Why Use State-driven Dynamic Configuration?
The algorithmic C Code is powerful in its ability to dynamically reconfigure the OTC24000 chip, but it is limited to operating on static circuit topologies. You can change the parameters of circuit components with the code, but it is not possible to add, remove or rewire circuit components.
State-driven dynamic configuration provides the ability to quickly step between any set of circuit configurations.
Simply load any number of circuits, and the state-driven system will determine the minimal data set required to change from any circuit configuration to any other desired circuit configuration.
Since the changes are pre-calculated and generated, the state-driven dynamic configuration method will also provide a performance benefit for low-end microprocessors.