Display Pipeline Buffer Sharing for Power Efficiency

The system dynamically adjusts the operational state of processing pipelines based on real-time processing needs. Clock signals to inactive pipelines are gated (disabled) to reduce power consumption, while active pipelines continue to operate normally. This dynamic switching allows the system to maintain multiple processing pipelines for versatility while minimizing power consumption when full capacity is not needed.

Buffers associated with inactive processing pipelines are repurposed to provide additional storage capacity for the actively processing pipeline. This multi-functional use of buffer resources allows the system to increase effective storage without adding dedicated storage hardware. The active pipeline can utilize these repurposed buffers for temporary data storage, frame buffering, or intermediate processing results, thereby increasing storage capacity without compromising the processing speed of active pipelines.

The system implements self-service clock management where the processing pipeline infrastructure automatically handles clock signal gating based on pipeline activity status. The clock gating logic is integrated into the pipeline control mechanism, allowing the system to autonomously determine when to gate or ungat clock signals based on processing demands. This reduces the need for external clock management complexity while achieving significant power savings from inactive pipelines.

The buffer allocation mechanism dynamically adjusts based on pipeline activity. When pipelines become inactive, their buffers are automatically made available for storage purposes. When pipelines become active again, their buffers are automatically reallocated for processing. This dynamic buffer management allows the system to increase storage capacity using existing buffer resources without requiring complex manual buffer allocation schemes, as the buffer assignments adapt automatically to changing processing requirements.