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PBO is capable of raising the following limits: | PBO is capable of raising the following limits: | ||
− | * Package Power | + | * Package Power Target (PPT) - the power delivery to SoC |
* [[Thermal Design Current]] (TDC) - sustained current deliverable from motherboard design | * [[Thermal Design Current]] (TDC) - sustained current deliverable from motherboard design | ||
* Electric Design Current (EDC) - peak current deliverable from [[VRMs]] during transient | * Electric Design Current (EDC) - peak current deliverable from [[VRMs]] during transient | ||
− | After raising the limits mentioned above, {{amd|Precision Boost}} is given more headroom to act more aggressively. Due to Precision Boost granularity, both single-core and multi-core performance benefits. Unlike manual overclocking that | + | After raising the limits mentioned above, {{amd|Precision Boost}} is given more headroom to act more aggressively. Due to Precision Boost granularity, both single-core and multi-core performance benefits. Unlike manual overclocking that, Precision Boost can overclock single-thread or a few cores higher than when more cores or all cores are active. |
=== Support Processors === | === Support Processors === | ||
PBO was officially introduced with the launch of 2nd-generation {{amd|Threadripper}} processors. | PBO was officially introduced with the launch of 2nd-generation {{amd|Threadripper}} processors. | ||
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[[Category:power management mechanisms by amd]] | [[Category:power management mechanisms by amd]] | ||
[[Category:overclocking mechanisms]] | [[Category:overclocking mechanisms]] |