Uses of FPGA Boards – How to Go About Choosing the Right On

Your choice of a development board depends on whether it can benefit you and whether it’ll serve your specific purposes. Whether it be you’re in aerospace, communications, data center, medicine or broadcast, it can serve you accordingly if you reconfigure it according to your purpose.  A field-programmable gate array (FPGA) is one such board that requires a lot of discerning when it comes to choosing.  It’s different from Application Specific Integrated Circuit (ASIC). Neither is it a programmable read-only memory (ROM) chip although they share similar principles. Learn more about the differences from Besides, FPGA has significantly more gates than ROM chips.  You may need to consider whether it contains at least one desirable component – core – that a manufacturer has added.  You can always reconfigure or reprogram it to suit your application needs. The goodness of choosing the right board is that it can greatly boost your productivity, because it significantly reduces your development time.

This out-of-the-box hardware platform is the right choice if you’re looking to complete computable tasks quickly. As well, FPGA can be a useful addition to your circuit design toolkit if you’re looking for something that’s less costly than any silicon. And it doesn’t just offer cost-saving, you can easily do your work without worrying about rigidity. In addition, it’s inherent hardware parallelism is responsible for enhancing your performance. There is a great variety of FPGA boards manufacturers provide; hence, you’re spoilt for choice. However, what you intend to accomplish with your development board can determine the specific FPGA you’re going to choose. Whether it be you want to connect to a high speed device or interface with your peripherals, it’s a good idea to read the manufacturer specs. If you’re a first-timer, then you need to consult a user’s guide – a companion textbook. Ensure that you buy FPGA board that comes with a user’s guide. Find out about what your manufacturers offer whether it be Xilinx, Terasic, Digilent or Zinq.

The following questions can guide in choosing the right board for your speed needs – especially if you’re a beginner:
– Does the board come with a user guide?
– Are there any pictures, charts, diagrams or any form of illustration?
– While there are many onboard peripherals, is there a manual to describe the different varieties?
– Does it come with a reference design for onboard peripherals?

Areas You can Apply FPGA

It can solve any computable problem, because of its characteristic hardware parallelism and optimality offered by several gates. You can also incorporate FPGA into a digital signal processor (DSP). If you want to boost the speed of your hardware, FPGA is definitely a good go.
The development board also finds use in a number of vertical applications, which aren’t limited to the following list:
– design of integrated circuits
– Aerospace and defense
– ASIC prototypes
– BioinformaticsBioinformatics
– Medicine
– Communication
– Security systems
– Industrial systems
– Vehicle industry
– Broadcast
– Consumer electronics, etc.

While you can use FPGA in many different applications, there’s no single FPGA that can serve as a silver bullet for every application. In addition, it isn’t a microprocessor, nor is it a microcontroller. Neither can it run a software without some tweaking.

To Wrap it up!

Overall, you can always reprogram FPGA board to tailor the capabilities of a microprocessor or a microcontroller to your specific needs. With a significantly greater number of gates than ROM chips, FPGA offers you more flexibility. It rarely disappoints when it comes to enhancing the speed of your hardware; hence, your productivity.