"Once enabled, Intel Turbo Boost Technology works automatically under operating system control."
Ok, it's enabled on my new system through the BIOS by default. And I know beyond that it operates "automatically". However can anyone tell me in a simple way what exactly prompts the Turbo Boost technology to adjust the performance-base frequency of 2.50Ghz to 4.40Ghz?
Thermodynamics of the CPU and motherboard ? Video frame rates? A particular application? Wishful thinking? LOL....I'm just curious given all the systems I have built previously had turbo features that were manually enabled.
I like the concept given a past understanding that having turbo boost on perpetually is bad for the CPU and perhaps the motherboard as well. Stands to reason that if this function is activated only based on a set of conditions, which is fine by me! But I just want to know what those conditions are.
Especially when it means going from a power default of 65 watts to 117 watts. I must not be looking in the right place...I know it's out there somewhere. My bad. Up to now all my computers I built didn't operate with such greater wattage...and the temps they generate. A big reason for my using an anti-buckling device over the CPU on my LGA 1700 motherboard. Where all that heat can actually warp 12,13 and 14 gen processors.
Thanks.
How Is Intel® Turbo Boost Technology Enabled or Disabled?
How to enable or disable Intel® Turbo Boost Technology inside BIOS
www.intel.com
Ok, it's enabled on my new system through the BIOS by default. And I know beyond that it operates "automatically". However can anyone tell me in a simple way what exactly prompts the Turbo Boost technology to adjust the performance-base frequency of 2.50Ghz to 4.40Ghz?
Thermodynamics of the CPU and motherboard ? Video frame rates? A particular application? Wishful thinking? LOL....I'm just curious given all the systems I have built previously had turbo features that were manually enabled.
I like the concept given a past understanding that having turbo boost on perpetually is bad for the CPU and perhaps the motherboard as well. Stands to reason that if this function is activated only based on a set of conditions, which is fine by me! But I just want to know what those conditions are.
Especially when it means going from a power default of 65 watts to 117 watts. I must not be looking in the right place...I know it's out there somewhere. My bad. Up to now all my computers I built didn't operate with such greater wattage...and the temps they generate. A big reason for my using an anti-buckling device over the CPU on my LGA 1700 motherboard. Where all that heat can actually warp 12,13 and 14 gen processors.
Thanks.
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