Adam Taylor, an embedded design expert, shows you how to load the open source SiFive Freedom E310 RISC-V processor on Digilent Arty A7-100T Xilinx Artix 7 Development Board and run the Arudino application
Welcome to the tenth installment in our monthly series, What's Trending in Robotics News! We will cover all the breaking news, hot issues, trending stories, and cool stuff that is happening - or has happened - in the robotics industry. There were plenty of amazing things happe…
A webinar showing how to set up a lab at home with Analog Discovery 2 will be held on May 28 9am (Pacific Time). Kaitlyn Franz, Test Product Manager at Digilent, discusses the features and tools within the Analog Discovery 2 that can ensure a seamless transition for engineers being fo…
This blog post describes differences between DFI sensors in Litter Robot 3 Open Air and Litter Robot 3 Connect.
You have probably learnt how to load ARM Cortex M3 on Digilent Arty A7. Now, we can make something out of it. Adam Taylor creates a motor control application.
ARM DesignStart provides fast access to a select mix of ARM IP, including Cortex-M0, Cortex-M3 and Cortex-A5 processors and supporting IP, software and resources for custom silicon designs,. The program also provides Cortex-M1 and Cortex-M3 soft CPU IP, software and resources for FPGA desig…
This project uses Digilent Arty A7-35T FPGA development board to control a two-wheel robot. The design has a C library for use with the included MicroBlaze soft processor to provide users with a working platform from which to develop robotics applications.
With the evolution of IoT, embedded systems have also started to grow in the cloud area. From development projects to complicated measurements, the industry is moving towards cloud technologies. Now, you can measure the data through Digilent Analog Discovery 2, Waveforms and stream the…
We will explain the concept and design of brushed DC motor driver in this post.
Time of flight is the latest technology for accurate and affordable distance sensors. This is the first in a series of three articles bringing you the fundamentals of Time-of-Flight technology.
We have some good news for the Lynxmotion Smart Servo (LSS) fans ! The LSS line has two new electronic modules to show off : the 2IO Arduino Compatible Board and the 5V, 2A Regulator Board. Both of these modules are daisy-chainable in the LSS bus and will&…
A new API update to the OPS243 radar sensor enables a power savings hibernate mode. It provides the ability to bring average power consumption down under 200mW. At this low level, the radar sensor can be combined with a battery to provide remote detection where power is not available…
This tutorial explains in an easy and intuitive way to help you understand the theory, design and implementation to make your own generator and sensor for a perimeter wire. The files (Schematics, Eagle Files, Gerbers, 3D Files and Arduino Sample Code) are also available for download. This way, y…
Simple setup enables a 2D radar to trigger a camera to capture an image of an approaching object (animal, person, vehicle).
Radar uses simple detection filtering to count people, vehicles, or other objects.
What technology stands behind e-paper? About new partnership with Lummico - the innovative e-paper tag producer.
