Basic I/O Shield with a servo motor and a speaker buzzer, you can make something fantastic! James used parts from the chipKIT Starter Kit.