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Controlpaths.com上与Xilinx FPGA、SoC以及数字信号处理相关的技术文章
元器件信息
2022-12-02 16:14
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硬件
Ripple suppression circuit for PWM DAC.
Getting started with Microchip’s FPGA Icicle Kit and PolarFire SoC.
Discovering Gowin FPGA.
FFT algorithm using an FPGA and XDMA.
Controlling a SMPS from MSS with SmartFusion2 SoC.
Creating Pynq images for custom boards.
Development boards I use.
Connecting an SSD to Zynq MPSOC.
Discovering SDR with GNU Radio and USRP B205Mini.
Designing an FPGA board.
Genesys ZU and Zynq US+.
编程
Building a SoC with Litex.
Implementing a dual core processor in FPGA.
Using PCIe in Xilinx 7 Series.
Creating a RISC-V based design on SmartFusion®2 SoC
Discovering the SmartFusion® 2 SoC.
Using IIO to manage an ADC from Petalinux.
Using HDL Coder WFA to implement a distortion effect.
Using FPGA Data Capture to debug a design.
Using DSP48E1 Slice.
Increasing ADC resolution using oversampling.
Using Xilinx’s FIR Compiler.
Creating an AXI Stream IP for an acquisition system.
Using the DMA and AXI4 Stream on Zynq US+.
Asymmetric multiprocessing on Zynq MPSOC.
Custom AXI IP for acceleration.
Emulating hardware with Zynq.
Real time filter compute with Pynq.
DDR resources.
Why I use scripting?
数字信号处理
Single pole filter without multiplications.
Designing a filter on MATLAB and verifying it using FPGA-in-the-loop and Eclypse Z7
Implementing high order filters with FIR Compiler.
Equalizing IIR filters for a constant group delay.
Audio equalizer based on FIR filters.
Adding windows to xFFT IP.
Implementing a FIR filter using folding.
Implementing a digital biquad filter in Verilog.
Managing AXI4-Stream from MATLAB.
Using MATLAB and FPGA-in-the-Loop to design a filter (Part 2)
Using MATLAB and FPGA-in-the-Loop to design a filter. (Part 1)
Using moving average filters for hard filtering.
Single tone detector with Genesys ZU and RTU.
EclypseZ7, Petalinux and signal processing at the edge.
Eclypse Z7 and xFFT.
Eclypse Z7, ZMODs and SYZYGY.
设计流程
Why FPGA?
Remote debugging via hardware server.
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