However, like most averaged results, that's not the entire picture. Depending on your favorite games and preferred resolutions, the difference can be dramatic, with games like Doom, Rise of the Tomb Raider, Gears of War, and Hitman all seeing percent increases at 4K resolution.
Overclocking your graphics card can be a good way to improve performance, especially if you're running a card that didn't come with a factory overclock. Take the current old vs. Before overclocking, the GTX Ti is typically percent slower than the shiny new RTX , but when the Ti's clocks are boosted , the shoe is on the other foot, with the old timer either pulling even or even taking the lead.
Of course, you can always overclock the RTX as well. One final caution is that just because an overclock appears to be stable during your initial testing and overclocking does not mean it will never cause problems. Hell, we've even seen factory overclocked cards have problems at their default settings, requiring a boost in fan speeds or even a drop of GPU clocks. It's a good idea to monitor your graphics card temperatures over the coming months.
MSI Afterburner has a nice feature where it will show the maximum clockspeed, temperature, etc. If you see temperatures routinely breaking 80C, it's probably a good idea to back off a bit, or increase the fan speed, with 75C max being a safer long-term target.
However, it is important to note that overclocking is a complex process that can lead to overheating which may potentially damage system processor and graphics cards. Hence, it is advisable to keep a close watch on temperature and use a right overclocking software for your system to avoid some serious damages. It is used to potentially overclock your graphics cards for a maximum hardware performance. It offers an easy user interface for smooth and hassle-free navigation to make use of a variety of options and tool utilities to conveniently overclock the GPU.
However, it does not support AMD graphic cards. The overclocking tools allow the user to tweak the GPU memory clock offset and GPU clock offset align with granting users the power to overclock refresh rate.
Users can achieve up to 10 individual overclocking setups without any hassle. Get it here. The tools help gain enough information of how well your system is performing and aids for hardware improvements. CPU-Z is a free tool that provides insights of system processor details and processor related information like cache levels, packages, voltage, multiplier etc. It also provides a detailed report about the performance of memory, motherboard and even GPU for a better understanding of module specifications, timings, memory frequency, core frequency and memory types.
GPU-Z is a free tool that provides useful insights about your graphics card like the default memory clocks, GPU clocks, GPU temperature, memory size and much more information that are necessary to overclock. MSI Afterburner is the most popular overclocking software among the gamers community that is used to potentially overclock your graphics cards for a maximum hardware performance.
It offers an easy user interface for smooth and hassle-free navigation in order to make use of a variety of options as well as tool utilities to conveniently overclock the GPU.
The overclocking tools allow the user to tweak the GPU memory clock offset, GPU clock frequency, fan speed, voltage and GPU clock offset align with granting users the power to overclock refresh rate.
With the in-game FPS counter, users can measure the performance hasslefree. Available here. Download it here. The user can also make adjustments with clock frequency, voltage, memory clocks, GPU temperature. The status monitor in the tool provides an easy visual interface to have a real-time insight into the processor. The users can also perform stability tests after changing the settings and make sure if the system can manage the overclock changes. There is also Intel Desktop Control Center is a simple overclocking software tool compatible with Intel.
This tool from Intel is used to control processor clock speed and make adjustments with other parameters like clock frequency, voltage, memory clocks, processor temperature.
It also gives processor related information like packages, voltages, cache levels, multiplier etc. It also provides a detailed report about the performance of memory clocks and the motherboard. AMD Ryzen Master gives users advanced, real-time control of system performance.
This free overclocking software allows a user to control multiple processor clock and voltage settings in real time. In addition to this, it features certain adjustable parameters and various performance tuning knobs, based on the AMD Zen processor core. The software you'll need Good news: overclocking your graphics card is actually really easy, and you don't even need to leave Windows to do it! Overclocking Nvidia graphics cards Nvidia's aggressive optimizations with the Pascal architecture onward resulted in a new form of auto-overclock turbo boost tech that uses a lot the of headroom previously exploited by casual overclocking right out of the box.
Putting it all together Now that we're armed with both the maximum values for the memory and core speeds, we can combine them and see how far we get. Modern graphics needs are very high. Most of the average users are never satisfied with their graphics and CPU speeds. They always want to enhance it. Please note that overclocking may decrease the life span of your GPU or can damage it. By increasing the performance you are putting extra stress and heat over the card.
Overclocking your GPU may also void your warranty. Tune up your favorite game, rename the profile and you can easily return to the optimized setting. MSI Afterburner is one of the best overclocking software for Windows. It provides you control over your memory clock, set fan profiles or set it to a fix speed, shader clocks with simple sliders. You can set five different configuration settings so can you can switch to whatever you want according to your needs. You can fine tune the fan behaviour with various thresolds.
For benchmarking you can integrate Kombustor benchmarking tool. This software comes with the AMD catalyst drivers. AMD Overdrive is quite user friendly and easy to use. That's automatic overclocking, anyways. And again you'll want to stress test plenty before calling it a day.
Manual overclocking is the 'old school' way of doing things, but it's also often useful for pushing your processor beyond its limits—if you know what you're doing. It's important to approach manually overclocking with a measured and gradual approach, not only to find your CPU's sweet spot but also to keep from zapping it with excessive voltage.
That's why we recommend the two approaches outlined above before tweaking things manually. That's not only because it's potentially more dangerous, you've got to throw caution to the wind and live a little every once in a while, but because AMD Ryzen CPUs are very well optimised by AMD, and so adaptive algorithms tend to get more out of Ryzen CPUs than a steady all-core overclock.
But let's get on with how you can achieve that if you so wish. And since the introduction of Zen 2 processors, the Ryzen series, AMD Ryzen overclocking has become about not only overclocking your chip, but overclocking your chiplets. That's a potentially exciting prospect, as each chiplet known as a CCD offers another chance to win at the silicon lottery. But I'm getting ahead of myself. Let's get into the actual overclocking process, which can be done manually via your motherboard's BIOS the traditional way or the Ryzen Master Utility.
Let's stick to the old school way and head to the BIOS. This process will look slightly different depending on the manufacturer of your particular motherboard. But that said, I've never seen one that really shakes things up too much, so I'll try and keep things general from here on out. It will also be pretty easy to match up what I'm saying inside the Ryzen Master software, too.
If that doesn't work, try F2 or Esc. It should say at the bottom of the screen during POST what to press either way. Once into the BIOS, you'll want to head to the overclocking options.
You may have to enter Advanced mode for this, which should have a keyboard shortcut associated with it clearly marked on the BIOS screen. Set this too high and you'll find your CPU won't boot correctly, and will likely kick you back to the BIOS for another go at a lower clock speed. So consider small increments when increasing your Core Ratio. This way, you know exactly where the limit is for your processor, and exactly when you hit it.
I recommend you keep your phone or a notepad close by to jot down what Core Ratio works and what doesn't, and the same goes for voltages. Voltages are the second piece of the overclocking puzzle, because what a CPU might be not able to achieve at stock voltages, it may be able to with a little more power surging through its transistors.
On the flip side, if you're finding your system is stable at a good clock speed you're happy with already, you could consider dropping your CPU's VCore to undervolt your processor. Word of warning: changing your CPU's VCore is one of the more dangerous things you can do in your system's BIOS, so for the safety of your chip, stick within reasonable limits.
Some say you can push closer to 1. So you've got your clock speed and your voltage all seemingly working correctly? You could leave things there and move on to testing your overclock, and in fact that's a pretty good way to go about things even if you do end up coming back to this point I'm about to make: You can tell your processor to run at an offset voltage. It's good to do once you know your comfortable operating voltage, but once you have it you can try out allowing your CPU to drop the voltage when it's not required, such as when it's in an idle state.
These are still just the basics of overclocking, and you might want to think about diving into further optimisations such as load line calibration to take your overclock that one step further.
What's here will net you a comfortable overclock though, but not before you've done some stress testing to make sure it won't be shaken loose anytime soon. All of which saves on power consumption, waste heat generation, and excess noise.
Once you've found it, you'll want to set the All Core Curve Optimiser sign to negative to achieve an undervolt. You can leave the Scalar to Auto. With every increment of the All Core value to the max count value of 30, you're essentially adjusting the voltage to clock speed curve of your CPU—telling it to run at a lower voltage for a given clock speed, or, if you look at it another way, telling it to run at a higher clock speed for a given voltage.
From here, though, you can further undervolt on a per core basis, further optimising the voltage curve to your specific chip. It might be good to check out Ryzen Master here, which gives you a first and second best rating for your CPU's cores, which should handle being undervolted further than others. You may also find you can apply an automatic overclock on top of your undervolt for optimal performance with lower power consumption.
To do so, simply set it like you would in the automatic overclock section above, by heading back a menu in the BIOS and enabling an offset to the Max CPU boost clock. You'll want to be testing your system for stability here every step of the way, though, so let's take a look at how best to go about that. Like I mentioned way up top, it's important to pick a monitoring software that gives you all the information you need to accurately track your CPU's operation.
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