This setup and hold times are related to the PLL output, which comes out of the FPGA and has also a delay range. Maybe you should consider to use FAST Output Registers, that are placed in the IO Buffer (verilog directive: (* useioff = 1 *)) and reclock the data with them....
which is an indication of the elapsed time. According to the timing diagram, we need three different time delays: tAS=40 ns, tDSW=80 ns, and tH=10 ns. Noting that the clock frequency of the Mojo V3 board is 50 MHz (a clock period of 20 ...
Basically what you need is rather to calculate the filter parameters and normalize them for integers. Or that is what I have done in the past. Filters are basically additions of different "volumes" over a length of time. The Code itself is not the hard part. But what I...
i am using quartus ii web edition 8.1, i couldn't find the max frequency of the design. i got the following: Info: No valid register-to-register data paths exist for clock "clk" Info: tsu for register "x0" (data pin = "input[7]", clock pin = "clk") is 5.000 ns Info:...
This setup and hold times are related to the PLL output, which comes out of the FPGA and has also a delay range. Maybe you should consider to use FAST Output Registers, that are placed in the IO Buffer (verilog directive: (* useioff = 1 *)) and reclock the data with them....
This setup and hold times are related to the PLL output, which comes out of the FPGA and has also a delay range. Maybe you should consider to use FAST Output Registers, that are placed in the IO Buffer (verilog directive: (* useioff = 1 *)) and reclock the data with them....
Maybe you should consider to use FAST Output Registers, that are placed in the IO Buffer (verilog directive: (* useioff = 1 *)) and reclock the data with them. I am not shure, but maybe the Double Data IO Function (ddio) could be also used for your application. If...