The High Speed Adapter… is it Really a Big Deal?
What exactly is this High Speed Adapter and is it worth it? Kaitlyn aims to help you figure that out!
What exactly is this High Speed Adapter and is it worth it? Kaitlyn aims to help you figure that out!
We have an incredibly exciting new product announcement… the Digital Discovery is here!
Take the next step with your FPGA project and Vivado!
Learn some handy tips and tricks to elevate from being in the LabVIEW know, to being a LabVIEW pro!
Come peek into the manufacturing process for the OpenScope!
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!
Come see what’s new in WaveForms 3.5.4!
For those of you lamenting the loss of the Voltmeter tool, despair no more! It’s back in action.
Check out the new IC2 standard for Pmods!
Austin details some common errors one might encounter when using LabVIEW and how to avoid them!
The time has come, to say goodbye to the original Analog Discovery and embrace the fully upgraded experience of the Analog Discovery 2!
Plugging in Pmods, pins, ports, proper placement… it can all be a little confusing when attempting to connect Pmods to an FPGA. Fortunately, Talesa takes aim at clearing up any confusion with this comprehensive rundown.
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 …