Adding Functionality to a Project
Explore options for adding functionality to a project with our Functionality Quick Guide!
Explore options for adding functionality to a project with our Functionality Quick Guide!
Talesa discusses how to get started quickly with Digilent Pmod boards and FPGAs.
Find your ideal FPGA match with our handy quiz!
Brandon K. provides a quick rundown on the differences between these three terms you are likely to encounter if working with digital logic!
Find out where you really belong with five simple questions!
Brandon provides a detailed overview of USB and what it can do with our FPGAs!
Brandon guides us through how to figure out signal polarity for your FPGA.
Recently, I have been working on a project using the Arty and MicroBlaze. The Arty has four headers for use with the Digilent Pmod line-up. As I don’t have much experience …
Finding yourself stuck at an intersection when trying to start programming your FPGA? Kaitlyn will detail the four ways and help you decide which is the best direction.
Find out what Maker style suits you best, and which products might be most useful to you based upon your type.
Our illustrious Zybot travels abroad! Kaitlyn provides details on the recent international activities of the globe-trotting robot.
Some big news in the world of FPGA.
At OTH Regensburg, Prof. Dr.-Ing. Heiko Unold has spent years finding new ways to connect engineering theory with hands-on experimentation. By integrating the Analog Discovery platform across multiple courses, he …
Field-programmable gate arrays (FPGAs) are digital devices. They can’t read a voltage directly. To bring an analog signal into an FPGA, you need an ADC, short for analog-to-digital converter. You …
UMN Students Build a Rubidium Magneto-Optical Trap POSM students are gaining hands-on experience in optics, electronics, and precision measurement while building infrastructure for advanced photonics research. Building a rubidium magneto-optical …
With no class requiring it and no board experience going in, one engineering student designed a five-stage pipelined MIPS processor from scratch in VHDL and ran it on a Digilent …