The Field Programmable Gate Array (FPGA) board is a versatile integrated circuit. It is programmable right in
the field of work. This makes it a rewarding investment to make. Furthermore, these boards are quite similar
to Programmable Read-Only Memory (PROM) chips. Therefore, if you have experience with the latter, you
can handle FPGA boards easily. These boards can be used to create and design customized le which are
applicable in various purposes by manufacturers and consumers as well. Seeing as FPGA boards allow you to
create custom microprocessors too, they have multiple uses. Discover some uses of FPGA Boards at www.directics.com/fpga-board/.
How you can use FPGA boards
Construction of the Digital Pulse Processor (DPP)
This is a piece of equipment that is used in X-ray machines, gamma ray devices and neutron scatter units. It
collects a step signal produced by the detector. After that, it executes pulse-shaping and eventually
measures this pulse so that you can know how much energy is being used in a particular process. By reading
the energy levels, a scientist can tell what sample they are dealing with.
This process requires high frequency, real-time processing. The FPGA boards are utilized in constructing the
Digital Pulse Processor (DPP). Seeing as you can run and upgrade FPGAs out in the field, they maximize
convenience in this application.
FPGA boards are used in constructing customized computers. These machines are utilized in situations
where the traditional, general-purpose computers are too large, too slow or consume too much power.
Customized computers are used for specific tasks. Examples of these tasks are database operations and
Traditionally, building these computers took too much time, was quite expensive and highly prone to errors.
However, with the introduction of FPGA boards, customized computers can be constructed rapidly and
systematically. The unique characteristics of the FPGA boards such as versatility help to construct the
customized computers quicker.
Emulating expansive hardware systems
One of the activities that quality assurance administrators and engineers normally perform is hardware
emulation. In this process, a hardware device is used to mimic the abilities of another one. To make this
possible, a hardware emulator needs to be constructed. This facility comes in handy for debugging and
verifying a system which is being designed.
By using a network of interconnected FPGA boards, an administrator can emulate an entire hardware system.
Seeing as the FPGA boards can be reprogrammed even after delivery, the system being emulated can be
scaled up or down easily.
FPGA boards are versatile. Therefore, they can be used in creating random logic boards, controllers for
electronic devices as well as the filtering and encoding of communications. They can also be used to enable
machine vision, controlling motors, networking on an industrial scale and performing surveillance through
FPGA boards are highly versatile because they make it possible to perform parallel custom computation at a
low cost. Moreover, they are flexible and can be used in the field quite easily. Some of their uses are indicated