![]() Run some 1 or 2 Thread TS Bench tests and some CInebench R20 tests to see if the core offset voltage can be pushed further without losing stability or getting any errors. You could adjust and enter voltage values but if you look in the monitoring table at the top right, these voltages were not being applied to the CPU. Older versions of ThrottleStop left all of the sliders unlocked. After doing that, then you can try lowering the core voltage some more. If the BIOS or a Windows Update has locked CPU voltage control, TS 9.3 will say Locked at the top. Maybe only -125 mV like many other 9750H CPUs. Maybe your computer will be OK at -130 mV. Many users start losing stability when the cache is set more than -125 mV. There is no easy way around this type of throttling. Some manufacturers have decided to set a power limit internally to 45W. If you have the long term power limit in ThrottleStop set to 70W but are seeing PL1 throttling at only 60W or 45W, that means the manufacturer has set a long term power limit internally that is lower than anything you can set in ThrottleStop. When running Cinebench R20, watch to see what power consumption is being reported by ThrottleStop when PL1 throttling is in progress. If you are having PL1 throttling problems, start by checking the FIVR - Disable and Lock Turbo Power Limits option. This power limit can be set in multiple places. In Limit Reasons when you see PL1 - CORE and EDP OTHER - RING go red at the exact same time, your CPU is throttling because of the PL1 power limit.
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