The Value of FPGA Technology in the 21st Century

by | May 13, 2016 | Printed Circuit Boards

We live in a world of computer chips, advanced technology and FPGA. In fact, thanks to modern FPGA design services, logic circuit technology has grown by leaps and bounds this century. But what is FPGA and what are some of the benefits it provides? Let’s check out this technology a little closer.

What is FPGA?

The term FPGA stands for “field programmable gate array”. Essentially, they are silicon chips which can be programmed and reprogrammed. However, this one little chip (integrated circuit) can be extremely powerful thanks to VLSI technology.

What is VLSI?

VLSI means “very large scale integration”. It began 4 decades ago with the development of the microprocessor. Before this technology, integrated circuits were very limited on what they could do. For example, a circuit required a central processing unit (CPU), ROM, RAM plus special logic circuits. However, with the advent of VLSI this could all be placed in a single chip.

Benefits of FPGA

Thanks to reprogrammable chips it is possible to utilize custom built hardware without the need for soldering components and creating special circuit boards. Your FPGA design services can make this part of the system. Plus, if you want to change FPGA functions, this is possible so upgrading is much simpler and more cost effective than in the past.

Not long ago, FPGA technology was very complex and it took experienced professionals to use them. Now, with advances in technology, the process has been simplified so many people can take advantage of the good things FPGA can provide. Here are additional benefits to consider:

Cost

Reprogrammable silicon chips can be made in a cost effective manner. This is important because the needs for these chips are constantly changing and it does not cost a great deal to change the design and features of these chips. This helps to increase profits for the manufacturer and keep costs down for both business and consumer.

Dependability

There is no need for a reprogrammable chip to rely on an operating system. This makes the entire process simple and uncomplicated. The more uncomplicated a system is, the fewer things can go wrong and this translates into greater reliability with less downtime to be concerned with.

Low Maintenance

Simplicity also means less maintenance. Chips last for a long time and there is no need to pay people to make repairs or adjustments. Plus, replacing parts is often unnecessary due to the reprogrammable nature of the chips. They can be reprogrammed in the field, so disassembly is not usually required. However, it is important to choose the right FPGA design services for best results.

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