Have you ever been intrigued by motion sensors? This Instructable by sebastiangiangu shows how this team designed and developed a gesture detecting engine for the Digilent Design Contest 2015.
Noise exists all around us. But it is usually a too low a volume for us to appreciate with the human ear. What if there was a way to capture and display it in a way that was both acoustically pleasing and visually appeasing? Thanks to MirceaDabacan, there is.
We’ve posted plenty of projects before that make use of Vivado. But how do you begin using it? This Instructable provides a guide to getting started with using Xilinx’s Vivado CAD with the Digilent Nexys 4. Alex uses Verilog to create the logic design. The Digilent Intro to Verilog Project provides an introduction to logic design.
As you may have surmised from Jesse’s post earlier, we have a new product, the fantastic Nexys Video! To learn more, I talked to Sam Bobrowicz, one of the people at Digilent who worked very hard to get this product released.
One of the really cool projects to come out of the Digilent Design Contest is a virtual touchscreen game hands-on tutorial for the ZYBO. This Instructable provides step-by-step instructions for customizing hardware to emulate a touchscreen on a simple TFT (thin-film transistor) monitor using camera and finger detection
The ZYBO Smart Car was developed by Digilent China. It is one of the items in the Zrobot line, the educational kit solely developed by Digilent China. The smart car is powered by the Digilent ZYBO that features Xilinx Zynq technology. Users can control the robot from an Android phone using the Bluetooth interface within 20m. The OS is Linux. Users can develop the software and Linux driver using Xilinx Vivado.
As you learned from my previous post (the Analog Edition version of this post), we used the Analog Parts Kit and Analog Discovery in EE352 at Washington State University (WSU) to make an AM radio transmitter and receiver. Not only do we use Digilent products in EE352, but we also used Digilent parts in EE324 (Fundamentals of Digital Systems) — the digital lab class I was taking.
The Question A Digilent forum user working on a vintage computing project needed to troubleshoot hardware built around a 6502 CPU. Their goal was to extract the CPU’s address and …
Hello readers, Oscar Fonseca here, product manager at Emerson, working closely with our NI and Digilent academic customers. In this blog, I’m going to compare the NI ELVIS III and the Digilent Analog Discovery Studio Max (ADS Max). As someone who …
NI USB oscilloscopes have a strong track record. If your workflow specifically depends on NI‑SCOPE driver features, InstrumentStudio, or formal calibration services, then NI’s modular instruments are the right path. For most prototyping, research, and validation teams, the Analog …
If you have ever pushed the bandwidth higher on an instrument and thought, “Why does this look worse now?” you are not alone. Many engineers run into this when they try to …
