参数配置Transform Length(FFT变换长度)1024点Target Clock Frequency(目标时钟频率)50MHzTarget Data Throughput(目标数据吞吐率)50MSPSScaling Options(缩放设置)选择Block Floating Point,由IP核决定如何缩放Input Data Width(输入数据位宽)16Output Ordering(输出排序)选择Natural Order(注:选择Bit/Digit Reversed Order,...
Target Clock Frequency and Target Data Throughput 仅用于自动选择的实现和计算延迟,并不能保证内核以该设置运行 Transform Length Options 在转换长度无法在运行时配置时,内核具有更快的最大时钟速度,使用更少的逻辑资源 Implementation Data Format 当内核处于多通道配置中时,浮点格式不可用。 Scaling Options 块指数 ...
DFE FFT (1.0) * Version 1.0 (Rev. 5) * General: Rebrand to AMD copyright information * Revision change in one or more subcoresDFE Non-Linear Filter (1.1) * Version 1.1 * General: No change in functionality and performance from the previous 1.0 version * General: Rebrand to AMD ...
Vivado HLS Design Examples Design Example 2D_convolution_with_linebuffer FFT > fft_ifft FFT > fft_single FIR > fir_2ch_int FIR > fir_3stage FIR > fir_config FIR > fir_srrc __builtin_ctz axi_lite axi_master axi_stream_no_side_channel_data axi_stream_side_channel_data dds > dds_mod...
In this paper a 1024-point FFT Algorithm is implemented on Zynq-7000 FPGA device. The design implementation uses Hardware co-simulation in Simulink and Xilinx Vivado environments with Zynq-7000 FPGA target evaluation board using JTAG setup. The power parameter for the configured FFT IP core for ...