In this article, I want to talk about how to assign the ports of your circuit to the FPGA pins.

This is one of the essential steps you need to take towards the end of the implementation process. I’ll explain this in detail, and by the end, I’ll also provide an example to make the concept clearer for you.

It might be interesting to note that during many job interviews, I often pose the very question we're about to explore in this video to candidates and if someone provides the correct answer, they can secure the job position without further questioning.

In this video, we will delve into the crucial topic of choosing the right technology for your digital project.

I will guide you through a method that I've frequently used in my previous projects over the years.

In this video, we're diving into the world of FPGAs and exploring their exciting future.

We'll also address a common question: are FPGA engineers in demand?

Stick around until the end to get a good grasp of the broad spectrum of FPGAs and how they're used in various applications.

You've likely come across the names of various FPGA manufacturers and their products.

But you might not be too familiar with these companies and their offerings, or perhaps you're unsure about which products belong to which manufacturer.

In this video, I'll provide a concise overview of these FPGA manufacturers and their product categories.

I'll also discuss their product performance and differences to help you make more informed choices when necessary.

In this video, we're going to dive into the distinctions between FPGAs and processors.

Chances are, you've had some experience with processors like ARM, AVR, or DSP.

If not, you've probably experimented with programming for your computer, using languages such as C, BASIC, Pascal, or others.

Now, here's the thing: when you step into the world of FPGAs, you often bring along your programming mindset, and that can lead to some challenges.

Working with FPGAs requires more than just coding skills – you need a solid grasp of hardware design principles.

So, in this video, we're going to break down the differences between FPGAs and processors.

Our goal is to help you transition into the mindset of a digital hardware designer and leave behind programming-centric thinking.

In the last part of this article, we went over the ins and outs of FPGAs and how they allow for the design of various logic circuits using basic digital resources. But what really sets FPGAs apart from processors? In this part, I'll go over the distinctions between FPGAs and processors and break down the pros and cons of each.