Pause Control for Calibration Sequence in PHY Devices

The calibration sequence is transformed from a static, fixed sequential process into a dynamic, controllable process that can be paused and resumed. The pause function configuration register enables runtime modification of the calibration sequence execution state, allowing the system to adapt between continuous execution and interrupted execution modes based on diagnostic or fine-tuning requirements.

A pause function configuration register is introduced as an intermediary control mechanism between the calibration control component and the calibration functions. This register acts as a mediator that can mask or unmask control signals, thereby enabling or disabling specific calibration functions at runtime without modifying the core calibration sequence logic.

The calibration control functionality is segmented into modular components: the calibration control component, the pause function configuration register, and individual calibration functions. Each calibration function can be independently controlled through corresponding bits in the pause function configuration register, allowing selective pausing without affecting other parts of the calibration sequence. This modular segmentation reduces the complexity burden by organizing the control logic into discrete, manageable units.

The pause function configuration register serves multiple functions: it acts as a control signal mask, a diagnostic enable/disable mechanism, and a fine-tuning control interface. By consolidating these functions into a single register structure, the patent avoids the need for multiple separate control mechanisms, thereby minimizing the increase in device complexity while maximizing adaptability.