- Intel Overclock Utility
- Cpu Auto Overclocking Software
- Intel Auto Tune Overclock Windows 10
- Autotune Free Download
Unlike AMD, Intel only unlocks the clock multiplier on enthusiast chips. Usually with model numbers ending in “K”. Which means that not as many people are going to find this utility useful from an overclocking perspective. However, you can still tune other aspects of your Intel CPU, such as the voltage. Jul 16, 2014 GIGABYTE’s EasyTune App Makes Overclocking a Breeze on New Intel. To enable different levels overclock, users just need to click “Light”, “Medium” or “Extreme”, with the expected CPU frequency being highlighted in the upper right corner of the settings tab.
Tech 21 CenturyI may earn a small commission if you buy through the links in this website without any extra cost to you.
In the example below, you’ll see that an Intel® Core™ i7-9700K processor has a temperature limit of 100°C. You don’t want your CPU at or even near this temperature when under load. Around or under 80°C is ideal for most CPUs during normal operation, so be sure the results of your overclock reflect that. Unlocked Intel® Core™ processors let you overclock 1 the CPU for even more gaming power and performance. What Is Overclocking? Overclocking 1 your unlocked Intel® Core™ processor, RAM, and motherboard is a way to custom tune your PC. You can adjust the power, voltage, core, memory settings, and other key system values for more.
How to overclock your CPU and GPU safely. The argument for overclocking your AMD CPU, Intel processor, or Nvidia graphics card is stronger than ever right now: it’s just too easy not to.
My Recommendations however are not biased in any way.Most computer CPUs and GPUs come from the factory with a maximum speed setting certified by the manufacturer. Running your computer within those speed limits and with proper cooling ensures that your computer performs without problems.
As an Amazon Associate I earn from qualifying purchases.However, the nominal clock rate given by the manufacturer is more often than not never nearly the upper limit of the actual CPU and GPU performance limit. There is still some performance reserve that you can tap into if you need more speed. This is where overclocking comes in.
Overclocking is the process of setting a higher multiplier or clock rate, typically within the computer’s BIOS. In doing this, it forces the CPU and or GPU to handle more operations per second, thereby increasing the speed of the processors and the overall speed of the system.
While overclocking opens up more performance from your CPU and or GPU, the excess heat built poses a reliability and longevity risk to the processors. One must take proper steps to monitor and manage the additional heat load to mitigate the reliability issues occasioned by excess heat production and build-up.
Additionally, the power source must be tweaked to provide ample power to meet the higher electrical current demand. Failure to consider these aspects might result in the total failure of the processor or CPU in general.
Moreover, because the performance of the whole system depends also on the speed of the RAM, you must take into consideration the memory speed aspect as well. If RAM is not fast enough to store and process the faster data throughput coming from the processors then your whole system will suffer.
So, why would you want to overclock your CPU or GPU and risk its failure? The obvious reason for overclocking is to get more performance from your computer in general.
Overclocking comes in handy when running particularly demanding programs. On the other hand, overclocking your GPU comes in handy when gaming. An overclocked GPU can help yield smoother action and produce better graphics much more reliably.
Herein we will explore 17 of the best overclocking software for CPUs, GPUs and RAM to help you reliably and safely overclock your hardware. The list below is in no particular order.
Table of Contents#1. MSI Afterburner
The MSI Afterburner is a staple GPU overclocking tool among overclocking enthusiasts owing to the wide variety of features it offers users.
For instance, it provides an incredibly detailed report of the hardware. It is compatible with most of the graphics cards out on the market. Moreover, this free overclocking program gives users full control of their graphics card via a user-friendly UX interface.
The user interface also provides users with real-time clock speed, temperature, voltage, and usage of the GPU report. Another notable feature worthy of mention is the custom fan profile to strike the perfect balance between heat and performance.
#2. AMD Overdrive
AMD Overdrive is arguably one of the best overclocking software available today. With the capability to overclock and fine-tune your CPU and memory, the software takes a comprehensive approach to overclocking systems.
For RAM overclocking, the program has pre-tuned settings and memory profiles that help you boost DDR3 performance.
On the other hand, for CPU overclocking, the software offers an automatic overclocking and clock tuning function based on your system’s capabilities.
Importantly, the utility allows users to monitor the voltage, memory timing, and memory clock performance in real-time. You also get automatic stability tests and control running to ensure your system stability all-through.
#3. EVGA Precision X 16
The Precision X 16 is the latest in the long line of high-performance GPU overclocking software from EVGA.
As such, it not only builds on a line of tried and tested overclocking software, it comes from reputable software developers renowned for producing innovative software.
Precision X 16 is not different. It is designed for graphics card fine-tuning with GPU, Voltage, and Memory controls. The software is also designed to support Microsoft DirectX 12 API.
Other notable features include custom fan carve and fan control, OSD interface with RGB color support, custom system profiling with up to 10 profiles available using hotkeys, Pixel Clock Overclocking, and much more.
#4. CPU-Z
The CPU-Z is a free software designed to profile and monitor systems RAM, CPU, motherboard chipsets, and other hardware components.
It can gather information on memory size, timing, and type, and module specification. Importantly, it can monitor the core frequency and memory frequency, CPU temperature, CPU load, and the fan speed.
With this capability, it is mainly used for monitoring, documenting, and validating clocking speed after you have overclocked your system.
#5. GPU-Z
The GPU-Z software is a lightweight free software with the ability to monitor and document the performance of the graphics processor and video card.
In some regard, GPU-Z is for Graphic cards whereas CPU-Z is for CPUs and memory (although they are created by two different developers).
The GPU-Z can support leading GPU brands such as Intel graphics, AMD, ATI, and NVIDIA, allowing users to validate and document the performance of their product.
The software has a simple, user-friendly interface through which it displays information on GPU performance, including default clocks, overclock, and 3D clocks (if available). The software has a load testing feature that verifies the PCI-Express lane configuration.
#6. Nvidia Profile Inspector
The Nvidia Profile Inspector is a lightweight freeware produced by a third party developer for use with their range of GPUs.
The 129 KB software features all the necessary functionality that GPU users need to track the performance of their Nvidia GPUs. For instance, within its three tabs, users can track the performance of the GPUs and their fans and also manage their GPU overclocking and fan speed.
The software automatically detects the graphics card you are using and create an in-depth profile of your GPU and its current configuration. Users can set the GPU frequencies according to their needs. Additionally, users can set the fan speed or use the automatic mode available.
#7. Intel Extreme Tuning Utility & Desktop Control Center (Intel XTU)
Intel XTU software was developed by Intel for use in overclocking, performance tuning, and performance monitoring of some of the latest CPUs.
The performance tuning software has features that allow Intel CPU users to overclock and monitor their systems. The program uses a set of capabilities that are common to overclocking and performance tuning software as well as capabilities proprietary to some of Intel’s products, especially the Intel® Motherboards and Intel® Application Processors.
#8. AMD Ryzen Master
The Ryzen Master is a performance tuning and overclocking software designed by AMD specifically for their products. Given that every AMD CPUs and GPU is multiplier enabled by default, AMD products users can use this software to fine-tune the performance of their AMD CPUs, GPUs, and memory.
If you are looking to personalize performance for various applications, this utility provides for up to four different profiles.
This feature is available for their integrated Radeon™ Vega graphics and Ryzen™ CPU and any DDR4 memory. Within each profile, users can adjust the memory timings, graphics frequency, and optimize the cores to suit the intended application.
On the overclocking front, the software allows users to overclock their AMD CPU cores and RAM for improved performance.
Finally, the utility comes with a status monitoring capability, giving you a real-time status report of your system and its performance. For instance, the reporting feature gives you information on the clock rate of each core, the temperatures, and much more.
#9. CPU Tweaker 2.0
The CPU Tweaker 2.0 is a lightweight CPU tuning software. Despite being lightweight, it is also powerful with regards to speed improvement and processor performance optimization.
The software allows users to fine-tune the memory timing on CPUs with integrated Memory Controller. Other features it ha include VDimm and VCore support and a user-interface for performance monitoring.
It is important to note that while the tool is powerful, it is equally hard to get to grips with. It is not designed or optimized for novice CPU overclocking and performance fine tuners.
#10. MemSet
MemSet 4.1 is a lightweight system tweaking software designed for memory tweaking only. The tool is capable of changing the memory timing to improve system performance and fine-tune the performance to better suit your needs and application.
While powerful, this free software is not the easiest memory tweaker to use. You have to be adept in system optimization and overclocking to utilize this software effectively.
#11. SAPPHIRE TriXX
The SAPPHIRE TriXX software has been designed and optimized to optimize the performance of SAPPHIRE Graphics card.
However, the software can also optimize, fine-tune, and overclock. It comes with intuitive user interface and powerful engine, allowing its users to eke out the performance they need from their graphics card. You can change your GPU clock speed, memory clock, and GPU voltage from its user interface.
Moreover, after changing the GPU performance metrics, you can save the setting in a custom profile. The software allows for up to five profiles. However, if you are new to GPU fine-tuning, you can use the two modes it comes with – one for high-performance and the other for silent running.
It also has a hardware monitor feature and provides real-time updates on the performance of the system. Finally, it has a fan control feature allowing users to customize their cooling to meet the demands that come with overclocking.
#12. SetFSB
SetFSB is a free tool used to customize the performance of the CPU by giving users the ability to customize their system Front Side Bus speed. Using the slider, you can increase or decrease FSB speed to fine-tune your CPU speed.
That said, you should use this software cautiously. SetFSB as a tool is not for novice user but power users with an intricate understanding of system customization.
#13. ASUS GPU Tweak II
The ASUS GPU Tweak II is a premium graphics card optimization tool made by ASUS. The software features several performance modes, including the overclock mode, the gaming mode, and the silent mode for fast optimization.
The tool also gives users the ability to save their custom profiles. As such, the software gives overclockers the ability to create custom profiles by optimizing various aspects of the hardware including memory clock, GPU voltage, GPU boost clock, the power target, the fan speed, and much more.
For the premium price you pay for the software, you also get the ability to automatically and manually turn off windows processes and services, turn off windows visual effects (thereby boosting performance), and defragmenting your memory.
With an XSplit Gamecaster premium license, you can record or stream gameplay. A performance overlay also provides real-time temperature, GPU clock speed, and VRM usage as you play.
#14. Riva Tuner
The Riva Tuner is a driver-level OpenGL/ Direct3D tweaking NVIDIA GPU software with the ability to tweak systems and create profiles for the various applications you run. The software also has low-level hardware access for more efficient system profiling.
The tool has real-time hardware monitoring capability to keep an eye on your system performance. However, it the patch scrip engine and built-in registry editor that sets this NVIDIA GPU performance-tuning and overclocking software apart.
#15. nTune
The nTune is another software product of the GPU makes, NVIDIA, for NVIDIA products. The software is capable of handling performance adjustment typical of other utilities, including monitoring and adjusting system comments such as voltages and temperature.
However, the software, unlike some other tool, the nTune utility performs the changes within Microsoft’s Windows interface rather than the BIOS. As such, the changes allow users to make changes for overclocking or smooth running purposes without having to reboot their systems.
#16. ATI Tray Tools
ATI Tray Tools is a Radeon utility that gives its users instant access to processor settings and options. While lightweight, the software is very powerful, owing to the extensive features it has.
For instance, it gives users access to overclocking, Direct3D settings, OpenGL setting, and much more. Importantly, for system tweaks, it provides templates for users to use in search of the performance they need from their system.
#17. Intel GMA Booster
The Intel GMA Booster tool allows Intel’s Graphic Media Accelerators GPUs users to optimize the performance of the GPU and to overclock their GPUs as well. The software supports overclocking of GMA 900 and the GMA 950 series of chipsets, giving chipset users access to as much as 2.4X extra processing power.
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Safely overclocking your CPU and GPU used to be a task reserved for only those techies who live and breathe static. In 2020, however, overclocking is pretty straightforward. It might seem daunting at first, but advancements in technology have allowed for higher-level and more user-friendly overclocking experiences, making for a beginner-friendly process. Learning how to overclock your CPU and GPU, and how to do it safely, is a great way to gain extra performance from your components completely for free.
Learning how to overclock is potentially your best bet for getting higher gaming frame rates out of your existing PC. The argument for overclocking your AMD CPU, Intel processor, or Nvidia graphics card is stronger than ever right now: it’s just too easy not to. Just follow the simple steps below to get up and running. No soldering required. Or maths. Well… ok, there’s a little bit of maths.
You’ll have seen liquid nitrogen splashed liberally across the floor, pouring clouds of vapour up into the air, and serious-looking guys in logo’d t-shirts either high-fiving each other or frantically prodding at keyboards and strange contraptions atop test benches. It would be very easy to look at all that and conclude overclocking is something best left to the experts.
But that’s not really overclocking – at least, it’s not the true spirit of overclocking. Overclocking is a way for us to squeeze as much performance as we can from the existing components in our PCs when we can’t afford to go out and buy something newer or faster.
Where once it was a question of replacing crystals, swapping silicon, or drawing lines on your CPU with a pencil (honest), now all you need is some overclocking software, a smidge of BIOS-fu, and a little bit of patience.
Super-serious disclaimer time: Overclocking is far less dangerous to the health of your components than it used to be – with fail-safes built into modern silicon – but you will still be running your hardware outside its officially rated parameters. That means you’ll likely invalidate any warranty your hardware might still have and there is a slight risk that any extra stress might just push it over the edge and brick it. That’s why, historically, overclocking is done on ageing components. You have been warned…
Now the official warning is out of the way let’s get down to business. The business of making your gaming PC even more awesome, that is, starting with how to overclock your graphics card.
How to overclock – GPU
1. Overclocking software
One-click overclocking
If you really want to take any of the tinkering (and most of the fun) out of overclocking your Nvidia GPU, you can instead opt for Nvidia's Scanner functionality. This handy tool, found within various overclocking apps including EVGA Precision and MSI Afterburner, sets and validates your GPU overclock for you. Leaving only memory clocks down to the user.
The first step is to make sure your PC is completely up to date. That ought to either flag up any gremlins lurking in your system or help get rid of them before they become an issue. Check Windows Update to get your OS up to date and ensure you have the latest drivers for your graphics card, whether it’s an AMD or Nvidia GPU.
Next, grab some overclocking software. My personal choice for perking up your graphics card is MSI’s Afterburner software. It uses the classic Rivatuner backend (like Asus’s GPU Tweak and EVGA’s Precision apps), but comes with an easy-to-use interface and a handy on-screen display to keep track of things in-game. It’s a free download, takes only a few minutes to install, and can be used on any GPU, not just those from MSI.
As well as the software for enacting any overclock you want to achieve you should get yourself some benchmarking applications too. Have a look in your Steam library; you will find some of the games you already own have built-in benchmarks – I mean, everyone’s got a copy of GTA V, right? But, while games are great for giving you a tangible before and after shot of your PC’s performance, they’re a bit awkward to use when you’re trying to find the limits of your hardware.
I suggest downloading the Unigine Heaven benchmark. It’s a GPU-intensive 3D rendering test that will stress your card with a continuous loop you can run in a window on your desktop. And it looks kinda purty, too…
Intel Overclock Utility
2. Benchmark baseline performance
You need to get some baseline performance numbers for how your rig currently performs. Benchmarking is a rather dry, tedious process (welcome to my world), but it’ll allow you to feel warm and fuzzy inside after you’ve nailed your extra GPU performance, because you can see in black and white what all that overclocking effort has afforded you.
Grab one of your favourite games with a built-in benchmark – we use the likes of GTA V, the Total War games, Shadow of the Tomb Raider, Hitman, and Far Cry 5 – and then run the test (usually found in the graphics options) at your current settings, noting down the final average and minimum frame rate scores. It’s also worth benchmarking the Heaven test at your monitor’s native resolution too (hit F9 and sit back). You could also download the free version of 3DMark and run the basic FireStrike test to get a reliable index score.
3. Fun with frequencies
I can’t stress this enough – be patient. That’s the key to getting the most out of your GPU with the basic overclocking we’re doing here. You’re very unlikely to do any damage to your graphics card while you’re testing its limits, but if you go in heavy-handed, pushing the clocks up as high as the sliders allow, the minimal risks are definitely increased.
First, boot up Afterburner and make sure the little Windows logo isn’t lit up – clicking that button ensures the current boosted settings are applied when the system boots up. You don’t want that happening when you’re trying to find the limits, only when you’re sure the system is stable.
Next, boot up Heaven in a window, one that’s small enough so you can view and access the Afterburner control panel while Heaven is looping through its floating medieval village scenery. On a native 1080p screen, run it at 1280 x 720, and then, with a 1440p or 4K panel, run the test at 1920 x 1080.
We cannot stress this enough: be patient
Now you’re ready to start tweaking and the best place to start is with the memory clocks. Start shifting the memory slider to the right in 5-10 MHz increments, hitting the tick button to apply the boost each time. After each step, check the looping Heaven run for visual artefacts appearing on-screen. Memory glitches will manifest themselves as either solid blocks, blobs of colour, or pin-sharp stars. Keep pushing the memory slider up in small increments until you start to see those telltale signs of failing memory… or until the card or system crashes.
Once you get to that stage, dial back the clockspeed by either one or two steps, apply the new memory clock, and leave Heaven running for a longer period to make sure it remains stable at the new speed. If you see more memory artifacts, drop down another 5-10 MHz increment, and test again.
Now that you’ve found the memory limits, note down the stable clockspeed offset, and reset the card to its default settings.
4. GPU overclocking
This is where the real performance-changing work goes down and also where you’re going to start generating the most heat. Before you start upping the GPU clockspeed, push the power limit slider up to max – allowing the graphics card to deliver more power to the silicon if it can – and also push up the temperature limit a little higher to account for the increased heat generation.
Using the same process we used when overclocking the video memory, push the GPU clockspeed up by 5-10 MHz increments, checking the game window for artefacts as you apply each step change.
Processor artefacts manifest themselves in different ways to memory issues. Keep an eye out for pixel-sized dots of different colours appearing around the screen, random shards of colour, or bright and coloured full-screen flashes. As soon as you see anything like that it’s time to dial back the GPU clockspeed in the same way you did with the memory to find the stable boosted clockspeed.
5. The full GPU overclocking package
Now you want to see how everything looks with both the GPU and memory clocks set to the peak levels you discovered individually. Don’t be surprised if, when putting both sliders up to where they operated stably earlier, you now get lots of artefacts or crashes. If that happens (and it probably will), take note of whether the glitches you see relate to either GPU or VRAM, and knock back the relevant slider by one 5 MHz notch.
If you get a system crash, on the other hand, simply reboot and set both memory and processors speeds back one step, and test again. When you feel confident about your settings it’s time to stress test.
6. Test and test again
Close down Heaven in windowed form and restart it fullscreen at your native resolution and leave it looping for a good ten minutes to make sure it remains fully stable at your new clocks. When you are positive it is stable, hit F9 to benchmark, and see what performance increase your efforts have afforded you. Now replicate your earlier gaming and 3DMark tests to see what else you’ve gained.
Finally, hit that little Windows logo on Afterburner and light it up so that every time you boot you’re running at your newly discovered, overclocked settings.
7. It’s not as fast as I’d hoped…
Not all graphics cards are created equal and neither are the chips inside them. You cannot be guaranteed of a particular overclock (or indeed any overclock at all) as every GPU will have a different limit because of vagaries in the manufacturing process. We’ve also heard of issues with later GTX 1070 cards, using Micron instead of Samsung memory, that limits their memory overclocking performance compared with the original memory modules of the Founders Editions.
You might get lucky and find your GPU will boost like a beast. Similarly, you might not be able to get much extra performance at all. But as certain accidental horse-meat suppliers are wont to say: every little helps.
There are other things you can do to help, however. If your card is a reference version, using either a standard Nvidia or AMD cooler design, you can buy relatively cheap third-party coolers to replace them and potentially deliver higher overclocking performance. Corsair even offers adapters so you can attach one of their closed-loop CPU water coolers to your graphics card, though that is probably going too far if you’re just trying to eke out another few months of gaming from your ageing GPU.
8. AMD WattMan
Using Afterburner, or other Rivatuner-based applications, isn’t the only option. With AMD Radeon cards you can simply use the new WattMan tool that now comes as part of the Radeon Settings driver software.
It’s a dedicated option for modern AMD cards and allows you to do per-application overclocking for individual games. Below the latest 400-series cards you won’t have full access to everything that WattMan can offer, though you will still be able to play with some sliders.
The overclocking process is similar to the one I detailed earlier – patiently pushing up clockspeeds while checking Heaven in a separate window – but there are a few, slightly different steps. First you need to raise the minimum and target fan speeds, then switch from auto to manual and increase the temperature targets. Again, though, you’ll need to push the power limit to maximum before you tweak the clocks.
For the memory, you need to raise ‘State 1’ in small increments and hit apply to check stability while the GPU slider needs to be raised in 0.5% steps instead of the 5-10 MHz jumps we used in Afterburner.
Once more, it’s all about patience and vigilance.
How to overclock – CPU
1. Prep work
Overclocking your processor is a slightly different bag of chips to boosting the performance of your GPU. Though the basic principles remain the same: be patient and take it steady.
There’s one other thing to remember and that’s to pick your battles. Not every processor can be overclocked these days. Intel put the brakes on that a while back by locking down the clockspeed multipliers on all but their most expensive SKUs. You need to make sure your CPU has an unlocked multiplier to be able to get serious performance boosts. For Intel, that means picking a K-series chip, and for AMD any of its latest Ryzen CPUs or older Black Edition parts. You can hit the Win+Pause/Break keys together to display what’s in your current rig if you can’t quite remember.
Check out our guide to the best CPUs for gaming for our take on the top processors around right now. They just happen to also be the ones that are most comfortable with having the clocks tweaked, too…
You’ll also need some other software to help you out, but once more, it’s all available for free. First, you’ll need more monitoring software, and I’d suggest picking out CPU-Z to keep an eye on the real-time CPU clockspeed and multipliers, and also Real Temp to keep track of the temperatures inside the processor package.
The simplest CPU benchmarking tool is Cinebench; it’s a multi-threaded processor-based rendering test which will stress your silicon and spit out an index score at the end to help gauge relative performance. Finally, download Prime95 to stress test your CPU once you’re happy with the final clockspeed.
AMD’s Ryzen CPUs even have their own Ryzen Master software specifically designed for use with the chips. Though you will have greater access to the different settings of your AM4 board going through the BIOS rather than the more basic software.
When you come to testing, it’s worth remembering that using the Ryzen Master application takes up around 10% of your CPU’s resources, so always shut it down if you’re benchmarking how well your overclock has taken.
But, personally, I always find it just as easy to do everything from within the old-school confines of your motherboard’s BIOS. And also, because it’s mostly keyboard-based, you can pretend you’re a hacker out of a mid-’90s TV show or clueless Hollywood blockbuster.
2. Stay fresh, stay frosty
Once again, you need to make sure your PC is fully up to date. That doesn’t just mean Windows Update and your drivers – you also want to make sure your motherboard BIOS is the latest firmware. To do this, you’ll need to find out the exact make and model of your current motherboard, as well as what BIOS version you’re currently running. Handily, the CPU-Z app you’ve just downloaded will help if you don’t know off the top of your head.
Boot up CPU-Z and click the Mainboard tab across the top. The manufacturer and model of your board will be listed in the window that pops up, as well as what BIOS version is currently installed. Armed with this knowledge, you can head off to the manufacturer’s website, search for your board, and download the latest firmware BIOS update.
It’s not worth messing around here – you need to find the EXACT match between BIOS and board. Simply downloading one that looks about right won’t be enough. Chances are the BIOS will reject it. But, at worst, it could brick your motherboard completely. Beware. Once downloaded, unzip the BIOS update to a USB stick, and reboot with your pendrive in place.
Hitting either F2 or Del when the PC POST screen appears (before the Windows loading screen loads up) will take you into your BIOS screen. From there you’ll likely have to go into the Tools tab. What BIOS you see will differ on a manufacturer-to-manufacturer basis, but they’re all broadly similar. You should find a BIOS update utility that will take your downloaded firmware update and guide you through the process.
3. Completely automatic
Once your BIOS is updated you’ll want to reboot back into it from fresh and find the option to load the optimised settings. This is essentially a factory reset for your motherboard, but it’ll be tied to the latest firmware you’ve just installed, so it’s worth doing before you start anything. Check the boot settings afterwards to make sure it hasn’t changed which of your storage drives the PC boots from.
You may also find your BIOS has a handy auto-overclocking function – many of the modern boards will come with such features. They can, however, be a bit hit and miss, but it’s worth giving it a go first to see what your motherboard can do on its own. If nothing else, it’ll give you a better platform to continue overclocking manually.
4. Long multiplication
Your processor’s clockspeed is worked out by multiplying the baseclock (BCLK) by the CPU multiplier. The BCLK will likely be set at 100 MHz by default, so for a Core i5 6600K, for example, the multiplier will be set at 35 out of the box producing a final clockspeed of 3.5 GHz.
Boosting your CPU’s clockspeed, then, is simply a matter of stepping the processor’s clockspeed multiplier up by one, testing whether the machine still boots, and then running a quick Cinebench test to check stability. You will need to set the CPU multiplier/ratio setting to Manual/Sync All Cores and enter the desired number. You should then see a calculation of the final clockspeed somewhere on the page. Then save the settings and restart your machine, booting into Windows.
Once on your Windows desktop, start up CPU-Z and Real Temp, then run the CPU test in Cinebench to make sure your processor is operating stably. Keep an eye on CPU-Z to check whether the chip is running at the expected speed and check the processor’s temperature in Real Temp to make sure it’s not running insanely hot.
Then, if everything works as it should, reboot into the BIOS and rinse and repeat until either the machine refuses to boot (why, hello Mrs. Bluescreen of Death, how nice to see you…) or it falls over part way through your stability benchmark.
When that happens, simply reboot into your BIOS again to change the settings. Chances are the POST screen will lock when you restart, with a message saying ‘overclocking has failed’, immediately giving you the option to jump into the BIOS screen. From here, knock the multiplier down by one, save, and reboot testing for stability in Windows.
If you get into a horrible boot cycle where your machine freezes before you can get into your BIOS, don’t panic – all is not lost. You may need to delve into your machine and get a look at your motherboard, though. This is because you probably have to hard reset your motherboard’s BIOS. The method can differ from manufacturer to manufacturer – Google is your friend here. It will either be a little button on the back panel of your board (if you’re lucky), a button on the motherboard inside your case (if you’re not quite so lucky), or a jumper switch you need to short on the PCB itself (if you smashed a mirror over a black cat).
Cpu Auto Overclocking Software
4. Double check
Intel Auto Tune Overclock Windows 10
When you’ve reached the limits of what boosting the multiplier can get you then it’s time to make sure your machine is still 100% stable. Prime95 is a great stress-testing tool for CPUs – if your overclock can survive ten minutes running Prime95, chances are your new clockspeed is pretty damn solid. Boot up both CPU-Z (to check the clockspeed stays constant) and Prime95, selecting the small FFTs when the torture test screen pops up.
Run the torture test for at least ten minutes, and then, when you’re happy with the chip’s stability, you’ll need to make sure to click the Test tab in the Prime95 window and stop the test manually. Just shutting the window down won’t necessarily do the job.
Now you should have a rock-solid CPU overclock, hopefully at least boosting the minimum frame rates in-game, and potentially freeing up a little extra performance from your graphics cards as a whole.
5. There must be more to it than that….
Autotune Free Download
Of course there is. If you want to go even further with your expensive silicon then there’s a rabbit hole to jump down. Get up to your elbow in CPU overclocking and you can start messing around with the voltages and baseclock settings, but that way lies greater long-term risk to your hardware, and a lot more intricate fiddling in various BIOS settings, too. Besides, fiddling with voltages also increases the heat output and may only get you a little higher clockspeed. You can also increase the BCLK of some processors but doing that is more prone to failure.
You can improve the cooling of your CPU and your PC as a whole, which may help net you a higher final clockspeed. If you’re running the same stock cooler that came boxed up with your processor then your chip is likely to be getting more toasty than it needs. A good third-party cooler can be surprisingly cheap and can help improve overclocking scores by a long way, as well as ensure that an overclocked CPU keeps on trucking without falling over a little while down the line.