November 11, 2022

digital circuit testing

Testing an implemented digital circuit is one of the primary challenges faced by FPGA designers. This challenge mainly arises due to the fundamental differences between processors and FPGA chips.

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October 29, 2022

fpga software tools

As you dive into the world of FPGA design, you'll encounter a variety of software tools and FPGA types.

However, as time passes and your experience grows, you'll generally work with a limited and specific set of software tools, depending on the FPGA brand you've chosen.

So, what's the reason for this diversity in software tools, and which ones will we actually be using for crucial designs?

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October 26, 2022

implementation steps with fpga

If you're a digital designer looking to implement your idea on a field-programmable gate array (FPGA), there are a few things you need to know.

First of all, your idea needs to be expressed in a standard way that existing software design tools can understand. Once you've done that, you can use these tools to transform your idea into data that the FPGA can work with.

Now, one thing to keep in mind is that there's no standalone processor in an FPGA, which means you can't use programming instructions to create a software routine. Instead, you'll need to describe your digital design in a way that's specific to the FPGA.

So, how do you actually describe a digital design for an FPGA? What are the implementation steps you need to take?

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October 24, 2022

fpga vs processor

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.

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October 19, 2022

structure of fpga

In the realm of modern digital systems for areas such as defense, telecommunications, aerospace, biotechnology, and oil and gas, designers have turned to using advanced technologies to meet the required standards.

One such technology that has been favored by digital design engineers for its power and accessibility is FPGA chips.

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