This paper presents a high-level implementation of pipeline FFT. The design has been coded in Handel-C language and targeted Xilinx Virtex-E FPGA series. It is fully implemented and tested on real hardware using Celoxica RC1000-PP prototyping board. The implementation results show that our implementation outperforms other implementations of FFT on the same series of FPGA. An implementation of 1024-point FFT on Virtex-E can run at a maximum clock frequency of 82 MHz leading to a 82 MS/s throughput compared with the Xilinx core of the same size that can run at a maximum clock frequency of 83 MHz but with only 21 MS/s throughput. The design is parameterizable in terms of input wordlength, output wordlength, Twiddle factors wordlength and processing wordlength. It is scalable in terms of number of stages which means that a 16-point, 64-point, 256-point, 1024-point or higher power-of-4 complex-point FFT can be synthesized from the same code. The paper reports the fastest 1024-point FFT implementation on Virtex-E FPGA platform.