Does overclocking gpu increase fps: How to Safely Overclock Your GPU to Gain FPS

How to Safely Overclock Your GPU to Gain FPS

Overclocking seems scary, but you might be stunned by how simple and safe the process is. No, your PC won’t explode. Instead, it can help you gain more FPS in games and other graphics-intensive applications.

Have you considered overclocking your graphics card before? If you’re unsure where to start, keep reading, as we’ll teach you how to overclock your GPU in Windows.

What Is Overclocking?

The term «overclock» refers to a PC’s ability to increase the clock speed of a component above its default or stock speed.

Components like the Central Processing Unit (CPU) and Graphics Processing Unit (GPU) operate at a certain clock speed. Clock speed is a spec that indicates how fast such components can perform various tasks, and it’s usually measured in megahertz (MHz).

Overclocking your computer means manually changing the clock speeds of the CPU and GPU to achieve higher performance. It is generally safe to do so as long as you follow the proper steps and don’t push the clock speed limits too far.

Before moving on to the actual steps for overclocking, here are some technical terms you should be familiar with:

• Core Clock (CC): It determines the speed at which 3D objects are rendered in games. The higher the core clock, the better the GPU will perform in tasks that require a lot of processing power, such as gaming or video rendering.
• Memory Clock (MC): The GPU stores some data, such as texture and graphic details, in its memory. And the memory clock measures the speed at which the GPU accesses such data from its memory.
• Core Voltage: The core voltage measures the power allocated to the CPU or GPU. Increasing the core voltage can help stabilize and improve the performance of a component, but it can also cause it to generate more heat.

Now that you know some technical terms related to overclocking, you’re all set to overclock the graphics card in your PC.

Step 1: Choose an Overclocking Program

You need a special program to overclock your computer properly. There are many different utilities on the internet for overclocking, each with its own abilities and features.

We’ll use MSI Afterburner for this guide, as it’s compatible with almost all the AMD and NVIDIA GPUs. Afterburner has an easy-to-use interface and is stable when it comes to overclocking.

Before continuing, there are a few things to remember. Firstly, if your GPU is stuffed in a small case and fan speed configurations are not set, overclocking will lead to overheating, which eventually causes your PC to shut down. Secondly, when running Afterburner, you should regularly check your GPU temperature to ensure you’re in an optimal zone.

Download: MSI Afterburner (Free)

Step 2: Choose a Benchmarking and Stress Testing Tool

Stress testing ensures the stability of your GPU’s overclock. If your overclock isn’t stable, your PC will run into a variety of graphic issues.

MSI Kombustor is one such software that you can use to test the stability of your overclock settings. It offers benchmarking as well as stress-testing options. Additionally, it provides a comprehensive FPS and benchmarking score to gauge how well your GPU performs.

We highly recommend taking appropriate precautions, like preventing computer overheating, before overclocking your components.

Download: MSI Kombustor (Free)

Step 3: Overclock Your GPU Using MSI Afterburner

Now that you have selected an overclocking program and a benchmarking or stress-testing tool, it is time to start overclocking your GPU.

We recommend creating a restore point in Windows before overclocking to be on the safer side if things go south. A restore point allows you to undo any changes you’ve made to your system in case of any issues while overclocking.

Here’s how you can overclock using MSI Afterburner:

1. Open MSI Afterburner and navigate to its Settings tab (indicated by a gear icon).
2. Under the General window, check the boxes next to Unlock voltage control and Unlock voltage monitoring.
3. Click Apply and OK to save the changes. After this, MSI Afterburner will restart.
4. Click the A button to disable the automatic control. Enter 70 in the text box next to Fan Speed (%).
5. Increase the Core Clock (MHz) slider by a small amount (for example, +20). Similarly, increase the Memory Clock (MHz) slider by +10.
6. Click the check or tick button at the bottom of MSI Afterburner to apply the changes.

You’re still not done yet. You need to know how to run a stress test or benchmark to see if the changes are stable.

You can try increasing the limits if the test passes without any issues. However, if the test fails or the GPU crashes, lower the clock speed and try again.

If you want to give more power to the CPU and GPU for a slight performance boost, increase the default Core Voltage (%) by +5 or +10 only.

Overclocking is mainly a trial-and-error process that requires a lot of time and patience. You need to gradually increase the Core and Memory Clock settings after testing the system’s stability after each step.

Step 4: Stress Test Your GPU

Stress testing allows you to determine the stability of your GPU at the new clock speed and make sure it is not being pushed beyond its limits.

Follow these steps to stress test your GPU:

1. Open MSI Kombustor and change the Resolution field to match the resolution of your monitor.
2. Click RUN stress test and let the test run for at least 5 minutes.
3. Monitor the temperature of the GPU during the stress test. The temperature of your GPU should not exceed 90C.

While the test is running, open MSI Afterburner and start raising the Core Clock (MHz) by +20 after every test. So, if the previous value in the Core Clock box was 20, it should now be +40.

Do the same thing with Memory Clock (MHz) as well. You need to add +10 MHz to the existing value. Once you adjust both the core clock and memory clock, rerun the stress test to check for performance gains.

If you start getting lags and glitches in the visuals, don’t panic because it’s completely normal. It means that the current values in MSI Afterburner are too high, so you should lower both values to a safe level and save the changes.

If you run into issues like shutdowns or BSODs, you should restart your PC and lower your overclock settings. PC crashes due to overclocking do not imply a serious PC or GPU failure; you can quickly resolve this issue by changing the overclock settings.

Step 5: Run a Benchmarking Test

Benchmarking is slightly different from stress testing. Benchmarking allows you to measure the performance of your GPU by running a series of tests and providing a score. On the other hand, stress-testing tools put your GPU under a heavy load to see how it behaves under such conditions.

After you have stress tested your GPU and ensured that it is stable at the new clock speed, you can run a benchmarking test to see the performance improvements.

Here’s how you can benchmark using MSI Kombustor:

1. Open MSI Kombustor on your PC.
2. Mark the checkbox next to Fullscreen.
3. Choose the benchmarking option that matches your display resolution. Click BENCHMARK to start benchmarking.

Remember to monitor the temperature of your GPU during the overclocking process and make sure it does not exceed its maximum temperature rating.

Besides MSI Kombustor, there are many other useful benchmarking tools as well. So, make sure to try one of them on your PC.

Step 6: Save Your Overclock Settings in a Profile

Now that you know the best settings for your GPU, it’s time to save your configuration so that MSI Afterburner can apply them at boot.

Settings are very easy to save as profiles, and you can use them to put your GPU in an overclocked state with a single click.

To save a setting preference, click on the Save icon (indicated by a floppy disk in MSI Afterburner) and select a number. To load that same configuration, click on the number and hit the Apply button.

Overclock Your GPU for Better Frame Rates

Overclocking may seem like a dangerous way to squeeze more juice out of your graphics card. But if you followed our instructions correctly, you’ll know it’s a safe procedure for the most part.

Overclocking your GPU is a right, and those who bother learning about graphics card overclocking can stretch their GPUs farther than it has ever performed.

Reddit — Dive into anything

Hello fellow overclockers! Are you looking to squeeze more FPS from warzone?

Wondering how your favorite streamers are averaging over 200? Well im here to help by providing my findings thus far.

Disclaimer, this is primarily for those with latest tech who are wondering why their upgrade isnt achieving the results expected.

At the start of this I was averaging ~160fps throughout the full flight path, and following the OC’s and OS tweaks, I now average ~220.

[CPU] — SINGLE VS ALL CORE OC

When it comes to CPU overclocking, many newer chips provide options such as single core dynamic boosting, multicore boosting, etc. Whereas with many games boosting a single core to the max was preferred, in warzone I’ve had better success doing an all core OC. In my case I tested a ryzen 5800x with PBO (single core dynamic boosting intended for gaming) boosting to ~5GHz and then tested all cores OC to 4.7GHz. The all core OC netted ~20-30 fps improvement over single core.

VERDICT: ALL CORES OC

[Memory] — WORTH IT OR NOT

Memory is often neglected beyond using any XMP profiles provided with the kit. While these timings are usually pretty good, they can be tightened and tweaked to realize just as much of an fps improvement as a CPU OC.

Memory overclocking can be much more tedious, involving memory testing afterwards, and unless you really understand the numbers youre adjusting, appearances can be deceiving. For example, if I use my 3600MHz XMP profile but say up the voltage a bit and instead run my kit at 3733Mhz, one would expect improvement. Not the case. With warzone this actually hurt my fps. Running a test showed that my random latency was higher despite similar timings and increased MHz.

For those running AMD rigs I suggest using a tool called DRAM calculator to calculate SAFE timings for your particular kit. The generated «suggested» safe timings are a baseline to work with, but applying just these even decreased my latency over the provided XMP profile. With just minimal tweaks I already realized ~20 fps increase. Tightening to more aggressive/fast timings is likely the key to hit that 240 mark in warzone.

VERDICT: ABSOLUTELY WORTH IT, FOCUS ON TIGHTER TIMINGS / REDUCED LATENCY

[GPU] — TO OC OR NOT?

Whether or not its worth OCing your GPU is going to depend on whether your GPU is your bottleneck. In many cases its not, and OCing will do little if any good. This is especially true with the newer 3000 series nvidias where for example youll see similar avg fps running 1440p as you do 1080p.

Assuming youre trying to hit 1080p/240, clearly the GPU is not the bottleneck here. I still OC my GPU since I play other games as well, and for those wondering I have something like +55 core clock and +1200 mem clock on a evga 3080 ftw.

VERDICT: LIKELY NOT WORTH IT UNLESS GPU IS THE BOTTLENECK

[WINDOWS 10 AND GAME OPTIMIZATIONS]

Do these. Youtube has videos so ill just quickly highlight the optimizations I did:

Windows 10:

• Settings / Gaming -> Game mode on

• Settings / System / Display / Graphics Settings -> Hardware-accelerated GPU scheduling on

• Settings / System / Display / Graphics Settings -> Graphics performance preference -> Modern Warfare High Performance Mode

• Windows timer resolution set to 0. 5ms

• ISLC running

• ModernWarfare.exe Properties / Compatibility -> Disable Full Screen Optimizations

• adv_config -> worker renderer count -> I have an 8c/16t cpu and found lowering my renderer count to 5/6 netted better fps than the auto suggested 7. Others will say to match this to # of cores but try lowering the count and measuring. As for graphics scale, mine is .65 i believe.

• (not fps related) keyboard repeat delay set to 0, windows mouse sens 6, keyboard + mouse 1000hz polling

In-game settings:

Graphics: LOW.

NVidia reflex: ENABLED + BOOST.

Disable any nvidia filters.

VERDICT: DO THESE

TL;DR — In order of important (imo):

1. MEMORY — FOCUS ON TIGHTEN TIMINGS

1. CPU — BOOST ALL CORES VS SINGLE CORE

1. WINDOWS 10 OPTIMIZATIONS

1. GPU — UNLESS GPU BOTTLENECK, NOT WORTH.

Finally, a disclaimer — be sure to save your bios and bios user profile to usb before making changes so that in case of the event that you cant boot up you can flashback to the latest bios and then load your user profile (previous settings)

If anyone has questions feel free to PM me or ask here!

What is the acceleration of the video card — Maibenben

Published

Maibenben in May 24, 2021 May 24, 2021

Today we will touch the acceleration of the discrete video card of a computer or laptop and we will figure out how it is carried out, what are the advantages and what the advantages have and » underwater rocks.

The essence of overclocking a video card

Overclocking (or overclocking) is the process of increasing the operating frequency of the core and memory of a video card, which will accordingly increase its performance (from about 5% to 15%).

By overclocking the video card, you can increase the number of FPS and make the gameplay in modern heavy games smoother and hassle-free. Overclocking can be useful for owners of relatively outdated computers and laptops that can no longer cope with modern games at the proper level. Or for those who just want to boost the performance of an already powerful PC a little more.

How to overclock your video card: tips and tricks

There are two ways to overclock your video card.

The first method is extreme and involves certain risks. It consists in a large increase in the operating frequency, which requires an increase in voltage and replacement of the power supply with a more powerful one, as well as a significant improvement in the cooling system. This scenario poses a direct threat to the performance of the video card, and is also impossible for laptops (because they cannot do the technical upgrade mentioned above).

The second method is safe and just provides the 5-15% performance increase mentioned above. Let’s analyze in detail what is required for such overclocking:

1. Unlike the processor, the video card is overclocked not in the BIOS, but in special software. You will need three programs (or their equivalents): GPU-Z for system monitoring, MSI Afterburner for overclocking, and Furmark for stress tests.
2. First you need to run GPU-Z and see at what frequencies the video card is currently running, or, in other words, determine its exact base frequency.
3. Then, in the MSI Afterburner utility, you need to deal directly with overclocking: allow the card to work at full capacity and gradually increase the core frequency (in steps of no more than 50 MHz). The same should be done with the memory frequency, but not simultaneously with the core — so that it is clear what causes problems in the operation of the video card, if any.
4. After each frequency increase, run Furmark and stress test the system: when errors and crashes begin, it means that the performance limit for the video card has been reached. In the end, it’s worth checking on games too — it happens that a stress test does not give errors, but problems begin in games.
5. If errors and crashes appear, you should return to MSI Afterburner and lower the frequencies a little to find the optimal value for overclocking.
6. Finally, you need to find the settings for video card coolers in MSI Afterburner and increase their power by 5-10% — to provide additional cooling, because heat dissipation also increases with increasing frequencies.

Overclocking a laptop video card

You need to overclock a discrete video card in the very safe way described above. By adhering to guidelines and safety practices (constant stress testing, etc.), you can achieve performance improvements in games up to 15% of baseline.

By the way, you can buy high-quality and powerful gaming laptops in the official MAIBENBEN online store in Russia — with pleasant discounts, an official guarantee and fast delivery.

Official MAIBENBEN channel in Yandex. Zen

Headings: Articles — i2HARD

Articles

Evgeny Serov

October 24, 2021

Today we will talk about overclocking modern components. We raise this topic in almost all videos, and most often in special testing conditions, the performance gain is impressive and clearly visible. But is this very overclocking really necessary in a real application? First of all, I mean games, because it is for them that even computers for study are eventually assembled.

For modern components — modern games, which means that you definitely need to check RTX, DLSS. We will work through all the options. Priority will be given to settings that are close to those that the owner of similar hardware would set. Naturally, in such a case, the most important element is the video card. There is no way around this, but let’s pay attention to the processor part, especially since with ray tracing enabled, the load on it also increases.

So, why do you need overclocking? It used to be an affordable way to get near-flagship performance on a cheaper machine. But those days are over. Now it’s hard to increase the processor clock speed at least one and a half times at home, besides, the price division has shifted more to the difference in the number of cores, and with an increase in their number using improvised means, the situation is even more difficult than with the frequency.

The second reason that pushes into the pool of overclocking is the lack of performance of the iron on hand. In terms of weight and mass character, this reason is rather the first one. Cases of inhaling a second life into the system have been analyzed many times, and we have several videos where an already quite old processor surrenders to the latest games in stock, but quite cheerfully prepares frames in overclocking and is not much inferior to the new products.

It’s all about the past. Now, on the contrary, let’s deal with fresh and relevant components. So you bought not the cheapest, good processor, miraculously got a video card. Do I need to overclock everything first or is it not worth it and you can just download all the games? The obvious option “I set 4k, all the sliders to the right and I won’t touch your timings” is understandable and generally does not require explanation. We will try to understand more interesting scenarios.

test stand

So, in your system unit there is a modern processor, a set of memory of two 16GB sticks with xmp 3200 MHz CL16, the coveted RTX 3060, bought at the recommended price. Study question: is it possible to notice the difference in games in FullHD between the state «everything is in stock» and overclocking the processor, or rather the processor-memory bundle. What if the video card was more powerful? And if the processor? What about higher resolution? These are the questions we will try to answer.

We will have a Palit Dual RTX 3060 video card for FullHD.

In the first part of the comparison, we will emulate the 5600X from the Ryzen 9 5950X available in the stand, since we can get a 100% copy of the cores and cache. We will get around the differences in the frequency and success of the cores by setting a fixed 4.6 GHz for all cores; any differences from the usual 5600x under our testing conditions are unlikely to be noticeable.

To see the potential of the processor, we will use the RTX 3080Ti, also from Palit, but by Gamerock. With it, it will be possible to understand where the processor is chilling and guess how much FPS it could give out without focusing on the video card.

XMP 3200 MHz is also emulated in the memory, a chic kit from Gskill will work at the desired frequency and with timings of 16-18-18-36, the rest is in auto. This is for stock.

As an overclocker, the set of timings will be much more aggressive, almost the maximum that can be squeezed out of DDR4 on Ryzen at home with a voltage not much higher than 1. 5 V. Please note that we managed to turn off GDM and set a very low RFC value — this is the merit of the elite chips in the memory kit.

With the processor, we will remain within the framework of the assumption of 5600x and set it to 4750 MHz for all cores during overclocking. It happens better, but there are also unsuccessful instances. In any case, the increase in performance will be much more noticeable from the memory setting.

A complete set of components for the test looks like this (see photo below). Screen recording by a second computer using a capture card.

Tests in games, 1080p

Let’s start with Red Dead Redemption 2, «finally play what used to slow me down» scenario, 1080p, max preset, Vulkan.

Pretty expected picture for an RTX 3060. It can render a comfortable amount of frames for a game, but there is absolutely no need for overclocking or a more powerful processor than our fake 5600x to prepare them. It is not even half loaded, according to the load sensor of all cores. The limitation on the part of the video card is clearly visible, and in terms of the maximum load of one thread, it is also far from full. The inclusion of the 3080Ti in the test turned out to be justified and even indicative. It can be seen that in stock the processor is able to prepare almost twice as many frames as it shows with the 3060, and there is even an increase in FPS in overclocking, but its potential is a little foggy. Here, at times, the 3080Ti turns out to be an obstacle, as can be seen from the frametime. So far, no sudden conclusions, but overclocking in real conditions is not impressive. Let’s move on to the next game.

Cyberpunk 2077, the scenario “I bought this assembly for her, now let’s see what kind of rays are there”, in the settings again the maximum preset — ray tracing: ultra, DLSS in a balanced position, 1080p.

The workload schedule for the RTX 3060 is straight again, there are no complaints about the card — here you have 60 frames with beams and DLSS, but for this again there is no need not only for overclocking, but even in the stock 5600x, without focusing on the video card, it will easily and in stock give out in one and a half times more. The 3080Ti feels very confident at 1080p, after all, a card for higher resolutions, but overclocking the memory and processor poses difficult tasks for it at times. It will not work to provide a clean test of the processor with such settings, at times it becomes a bottleneck, but only at times. For the entire test, there is a 17% increase in average FPS and 25% in FPS in rare events.

The next game is Watch Dogs: Legion, the use case is «I’ll see how much the graphics of the games have stepped forward», we set the ultra preset, RTX reflections — “high”, DLSS — balance, 1080p.

This game uses processor power with pleasure, and even using the RTX 3060 as an example, you can see wrinkles on the direct graphics card load schedule, but in general the result is still the same, with or without overclocking. Those who said were right: «When you assemble a computer for games, invest in a video card!» On the right side of the screen, we have a classic processor test, the 5600x could not surprise the 3080Ti in FullHD even with such a fast memory. As in Cyberpunk, the potential overclocking performance of the processor is almost 20% higher.

But it is somehow premature to rejoice at such gains, since with the 3080Ti one could either use a larger resolution, or tweak the settings, for example, turn off DLSS in order to trace directly in the native.

There was no doubt that the differences would not appear on the RTX 3060. The direct workload of the video card has only become straighter, but the FPS has decreased and can no longer be considered comfortable — you need to lower the graphics level. For 3080Ti the situation is different. In stock, the 5600 prepared exactly the same number of frames without focusing on the video card, although the margin is now not so large. But with the overclocking of the memory, the 3080Ti finally stopped being idle and started working almost at full capacity. A little more processor performance and we would see a straight line here too.

We have a little more than 5% overclocking advantage over stock, but it’s worth remembering that this is a top-end video card and only FullHD.

The trend in games is becoming somewhat clear, but it’s worth adding projects that actively use the video card, for example, Resident Evil Village (quite a popular game with a rich history). We expose 1080p and preset ray tracing.

Yes .. The game seems to say: “Why do I need a processor? Give me a more powerful video card.” Even in stock, the 5600x can easily deliver over 200FPS in this cutscene, which is not the case with most available or, more correctly, inaccessible graphics cards. Full load of all computing power on both the RTX 3060 and 3080Ti throughout the test. In the village, overclocking the processor and setting the memory does nothing, the video card decides. But adding overclocking of video cards was not included in the plans. It would make comparison and narration too complicated.

Now a game with the opposite philosophy is Call of Duty: Warzone. 1080p is possible, of course, graphics settings and higher, but why, if the goal is to dominate the person on the other side of the screen, and not consider textures. Therefore, eSports and hope only for the processor and memory.

And indeed there is a difference, only here in overclocking, the 5600x ruthlessly rests on the capabilities of the RTX 3060, and these capabilities are only slightly higher than the capabilities of the 5600 in stock. This can be seen if we compare the FPS of the assembly without overclocking with different video cards, Ryzen breathes easier on the 3080Ti. It should be borne in mind that the measurements were in real online matches and there is not very repeatable there. In addition, the default settings for the number of threads involved were used (in the case of 5600x Renderworkercount is automatically set to 4).

The true potential of the computer can be assessed on the extreme right side, where with overclocking the average FPS increased by 17% compared to stock; for rare events, the increase is less, but this is still an online project.

Let’s try to draw intermediate conclusions: for a modern gaming build, not the most budgetary, but far from top-end overclocking of the processor and memory makes some sense only in competitive games or if you have a very productive video card, but the monitor cannot boast of high resolution, this too happens. .probably.

So, what if you are still not a professional cyberathlete and your monitor resolution is not 1080p. In this case, the RTX 3060 will already have to lower the settings, but the 3080Ti will be in more appropriate conditions. It would be logical to leave this particular video card, but add the corresponding flagship processor to the comparison. In our case, untie his hands-cores and do not limit the frequencies. Overclocking will also be fixed, but this time at 4850/4825 MHz for two CCXs, respectively. From memory, all settings will remain the same: 3200 CL16 for stock and 3800 MHz CL 14 for overclocking.

Tests in games, 1440p

1440p, let’s go. Watch Dogs: Legion, ultra preset, RTX reflections high, DLSS off, premium gaming, PC config — «I saw you in my dream».

Tracing is interesting not by the very fact of inclusion in the settings, but still by the visual effect. Properly constructed reflections, shadows, lighting do not greatly affect the gameplay or competitive element, but in single-player games they add realism to the picture in case of competent implementation, and whatever one may say, this is the future of games.

We have 60 frames on average on all configurations. With overclocking, you can notice a completely insignificant advantage, but there is no point in taking it into account. If you need more frames per second, then you can slightly lower the graphics settings, a six-core processor has a margin both in stock and in overclocking, and even more so for a 16-core monster. I just want to say that even for the 3080Ti at 1440p without DLSS, overclocking will not give anything noticeable in the current «Dogs».

We move to the cyberpunk future, also 1440p, the maximum preset with beams, turn off DLSS.

Everything rested on the capabilities of the 3080Ti and talking about the benefits of overclocking the processor is again completely pointless. The picture is beautiful, but the resulting system performance is no longer at the top level. It doesn’t matter — we have DLSS and we will use it immediately.

We switch the setting to a balanced position, the FPS grows rapidly, but the capabilities of the video card remain the limiter. It is unlikely that many players will change something in the graphics settings at this level of FPS. I would like to look at the effect of memory tuning or using a more powerful processor, but this effect is not. On each of the configurations in comparison is absolutely the same level of performance. That’s the significance of overclocking for you.

We fix the results in Red Dead Redemption 2, 1440p, the maximum preset.

One could pay attention to minor differences in indicators, but they look more like a measurement error and do not pull on the difference in the price of processors and memory, and there is no point in lowering the graphics settings, because the FPS level is high (more than 100 on average on each configuration) A trend is emerging that is not surprising and could have been fully predicted by our regular viewers even before the start of the high-definition test.

Now to the novelty — Far Cry 6. 1440p, ultra preset, HD textures and ray tracing included.

The settings did not in any way foreshadow any difference in FPS, but there is one, and the games of the FarCry series could never be called directly demanding on a large number of threads. It turns out that the tuned memory allows you to get up to 10% extra frames on a system with 5600X and catch up with the 5950X in stock. An overclocked flagship with tuned memory will give out another 5% more FPS on average, and the increase in rare events will be even higher. Of course, the point here is not in multi-core, but in the increased requirements for single-threaded performance. This again brings us to the thoughts from the beginning of the review: the newer the game, the more benefit can be from overclocking even a relatively fresh processor. Perhaps on the next generations and new sockets everything will level out again, but now we have what we have.

At the end of the indispensable Warzone, the settings are the same as the first time, but the resolution is higher — 1440p.

It should be noted right away: for the 5950x, by default, Renderworkercount is 16, and for the 5600x it is 4, the six-core is initially in an unfavorable position and the result could probably be slightly improved, but we will try to test in real conditions — bought, downloaded, launched.

We do not see anything new for the 5600x, the same number of frames is rendered as in 1080p with this video card, there is no emphasis on it. 5950x in stock works at the level of the overclocked younger neighbor in the line, and the memory setting helps him come close to the 200FPS mark when driving a truck and even sometimes overcome it. 3080Ti, judging by the workload, could still give out a few frames from above, but this is already history for severe enthusiasts and new generation processors.

Totals

Let’s try to systematize the results: in a gaming PC, among modern components of a non-budget level, the video card was, is and will be the main one, all hopes and the main load in the vast majority of games and graphics settings levels are on it. This is especially noticeable with the inclusion of ray tracing. It turns out that overclocking a video card is most often the only way to increase the FPS level without changing the graphics settings; on average, you can count on a performance increase of up to 7-10% using a standard cooling system.

It is much more efficient to replace the video card with a more productive one or still reduce some parameters, and taking into account the high heat dissipation of older video accelerators, undervolt would be an ideal choice.

If your heart is occupied with competitive games, especially FPS, then here the graphics settings will almost certainly not be maximum, and when using video cards of the RTX 3060 level and above, you can already think about overclocking and tweaking the memory-processor bundle.

The positioning of graphics cards by manufacturers is not always ideal, but in relation to the RTX 3060 it is successful — 1080p for all modern games. DLSS helps her out a lot at times. If you do not delve into the comparison of approximate screenshots, and we do this periodically (link to video), then this technology does a good job in complex modes and high resolutions. In the choice between a comfortable FPS level and minor flaws in smart supersampling, not everyone will agree to a lower number of frames per second.

RTX 3080Ti in FullHD feels more like a schoolboy left for the second year for the fifth time in a row: everything is easy, but the desk is clearly too small. 1440p is where she is able to open up. Above is also possible, but here it all depends on the games and specific settings. You can also give advice on choosing video cards. The specific performance for energy efficient solutions like the RTX 3060 is not so important, it’s more a matter of aesthetics and, possibly, fan noise. Palit Dual had no questions from our side in the first testing at the time of the announcement, nothing has changed now.

Explore Palit GeForce RTX 3080 Ti GameRock

The choice of top-end video accelerators should be approached more seriously — a completely different level of power limits and cooling requirements. The Gamerock series is not the first time on our table and again leaves positive emotions. Monolithic assembly, high-quality materials.

Three fans with 90 mm impeller effectively blow through the developed radiator with six heat pipes, a nickel-plated plate contacts the chip.

The use of high-frequency GDDR6X memory imposes special requirements on its cooling. The RTX3080Ti Gamerock has a separate plate with radiators for this. The memory tJunction indicator on these cards is one of the best that could be traced in monitoring during gaming tests.

The same plate removes heat from the VRM zone, to which no complaints could be found, except perhaps a family feature of 3080Ti cards with a strange behavior of the power limit when it is increased.