question in FIVR

[aliunq]

some qustions in FIVR .. i selected in right of picture is some check boxes and tnings that im cirious to know what they gonna do ..
also any other tips welcoming

 

[unclewebb]

Post a screenshot if you have a question.

Search this forum. Over 1000 questions have already been answered. The ThrottleStop download includes links to more info and there are lots of YouTube videos about ThrottleStop.

 

[aliunq]

Post a screenshot if you have a question.

Search this forum. Over 1000 questions have already been answered. The ThrottleStop download includes links to more info and there are lots of YouTube videos about ThrottleStop.

i did .. but dont know why its not here
im following the froum continously but this parts rarely discussed .. wanted to ask yourself directly

 

[unclewebb]

rarely discussed

Most of those settings are rarely discussed because no one ever uses them. There are settings in ThrottleStop that try to cover the last 15 years of Intel CPUs. There is no need to touch a lot of those settings if you have a recent CPU. You only need to adjust something if it makes your computer run better or solves a specific problem you have.

In the FIVR window, the Min / Max Cache Ratio lets you adjust your minimum and maximum cache speed.

The Memory DDR box reports your memory speed and the microcode box beside it reports what microcode version your CPU is using.

Checking the Sleep Defaults boxes will reset your voltage and cache ratio just before your computer enters Sleep or Hibernate mode. The voltage and cache ratio will be automatically restored to your requested values just after your computer resumes from Sleep or Hibernate mode. Some computers will hang when resuming from Sleep if your undervolt is set too aggressively. This feature can help prevent that problem.

Checking Thermal Velocity Boost tells the CPU to slow down 100 MHz when it reaches 70°C. I do not think your CPU uses this Boost feature so leave it as is.

Checking V-Max Stress also lowers your CPU 100 MHz if the voltage is set too high. You are undervolting your CPU so you are never going to have this problem. Leave it checked.

Checking Ring Down Bin forces the CPU cache to run no faster than 300 MHz less than the core speed. If your core is running at 4000 MHz, checking this will box will limit your cache to 3700 MHz. Your CPU does not support overclocking so this feature might not apply to you. I recommend leaving this checked as it can help with stability.

AVX Offset lowers the CPU speed any time it is running AVX instructions. Your CPU does not support adjusting this value so it is gray.

The mV Boost feature increases the voltage but only at low MHz. This can help with stability. I think you need a 10th Gen or newer unlocked K series CPU to use this feature.

In the Turbo Power Limits window, there is rarely a need to check the TDP Level, Power Balance or PP0 Power Limit boxes. Some of these features were potentially useful when I was playing around with a low power 15W 3rd Gen U series CPU. I would like to remove a lot of these features from ThrottleStop but as soon as I do, someone will finally contact me and tell me that they actually use some feature that I just removed. That is why ThrottleStop includes a lot of features that you do not need to touch or worry about.

Checking the Speed Shift box will enable Speed Shift Technology if the BIOS has not already done so. This will also send the Speed Shift Min and Max values to the CPU.

Setting Power Limit 4 to a value of 0 disables this power limit which I highly recommend doing.

Why are you limiting what looks like a 45W CPU to only 30W? Go fix the cooling problem you have so you can run your CPU at its full rated speed and power.

 

[aliunq]

Most of those settings are rarely discussed because no one ever uses them. There are settings in ThrottleStop that try to cover the last 15 years of Intel CPUs. There is no need to touch a lot of those settings if you have a recent CPU. You only need to adjust something if it makes your computer run better or solves a specific problem you have.

In the FIVR window, the Min / Max Cache Ratio lets you adjust your minimum and maximum cache speed.

The Memory DDR box reports your memory speed and the microcode box beside it reports what microcode version your CPU is using.

Checking the Sleep Defaults boxes will reset your voltage and cache ratio just before your computer enters Sleep or Hibernate mode. The voltage and cache ratio will be automatically restored to your requested values just after your computer resumes from Sleep or Hibernate mode. Some computers will hang when resuming from Sleep if your undervolt is set too aggressively. This feature can help prevent that problem.

Checking Thermal Velocity Boost tells the CPU to slow down 100 MHz when it reaches 70°C. I do not think your CPU uses this Boost feature so leave it as is.

Checking V-Max Stress also lowers your CPU 100 MHz if the voltage is set too high. You are undervolting your CPU so you are never going to have this problem. Leave it checked.

Checking Ring Down Bin forces the CPU cache to run no faster than 300 MHz less than the core speed. If your core is running at 4000 MHz, checking this will box will limit your cache to 3700 MHz. Your CPU does not support overclocking so this feature might not apply to you. I recommend leaving this checked as it can help with stability.

AVX Offset lowers the CPU speed any time it is running AVX instructions. Your CPU does not support adjusting this value so it is gray.

The mV Boost feature increases the voltage but only at low MHz. This can help with stability. I think you need a 10th Gen or newer unlocked K series CPU to use this feature.

In the Turbo Power Limits window, there is rarely a need to check the TDP Level, Power Balance or PP0 Power Limit boxes. Some of these features were potentially useful when I was playing around with a low power 15W 3rd Gen U series CPU. I would like to remove a lot of these features from ThrottleStop but as soon as I do, someone will finally contact me and tell me that they actually use some feature that I just removed. That is why ThrottleStop includes a lot of features that you do not need to touch or worry about.

Checking the Speed Shift box will enable Speed Shift Technology if the BIOS has not already done so. This will also send the Speed Shift Min and Max values to the CPU.

Setting Power Limit 4 to a value of 0 disables this power limit which I highly recommend doing.

Why are you limiting what looks like a 45W CPU to only 30W? Go fix the cooling problem you have so you can run your CPU at its full rated speed and power.

Thanks for useful information .. appreciate that
seems nothing more left to do in way of incresing performance .. they already done
i cap the TPL cuz CPU overheats even with -200 mV Core UV and -95 Cache UV .. also cleaned out , changed paste to MasterGel Maker, a 12V Monster Cooling pad and still overheating thanks to Lenovo the big creator .. poor designers sticked the CPU and GPU behind eachother and they heatup eachother ! idk which poor guy designed this concept but i feel sorry for them..
my PROCHOT offset is on 0 .. which the max temp is 100 .. with 30W my first and second core Max temp hits almost ~96 .. but Avg temp is less .. my question is that Max important or Avg ? cuz if Avg was fact i can go for more than 30W .. my Avg is about ~75 while Max is ~96

 

[unclewebb]

is that Max important or Avg

Thermal throttling is triggered when the CPU reaches the max temperature. You need to avoid that. Whether a CPU runs at 80°C or 90°C or 95°C is not that important. The default thermal throttling temperature for the majority of Intel CPUs is 100°C. Any temperature under that is a safe operating temperature. Intel would have lowered the throttling temperature spec many years ago if it was not safe.