Distribution Sales Manager | Digilent Inc
Love learn engineering in hands-on approach. Interested in new technology. Work in Digilent as International Sales and Distribution Manager.
3 weeks ago
Adam Taylor, an expert in the design and development of embedded systems, creates an FPGA controlled robotic arm. Follow his project here
1 month ago
In this article, you will learn how to collect the measurement data through Analog Discovery 2 and then store them on the ThinkSpeak cloud, using Raspberry Pi 4.
1 month ago
In this project, you will find out how to capture, process and analyze an image with a digit and present a consistent result of image recognition.
1 year ago
The Digilent Design Contest is open for registration. The contest is organized by Digilent in partnership with DesignSpark and Technical University in Cluj-Napoca.
Digilent has recently released an Embedded Vision Bundle based on Xilinx FPGA This is a valuable tool for anyone aiming for developing their own embedded vision products and applications, or to learn more about embedded vision concepts.
3 months ago
Students from the University POLITEHNICA of Bucharest, Romania used Digilent Zybo Z7 to create a prototype of an autonomous car. FPGAs are used as a part of vehicle-related algorithms to determine how the car functions and responds to obstacles.
In this artricle, we will learn how to use Xilinx SDSoC, the latest development environment, to create embedded C/C++/OpenCL application development and implement the software design directly on the FPGA device.
2 years ago
Infra-Red is very popular in a range of applications from wildfire detection to defense applications. Adam Taylor makes use of Arty Z7-20 and FLIR Lepton IR camera to create an IR vision application to support future design projects.
Review Adam Taylor’s newest FPGA project using the Nexys Video and Artix-7 FPGA to implement a simple HDMI input-and-output video-processing system.
Adam Taylor is bringing a new perspective to FPGA projects with his recent use of the Artix-7
First experience to use Xilinx Vivado IP and SDK to build the project on Xilinx Zynq which integrates a dual-core ARM Cortex-A9 processor with Xilinx field programmable gate array (FPGA). Implement the design on Digilent ZYBO, a Zynq FPGA board,