In 2020, the Analog Discovery was mostly missing in action after the beginning of the year, and it was sorely missed. For over a year now, Digilent has been in …
From our first models of Analog Discovery, we’ve come a long way. The new ADP3450 builds on what earlier devices were missing, creating a unique experience for test engineers.
The USB104 A7 is a new addition to the Digilent ecosystem. At first glance it may seem similar to some of our existing FPGA development boards, but the USB104 A7 …
The Analog Discovery Pro introduces an entirely new way to interact with a portable device of its kind, Linux Mode.
It seems as if every time we’re approaching the boundaries of technology’s influence on our culture, a new development, trend, or exciting innovation pushes those boundaries even further, launching even …
If you’re like me, you need to be explicitly told by a number of listicles what a good gift idea might be. Even if it’s something as simple as …
Digilent is partnering with VAXEL, Inc. to make FPGA design easier.
What’s the story behind Cmods? Here’s a simple explanation of what exactly a “Cmod” is.
COVID-19 has us all out of sorts. The economy. Social life. Our health. Hell, we even ran out of Analog Discovery 2 as a direct result of it. As we …
The Zmod is the latest Digilent expansion module. But… what is it?
Will Wadkins, Digilent’s FPGA Product Manager, discusses how Digilent is beginning to enter the software-defined radio space with the introduction of the USRP B205mini-i.
Some time ago, we had an old NES controller floating around the office. It wasn’t your run-of-the-mill NES controller, though – it had been “tampered” with. Instead of the normal …
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 …
