Floating Point FFT 

IEEE-754 Floating Point FFT/IFFT IP Core

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Floating Point FFT 

Product Details

Abaco Systems' Floating Point FFT core is the most flexible IEEE-754 compliant FFT core available in the FPGA world. Designed for high performance programmable devices from Xilinx and Altera, this core performs Fast Fourier Transforms ranging from 256 points to 64M points and is ideal for high precision spectral analysis, radar and video processing applications. Download our bit-true model for 1D and 2D FFT.

Radix-32 vs Radix-2

This core is designed around a Radix-32 butterfly architecture. With equal performance, the memory resources and bandwidth required by our core are five times less than a design comprising five Radix-2 cores in parallel. Smart IP solutions increase board efficiency and reduce the price of digital signal processing systems. 

Device resources usage for IEEE-754 implementation

The following graph displays the signal-to-noise ratio of a Fast Fourier Transform performed over a 1,024 points random vector with a 24-bit wide mantissa and 8-bit wide exponent. The software Discrete Fourier Transform was calculated using the FFTw functions.

 

A fully functional VHDL test bench and bit-true software development kit are delivered along the FFT/IFFT core for simulation purposes and specific performance characterization.

Floating Point FFT
Floating Point FFT

Downloads

Brochure

Abaco Systems Product Selection Guide

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Advanced RF and DSP Solutions

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Case Studies

Advanced Radio Astronomy Systems for Universal Observations

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Datasheet

Ruggedization Levels Datasheet

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Solution Briefs

RFSoC for Radar and Electronic Warfare

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White Paper

A guide to multi-channel synchronization for MIMO systems

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A guide to multi-channel synchronization for MIMO systems

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Addressing the challenges of low latency for embedded applications

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Creating Flexible Hardware Systems with FPGA Partial Reconfiguration

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Electronic warfare: an introduction to low latency COTS solutions

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Leveraging FPGAs for Evolving ISR Application Requirements.

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Selecting the Optimal DSP Solution for EW Applications

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Technologies for responding to in cognitive RF and EW

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IEEE-754 Floating Point FFT/IFFT IP Core