What Is The Significance Of Fpgas In Modern Day Electronics? (applica

1.	What Is The Significance Of Fpgas In Modern Day Electronics? (applications Of Fpga.)
Answer» ASIC prototyping: Due to high cost of ASIC chips, the LOGIC of the application is first verified by dumping HDL code in a FPGA. This HELPS for faster and cheaper testing. Once the logic is verified then they are made into ASICs. Very useful in applications that can make use of the massive parallelism offered by their architecture. Example: code breaking, in particular brute-force attack, of cryptographic algorithms. FPGAs are sued for computational kernels such as FFT or Convolution INSTEAD of a microprocessor. Applications include digital signal processing, software-defined radio, aerospace and defense SYSTEMS, medical imaging, computer VISION, speech recognition, cryptography, bio-informatics, computer hardware emulation and a growing range of other areas.

What Is The Significance Of Fpgas In Modern Day Electronics? (applications Of Fpga.)

Answer»

ASIC prototyping: Due to high cost of ASIC chips, the LOGIC of the application is first verified by dumping HDL code in a FPGA. This HELPS for faster and cheaper testing. Once the logic is verified then they are made into ASICs.
Very useful in applications that can make use of the massive parallelism offered by their architecture. Example: code breaking, in particular brute-force attack, of cryptographic algorithms.
FPGAs are sued for computational kernels such as FFT or Convolution INSTEAD of a microprocessor.
Applications include digital signal processing, software-defined radio, aerospace and defense SYSTEMS, medical imaging, computer VISION, speech recognition, cryptography, bio-informatics, computer hardware emulation and a growing range of other areas.