Product Applications – Digilent Blog: Digilent Projects – Blog
Beaglebone® Blue Self-Balancing Robot
Learn to make your own self-balancing robot using LabVIEW!
The Analog Discovery 2 Gets (Even More) Friendly
See the Analog Discovery 2 in action, making public spaces better places one on-screen screen smile at a time!
The Walking Zybo
The Zybo serves as the brain in this positively terrifying Halloween project!
Working in a Winter Wonderland
Join us in wintertime whimsy with new Pmod resources!
How to Convert Magnetometer Data into Compass Heading
The final installment in the magnetometer series, Talesa shows how to successfully utilize compass data with the Pmod CMPS2.
DJ Mixing Board Project Part One: The Build
Get started on building your own DJ mixing board using Pmods and household materials with part one of this project- the physical build.
Creating and Programming our First FPGA Project Part 4
Get ready for part four of the Creating and Programming our FPGA series: Generating the Bitstream and Programming the FPGA!
Creating and Programming our First FPGA Project Part 3: Modifying the Project
Take the next step with your FPGA project and Vivado!
Creating and Programming our First FPGA Project Part 2: Initial Project Creation
James helps out with initially setting up a Verilog project in Vivado in part two of the Creating and Programming our First FPGA Project series!
Creating and Programming our First FPGA Project Part 1 – Getting the Extra Files Ready
James helps new users set up their first FPGA project!
Creating a Raspberry PI Universal Remote Using LabVIEW
Use LabVIEW and a Raspberry Pi to create a universal remote with a graphical user interface!
Recent Articles
Digital design education has long relied on simulation to introduce foundational concepts such as Boolean logic, sequential circuits, and finite state machines. While simulation is essential, it does not fully …
The Emona Communications Board (DxIQ‑45G) is a purpose‑built partner board for the Digilent Analog Discovery Studio Max (ADS Max), designed to introduce students to foundational concepts in modern digital and …
Engineering education evolves quickly, but some fundamentals never go out of style. Field‑Programmable Gate Arrays (FPGAs) have been a training ground for generations of engineers because they teach students how …
Engineering education unfolds over time through courses, labs, and projects that steadily build a student’s capacity to think like an engineer. The strongest programs give students chances to connect theory …

