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https://docs.amd.com/r/en-US/am004-versal-dsp-engine/Floating-Point-FIR-Filter?contentId=aN8Wfhsc_q4mDCjmoD6jMA Floating Point FIR Filter - Floating Point FIR Filter - AM004 The design in this use case essentially implements the single multiplier MACC FIR filter in a floating point data format. Refer to the figure in Resource... floating point fir filter https://docs.amd.com/r/en-US/am004-versal-dsp-engine/DSPCPLX?contentId=5Zjwd7sKj~7vLYXrxOhqtA DSPCPLX - DSPCPLX - AM004 Coding examples for the implementation of the complex multiplication with attributes values corresponding to the table in DSPCPLX Pipeline Configuration are... https://docs.amd.com/r/en-US/am004-versal-dsp-engine/Port-Descriptions?contentId=tiHVxnVcWJlbJklgn0UspQ Port Descriptions - Port Descriptions - AM004 Table 1. Port Descriptions DSP Tile Pin Direction Bus Width (Default for DSP58) DSP58 Unisim Pin DSPCPLX Unisim Pin DSPFP32 Unisim Pin Description A 1 In 34... port descriptions https://docs.amd.com/r/en-US/am004-versal-dsp-engine/Multichannel-FIR-Filter?contentId=fvTGu9fwspjTV0o5qHBDNg Multichannel FIR Filter - Multichannel FIR Filter - AM004 Multichannel filtering is used in applications such as wireless communication, image processing, and multimedia applications. The main advantage of using a... fir filter multichannel https://docs.amd.com/r/en-US/am004-versal-dsp-engine/Carry-Input-Logic?contentId=MN_t3Z3qaVDGWU9qe6mN7w Carry Input Logic - Carry Input Logic - AM004 The carry input logic result is a function of a 3-bit CARRYINSEL signal. The inputs to the carry input logic appear in the following figure. Carry inputs used... carry input logic https://docs.amd.com/r/en-US/am004-versal-dsp-engine/Operational-Modes Operational Modes - Operational Modes - AM004 operational modes