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Optimizes memory for AI models in limited GPU environments by intelligently unloading unused models.
The LLavaOptionalMemoryFreeAdvanced
node is designed to optimize memory management for AI models, particularly in environments with limited GPU resources. This node intelligently frees up memory by unloading models that are not currently in use, ensuring that sufficient memory is available for new tasks. It is particularly useful in scenarios where multiple models are loaded and memory constraints can lead to performance bottlenecks. By selectively unloading models based on their usage and memory requirements, this node helps maintain optimal performance and prevents out-of-memory errors, making it an essential tool for AI artists working with complex models and large datasets.
This parameter specifies the amount of memory required for the new task. The node will attempt to free up this amount of memory by unloading unused models. The value should be provided in bytes. The effectiveness of this parameter directly impacts the node's ability to manage memory efficiently, ensuring that the required memory is available for new tasks.
This parameter indicates the device (e.g., GPU) on which the memory management operations will be performed. It ensures that the memory is freed on the correct device, which is crucial for environments with multiple GPUs or other processing units. The device should be specified in a format recognized by the system, such as "cuda:0" for the first GPU.
This parameter is a list of models that should not be unloaded, even if they are not currently in use. It allows you to protect certain models from being unloaded, ensuring that they remain available for immediate use. This is useful for models that are frequently accessed or critical to ongoing tasks. The list should contain model identifiers or references.
This output parameter provides a list of models that were unloaded to free up memory. It helps you track which models were removed from memory, allowing for better management and reloading if necessary. The list contains the identifiers or references of the unloaded models.
memory_required
parameter accurately reflects the memory needs of your new task to avoid unnecessary unloading of models.keep_loaded
parameter to protect critical models from being unloaded, ensuring they remain available for immediate use.unloaded_model
output to keep track of which models have been removed from memory and reload them as needed.memory_required
parameter.memory_required
value or reduce the number of models protected by the keep_loaded
parameter.device
parameter was not recognized or is not available.device
parameter is correctly specified and corresponds to an available device, such as "cuda:0" for the first GPU.© Copyright 2024 RunComfy. All Rights Reserved.