Dynamic page state aware scheduling of read/write burst transactions

A method, comprising:

• storing data in a memory device;
• generating, by one or more computing resources, memory access requests for the data;
• receiving, by a memory controller, the memory access requests;
• determining, by the memory controller, which one of a read mode and a write mode is a current mode for the memory device;
• and
• in response to determining a threshold number of memory access requests have not been sent to the memory device in the current mode:
• determining a number N of requests to consider for cost evaluation, wherein the N requests are an access type associated with the current mode;
• and
• determining a first cost corresponding to a latency associated with sending the N requests from the one or more queues to the memory device.

A computing system comprising:

• a memory device configured to store data;
• one or more computing resources, each configured to generate memory access requests for the data;
• and
• a memory controller coupled to the memory device, wherein the memory controller is configured to:
• determine which one of a read mode and a write mode is a current mode for the memory device;
• and
• in response to determining a threshold number of memory access requests have not been sent to the memory device in the current mode:
• determine a number N of requests to consider for cost evaluation, wherein the N requests are an access type associated with the current mode;
• and
• determine a first cost corresponding to a latency associated with sending the N requests to the memory device via the second interface.