This project still has a ways to go, but much of it is actually working. I've got .NET code that sends commands to the Arduino Redboard, which controls the ADAU1701. You can specify filters, volume and delays and signal routing from the .NET code and hear the changes in real time.
I've still got a long ways to go, but I've got enough working to know that it will eventually work as intended. The goal is to have a low-cost active crossover circuit with an LCD display.
Just sharing to see if there is some interest...not selling anything, at least not yet
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One of the nice tools that's working now is the ADAU1701 debugger. It lets you browse the Parameter RAM from the PC, and it shows the corresponding cell name. It also displays the Program RAM and Registers, although that information isn't too useful. The debugger window is shown in the lower right.
I've still got a long ways to go, but I've got enough working to know that it will eventually work as intended. The goal is to have a low-cost active crossover circuit with an LCD display.
Just sharing to see if there is some interest...not selling anything, at least not yet

One of the nice tools that's working now is the ADAU1701 debugger. It lets you browse the Parameter RAM from the PC, and it shows the corresponding cell name. It also displays the Program RAM and Registers, although that information isn't too useful. The debugger window is shown in the lower right.
