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13 State Transitions</title><shortdesc>This topic describes power state transitions and how domains behave |
13 State Transitions</title><shortdesc>This topic describes power state transitions and how domains behave |
14 when these happen. </shortdesc><prolog><metadata><keywords/></metadata></prolog><conbody> |
14 when these happen. </shortdesc><prolog><metadata><keywords/></metadata></prolog><conbody> |
15 <p>The architecture defines four possible transitions between these three |
15 <p>The architecture defines four possible transitions between these three |
16 states, as shown by the diagram below: </p> |
16 states, as shown by the diagram below: </p> |
17 <fig id="GUID-B7975B68-B2AC-5BEA-BD31-2B37CB8D1B54"> |
17 <fig id="GUID-B7975B68-B2AC-5BEA-BD31-2B37CB8D1B54"> |
18 <image href="GUID-87A1B62D-4C89-52B8-8BF3-BDE0AC53916C_d0e373341_href.png" placement="inline"/> |
18 <image href="GUID-87A1B62D-4C89-52B8-8BF3-BDE0AC53916C_d0e379189_href.png" placement="inline"/> |
19 </fig> |
19 </fig> |
20 <section id="GUID-A3951A4A-C7B7-594D-87FD-F3DB0FDFB971"><title>Active to Standby</title> <p>The |
20 <section id="GUID-A3951A4A-C7B7-594D-87FD-F3DB0FDFB971"><title>Active to Standby</title> <p>The |
21 decision to initiate a system-wide power transition from the <i>Active</i> state |
21 decision to initiate a system-wide power transition from the <i>Active</i> state |
22 to the <i>Standby</i> state can be made by an explicit user or application |
22 to the <i>Standby</i> state can be made by an explicit user or application |
23 request, or by a power management policy decision. </p> <p>The transition |
23 request, or by a power management policy decision. </p> <p>The transition |