 Although the efficient parallelization of 3D FFT has been largely investigated over the last few decades, performance and scalability of parallel 3D FFT methods on new generation hardware architecture for HPC is a major challenge. Looking at upcoming exascale cluster architectures, the conventional parallel 3D FFT calculations on HPC needs improvement for better performance .
<clarity>  Although the efficient parallelization of 3D FFT has been largely investigated over the last few decades, performance and scalability of parallel 3D FFT methods on new generation hardware architecture for HPC is a major challenge. Looking at upcoming exascale cluster architectures, the conventional parallel 3D FFT calculations on HPC needs improvement for better performance .
 Although the efficient parallelization of 3D parallel FFT library being used .