Abstract:
Integrated circuit devices are disclosed with receive ports having mapping circuits automatically configurable to change a logical mapping of data received on receive-data connections. Automatic configuration can be based on a data value included within a received data set. Corresponding systems and methods are also described.
Abstract:
An integrated circuit comprises a circuit module, a first function circuit, and a second function circuit. The first function circuit is configured to be operational in response to a first type logic signal at a first pin and the second function circuit is configured to be operational in response to a second type logic signal at the first pin. The type of logic signal at the first pin is determined by the circuit module. Based on the determined type of logic signal, the circuit module is configured to activate the appropriate function circuit and provide function related signaling for operation at a second pin. The circuit module allows the pins of the integrated circuit to be shared between the first and second function circuits, thus minimizing the number of pins required for multi-functional circuits on the integrated circuit.
Abstract:
An integrated circuit comprises a circuit module, a first function circuit, and a second function circuit. The first function circuit is configured to he operational in response to a first type logic signal at a first pin and the second function circuit is configured to be operational in response to a second type logic signal at the first pin. The type of logic signal at the first pin is determined by the circuit module. Based on the determined type of logic signal, the circuit module is configured to activate the appropriate function circuit and provide function related signaling for operation at a second pin. The circuit module allows the pins of the integrated circuit to be shared between the first and second function circuits, thus minimizing the number of pins required for multi-functional circuits on the integrated circuit.