LAST LEVEL CACHE ACCESS DURING NON-CSTATE SELF REFRESH
A data processor includes a data fabric, a memory controller, a last level cache, and a traffic monitor. The data fabric is for routing requests between a plurality of requestors and a plurality of responders. The memory controller is for accessing a volatile memory. The last level cache is coupled...
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creator | PATEL, Chintan S THANGARAJAN, Sreenath TSIEN, Benjamin KRISHNAN, Guhan LUECK, Andrew William |
description | A data processor includes a data fabric, a memory controller, a last level cache, and a traffic monitor. The data fabric is for routing requests between a plurality of requestors and a plurality of responders. The memory controller is for accessing a volatile memory. The last level cache is coupled between the memory controller and the data fabric. The traffic monitor is coupled to the last level cache and operable to monitor traffic between the last level cache and the memory controller, and based on detecting an idle condition in the monitored traffic, to cause the memory controller to command the volatile memory to enter self-refresh mode while the last level cache maintains an operational power state and responds to cache hits over the data fabric. |
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language | eng ; fre ; ger |
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subjects | CALCULATING COMPUTING COUNTING ELECTRIC DIGITAL DATA PROCESSING PHYSICS |
title | LAST LEVEL CACHE ACCESS DURING NON-CSTATE SELF REFRESH |
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