Para tener el mejor desempeño de RyZEN no solamente hay que ver el UEFI y las memorias usadas, tambien hay que ver como Windows esta planeando el consumo de energia. Por ello y dadop que microsoft no esta sacando nada en su actualizaciones en este aspecto, es que AMD publica su porio plan de uso de energia por Windows para RyZEN y exprimirle mas rendimiento por watt.
Descarga de este archivo del nuevo perfil de uso de energia para windows.
https://community.amd.com/servlet/JiveS ... r_Plan.zipMas detalles en:
https://community.amd.com/community/gam ... y-update-3Balanced power plan optimized for AMD Ryzen™ processorsey, Ryzen fans! Today we’re back with our third community update, once again focusing on several key topics you asked us to look at: power plans, game performance updates, and temperature monitoring software!
Balanced power plan optimized for AMD Ryzen™ processors
Throughout the launch of the AMD Ryzen™ processor, AMD has been clear that desktop PC customers should choose the “High Performance” power plan in Windows® 10. The reason is clear: testing conducted by AMD, and independent reviewers, have concluded that the High Performance power plan offers appreciable performance benefits to our customers. But the out-of-the-box power plan for Windows 10 is “Balanced,” so the community challenged us to find a compromise. We took that challenge seriously, committed to finding a solution by the first week of April, and today we believe we have the answer.
A little background is needed
AMD Ryzen processors feature AMD SenseMI technology, a sophisticated package of sensing and adapting features that (amongst other capabilities) allow the underlying microarchitecture to rapidly execute fine adjustments to voltage and frequency for peak performance. These changes can occur as quickly as 1 millisecond on an AMD Ryzen CPU. However, this intended functionality depends on the integrated power management in Ryzen being in absolute control. After all, nothing knows the hardware better than the hardware itself!
Transitions between frequencies and voltages are governed by “P-States.” P-states are frequency/voltage combinations requested by the operating system. Processors receive these requests all the time, and act on them by selecting matching states built into the hardware.
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