Also, it does not support all the CPUs due to certain limitations. Intel Extreme tuning utility (Intel XTU) The Intel Extreme Tuning Utility (Intel XTU) as the name suggests is only compatible with overclocking CPUs from Intel. What is Throttlestop and how does it compare to Intel XTU?Das Intel Extreme Tuning Utility (Intel XTU) in der aktuellen Version 7.5.2.3 erlaubt es Besitzern eines Systems mit Intel-CPU, Prozessor und RAM zu bertakten.5. Not all processors provide real-time support for all controls.The current version of ThrottleStop at the time of writing is 9.3 (download link). Please bear in mind that the Intel XTU reads what you have in your BIOS so the Intel Extreme Tuning Utility displays various controls and provides access to features based on the system's motherboard and processor configurations. Thank you for contacting the Intel community.However, there have been quite a few bugs with XTU involving lost settings and frequent hard crashes upon resume from sleep, and for those reasons I have personally abandoned XTU in favor of TS. Initially much simpler and more limited than Intel’s Extreme Tuning Utility (XTU), ThrottleStop has grown in feature-set and stability over the years, and can be used for undervolting, “set-and-forget” temperature/clockspeed profiles, benchmarking, SST tweaking, and temperature monitoring.In theory, XTU’s main advantage over TS was to be able to set PL limits and undervolt settings that would be kept applied automatically and would not require the program to keep running in the tray (as TS does). “UncleWebb”, which in simple terms is designed to counteract the three main types of CPU throttling (Thermal, Power Limit, and VRM) present in modern computers.It started as a simple means to counteract some throttling mechanisms used in older laptops, check temperatures, and change CPU clock speeds. This FAQ provides recommendations for optimizing Mac OS X.ThrottleStop is an original program by Kevin Glynn, a.k.a.
Intel Extreme Tuning Utility Zip The ArchiveI wouldn’t recommend installing it to the desktop if you have any intention of using the app, because later we will be automating the startup of the program using Task Scheduler, and if you move the TS director after doing so, you’ll need to do that all over again.Once you’re ready to begin, double-click “Throttlestop.exe”. You can always find the latest version of ThrottleStop in the first post of the ThrottleStop thread on NotebookReview’s forums.After that, simply unzip the archive into a folder in a location of your choice (I like to keep a dedicated folder for tweaking utilities in my /Program files directory). Luckily, there isn’t much to downloading and installing TS. While those stereotypes might be true for some TS users, the fact is that a few minutes of tweaking with the program will likely provide you with significant objectively measurable decreases in temperatures and increases in battery life and real-world performance.Hopefully I’ve made my case for why you might want to install TS and give it a try. Failure to do this can result in ThrottleStop reading your XTU-tweaked CPU register settings as the defaults (which they are not).You might be thinking that these kind of programs are for the most advanced users or geeks who spend days trying to get their benchmarks a few points higher or temperatures 1-2C lower. This will clear any settings or registers set by the program.Note: If you get an error that TS could not be started because a file called “MFC120u.dll” could not be found, you will need to download and install both the 64 and 32-bit 2013 Visual C++ Redistributable Packages.Clicking the “Options” button will open the options snap-in (right). If you ever 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 it or delete it, then shut down your computer cold before starting it (not restart). It’s important to remember that all settings you see in ThrottleStop will be initially set to the default settings that your manufacturer has set for your CPU. (I do not believe TS has ever melted anyone’s computer.)After first opening ThrottleStop, you will be greeted by the main window of the program interface. In the top left area of the window, you will see four radio buttons. Though not strenuous, it is useful for detecting how recent tweaks you made will affect your CPU under load. Assume that TS will be governing your CPU as long as the program is running.TS Bench – Opens a built-in benchmarking program. We will return here later when we setup profile alarms based on temperatures.Turn On/Off – The developer has recently admitted that while this button used to do something years ago, it basically doesn’t do much anymore. Tsc tdp 225 diagnostic tool for macThis means that EPP should be significantly more efficient and effective than SpeedStep was. It replaced the older “SpeedStep” technology, which required software-level governance. We will discuss using more than one profile later.Speed Shift – EPP (Energy Performance Preference) – Starting with Intel’s Skylake, this became the new low-level (non-software) method for governing CPU behavior. A few settings are universal across all profiles, but most settings are profile-specific. This, along with “disable turbo” and the maximum turbo clocks under FIVR are the main variables you will likely want to adjust when creating different TS profiles.Power Saver – Power Saver is a legacy feature that isn’t necessary on modern CPUs. You can play around with this setting yourself and watch how the clocks change while performing a strenuous task or running TSBench. I would recommend a setting between 0-32 in whatever profile you will use while plugged-in or want maximum performance on, and at least 128 for your unplugged/power-saving profile. If your system has a Skylake or later CPU but it is not enabled by default in the BIOS, you can enable it by going to the “TPL” button and checking the “Speed Shift” option in that dialogue box.Speed Shift – EPP operates with values between 0-255, where 0 means the CPU will prefer its maximum frequency (into the turbo range, assuming you have not checked “disable turbo”), and 255 means the system will prefer running the CPU at its lowest base clocks. Note: On some Skylake machines (such as the DelL XPS 15 9560), this feature was never enabled via BIOS/firmware, despite that the chipset supported it. ![]() ![]() In the table, each entry here represents one of your CPU’s threads. Keep it off when not needed.Stop Monitoring – Clicking this will toggle the sensors and recording abilities of ThrottleStop.The right side of the TS interface is more for monitoring purposes, though there are a few clickable elements.The table will be headed with your CPU model, current voltage, and clock speed. This is useful when you record your clocks and temperatures by the second during a benchmark. Note that this also determines where TS will minimize to by clicking on VID or MHz.Log File – This will create a timestamped text log in your ThrottleStop folder. ![]() If TDP Throttle ’s radio box is filled, then that means the CPU has throttled due to Thermal Design Power (TDP) restrictions. Note that this is often different than the individual core temperatures.Limit Reasons – The two boxes here, one radio and one tick, serve to notify the user if any throttling has occurred. Can be cleared by clicking the “CLR” button below the readout.Package Power – An estimate of how much power your CPU is drawing as a whole.Temp – The current reading of the chip sensor (C).
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