Scalable Techniques to Process Separate Queues of Storage Access Commands from a Host System to a Memory Sub-System

A memory sub-system, comprising:

• non-volatile memory cells configured to provide a storage capacity of the memory sub-system;
• and
• at least one processor configured via instructions to:
• perform an analysis of queue statuses of a plurality of submission queues without accessing the submission queues;
• determine priorities of the submission queues based on a result of the analysis;
• select one or more submission queues based the priorities;
• retrieve, from the one or more submission queues, a subset of storage access commands in the plurality of submission queues;
• and
• execute the subset of storage access commands.

A non-transitory computer storage medium storing instructions which, when executed in a memory sub-system, cause the memory sub-system to perform a method, comprising:

• analyzing, by the memory sub-system, queue statuses of a plurality of submission queues without accessing the submission queues;
• determining, by the memory sub-system, priorities of the submission queues based on the analyzing;
• selecting, by the memory sub-system, one or more submission queues based the priorities;
• retrieving, by the memory sub-system and from the one or more submission queues, a subset of storage access commands in the plurality of submission queues;
• and
• executing, by the memory sub-system, the subset of storage access commands.