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This tip is about the how To Control CPU Performance using ThrottleStop. So read this free guide, How To Control CPU Performance using ThrottleStop step by step. If you have query related to same article you may contact us.
How To Control CPU Performance using ThrottleStop – Guide
There is a “ThrottleStop Guide” on the Notebook Review forums, but it’s nearly 600 pages at the moment and growing every day – it can be quite a challenge to find what you’re looking for in the topic. As ThrottleStop is constantly updated (this guide uses the latest version at the time of writing, 8.48), this guide aims to introduce users to the basics features of the latest version of the program and provide the most up-to-date information about the most common usage scenarios. There are a large number of settings that can be quite intimidating at first, but once you understand their basic functions and which settings are useful to you and which aren’t, using them is relatively easy.
Installation and initial launch
After that, simply unzip the file into a folder in a location of your choice (I like to keep a dedicated folder for utility tweaks in my /Program Files directory). I wouldn’t recommend installing it on the desktop if you have any intentions of using the app because later on we will be automating the program startup using Task Scheduler and if you move the TS director after doing that you will need to do all over again.
After opening ThrottleStop for the first time, you will be greeted by the main window of the program’s interface. It’s important to remember that any settings you see on ThrottleStop will initially be set to the default settings your manufacturer has set for your CPU. If you want to revert back to your original settings for troubleshooting or benchmarking purposes, simply go to your ThrottleStop folder, locate the “ThrottleStop.ini” file and rename or delete it, then shut down your computer before starting it. (do not restart). This will clear any settings or registers set by the program.
the interface
Let’s now go through the main features and terminology you need to know to get your bearings in TS. If this is your first time tuning your CPU registers, much of this terminology will be new to you. However, once you understand the basic meaning and functions of each setting, tweaking will start to become second nature to you. As this is the last edition (2019) of this guide, let’s start by introducing the newest features.
New Features since 2017 (8.48)
custom logo
as of TS 8.70.5 it is now possible to customize the application with your own custom graphic. This can be done relatively easily by adding an image to the main TS directory called “logo.png”. The image can have a maximum size of 230×90 or less.
MHz/VID Min
You can quickly minimize the TS application by clicking the numbers next to the VID or any of the MHz readings. Note that the application will be minimized to the tray or taskbar depending on how the application is configured.
Main window: bottom
In the bottom bar of the main TS window you will see some buttons with basic functions: Save, Options, Turn Off(On), TS Bench, Batt, GPU and a collapsible arrow to hide this bar.
save
Save the current settings in the ThrottleStop.ini file (found in your TS driver).
options
Go to the ThrottleStop options menu.
On off
The developer recently admitted that although this button used to do something years ago, it basically doesn’t do much anymore. Assume that TS will be ruling your CPU while the program is running.
Main window: left
In the left half of the window you can find general settings that affect CPU clocks or the way the program works:
Clock Modulation/Chipset Clock Modulation
These settings were designed to combat an old throttling method that told the CPU or chipset to run at a percentage capacity. For most Chips, this method is not used, and enabling the feature in ThrottleStop will have no effect.
set multiplier
This is another deprecated configuration; on older CPUs, the clock speed is determined by multiplying the CPU bus speed by a multiplier. For example, an older Pentium III-M with a bus speed of 133 MHz set to a multiplier of 10 would be operating at its maximum speed of 1.33 GHz. On modern CPUs, the multipliers are set differently. With a Core i CPU, simply increasing the default value by 1 will make the CPU run at full turbo clocks. Adjusting it higher will have no effect, and adjusting it lower will be the same as not adjusting it.
Final note
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