The release in April 2025 with two versions, an 8GB and 16GB variant, with leaks seemingly confirming this, and a number of performance/specification details. Priced at $379 and $429, respectively, the card has good potential for building a more value-oriented build.

So, being priced lower than the previous generation XX60 graphics cards plays in favor of Team Green, and given the improved hardware, we might see the brand finish their Blackwell launch with a flourish. This means that choosing an adequate CPU to complement its performance for a balanced output is all the more important. 

We’ve chosen a handful of options we’ve tested and reviewed in-house that we think will pair nicely with the RTX 5060 Ti. Here are some of the best CPUs to pair with this GPU, which we have also reviewed the ASUS Prime 16GB model, if you want to know how it performs.

Products at a glance

How we picked

To pick the best CPUs for the RTX 5060 Ti, we considered several factors, including, but not limited to, the in-house performance they showcased during our hands-on testing, the platform they are based on, price, memory support, and more.

This gives us a clear picture of their real-world gaming and synthetic output, which we can showcase and provide all the information you’d need to make an informed decision.

Best CPU for RTX 5060 Ti: Our top picks

If you’re not surprised to see the Ryzen 7 9800X3D at the top of this list, we wouldn’t blame you. It is one of the best gaming processors on the market, offering great productivity, and it should pair nicely with the RTX 5060 Ti. 

In our Ryzen 7 9800X3D review, we were thoroughly impressed by this processor's performance. It features 8 hyperthreaded cores with 16 cores based on the Zen 5 architecture, which is the same as the Ryzen 7 9700X; however, what makes it different is the massive 96MB L3 cache placed directly beneath the CCD.   

This design change allows for better heat management and performance. It can be overclocked since it has direct access to the IHS, which wasn’t possible with previous X3D chips. That being said, it has a 120W TDP, which is pretty efficient compared to Intel’s alternatives.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages, pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks. 

To test its performance, we paired it with the RTX 4070 Ti and ran some benchmarking software programs and some games. 

In Cyberpunk 2077, we got 334 FPS with a maximum CPU temperature and power of 61°C and 97W, respectively. In CS2, we got 604 FPS and 669 FPS with PBO enabled. However, doing so also raised its power draw from 93W to 99W and the temperature from 60°C to 65°C. 

In Blender Monster, the 9800X3D managed 146.78 points while the 9700X delivered 136.68 points. The Cinebench R23 single- and multi-core scores were also tied as the 9800XD churned out 2,026 and 22,568, while the 9700X managed 2,203 and 22,475. 

These numbers mean that the 9800X3D can compete with an “X” processor from its own family, but has a massive lead in gaming performance, making it the overall better processor. That being said, it should have no issues churning out high FPS with the RTX 5060 Ti and delivering good professional output as well.

If you’re putting together a gaming PC for productivity and want to pair the RTX 5060 Ti with a robust CPU with excellent multi-threaded output, we recommend you check out the Intel Core Ultra 7 265K. 

The entire Arrow Lake lineup doesn’t have the best gaming output, as its predecessor offers better results, but the difference in multi-core performance is significant, and that is exactly what we found in our Core Ultra 7 265K review.  

This CPU has 20 cores and 20 threads. Previously, Intel processors always had more cores, but to make the Arrow Lake processors more efficient, they kept the number of cores and threads the same. These 20 cores are based on the Arrow Lake architecture using 3nm process nodes and are split between 8 Performance (P-cores) and 12 Efficiency (E-cores). 

At a stretch, you could warrant its purchase if you’re looking for an all-around gaming/productivity machine – but there are caveats to that too.

This hybrid architecture allows Intel processors to deliver good performance and efficiency without being too one-sided in either scenario. The maximum TDP of 265K is listed as 250W, but depending on the workload and if you’ve overclocked it, it might ramp up more than that, and you’ll need a robust CPU cooler to keep it from throttling. We recommend using the best AIO cooler to ensure the 265K keeps running optimally. 

Our CPU test bench consists of the RTX 4070 Ti, and when we installed the 265K on it and ran our suite of tests, we got the following results. 

In Cyberpunk 2077, the 265K managed 191 FPS while the 9700X delivered 240 FPS. The single-core performance of the 9700X was also better, with 2207 points in Cinebench R23, compared to the 265K’s 2036 points. However, when we look at the multi-core performance, the difference is so vast that not even overclocking the 9700X could bridge it. The 265K managed 15,395, 33,465, and 21,730 points in CPU-Z, Cinebench R23, and Geekbench. 

For comparison, the Ryzen 7 9700X delivered 8,199, 20,184, and 17,290. This is 60%, 49%, and 22% better performance, and it shows that the AMD alternative of this CPU can’t compete with it in this regard. So, whether it's Blender or other resource-intensive tasks, the Core Ultra 7 265K paired with the RTX 5060 Ti should easily surpass them.

If you’re looking for a mid-range processor for maximum value for money and performance, check out the Ryzen 7 9700X. When these processors first dropped, their TDP was set to 65W, which hindered their performance as they were already efficient compared to Intel CPUs, so pulling them down a notch further didn't make sense. 

However, after the community's backlash, AMD released a BIOS update that allows you to increase the TDP to 105W, giving more power to the cores and resulting in better performance. In our Ryzen 7 9700X review, we tested this processor with the 65W TDP, but with 105W, the figures should be higher, so keep that in mind while looking at this CPU. 

We tested the gaming and synthetic output of this processor by coupling it with the RTX 4070 Ti Super, and it showcased excellent improvements over its predecessor, the Ryzen 7 7700X, in synthetic workflows. 

This CPU is very good at being efficient, especially when stacked up against Intel’s latest offerings, so if you want a low-power PC with a decent amount of punch, then this CPU could be for you.

It managed 856 and 8,199 points in the CPU-Z single- and multi-core tests, whereas the 7700X delivered 772 and 7,983, which is 10% and 2.6% better performance in favor of the former. In gaming, we ran Cyberpunk 2077 and Days Gone and got 325 and 240 FPS, respectively, with the 9700X. 

The 7700X delivered 296 and 255 FPS in the same titles, meaning the 9700X has better productivity and gaming output, and that too with a 65W TDP. So, you should see much better results with the 105W TDP setting, and it should pair well with the RTX 5060 Ti to deliver good results at 1080p and 1440p.

The RTX 5060 Ti is a budget graphics card, and if you’re looking for a budget processor to accompany it, we recommend the Ryzen 5 9600X. Like the 9700X, this processor initially suffered from AMD's efficiency craze, but its TDP increased to 105W after the BIOS update.

In our Ryzen 5 9600X review, it showcased decent improvements over its predecessor, but a higher power draw should now result in even better output. This CPU has 6 cores, 12 threads, a base clock speed of 3.9 GHz, and a boost clock speed of 5.4 GHz. What this means is that decent hardware under the hood is required to tackle most productive and gaming workloads. 

However, we wouldn’t recommend using this processor for server-level workflows as it isn’t built to handle such intense tasks. We tested the 9600X on the same test bench as the 9700X, and once again, we saw pretty good improvements over the 7600X. 

The 9600X does better intergenerationally than it’s bigger brother, the 9700X.

In synthetic tests like Geekbench single- and multi-core, the 9600X delivered 3,283 and 14,909 points, while the 7600X managed 2,955 and 13,236 points. This means that the former is better at handling multi-threaded workflows with a 65W TDP but has the potential to do even more. 

In gaming, we got 325 FPS in Cyberpunk 2077 at 1080p low settings and 246 FPS in Days Gone, while the 7600X could only manage 295 and 236 FPS. This is a 9.6% and 4.1% performance difference, respectively, and should give you an idea of how capable this processor is at keeping up with high-end GPUs at low resolutions.

So, paired with the RTX 5060 Ti, it shouldn’t have any issues and should also deliver good output at 2K, providing a good balance. Going for this processor will also give you a pocket-friendly entry onto the AM5 platform, on which you can upgrade to any of the other Ryzen 9000 or future processors.

If you're more keen on creative work and require a high core count on your processor, then the 9950X is what you'll be looking for. Allowing for spooling up more threads and cores to get through multitasking and some intense workloads. To pair it up with a lower-end GPU certainly means using your processor a lot more.

In our review of the 9950X, we found it to be an excellent option when it comes to multi-core performance. With the drawbacks being held back for efficiency's sake and not drawing too much power, you can now alter that in the BIOS and get even more out of the CPU.

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. PPBO can ramp this CPU up a few notches, but you’d better be ready to cool it. It eats 240mm AIOs for breakfast when PBO is enabled

For the specs of the processor, the 9950X is a Zen 5 chip with 16 cores and 32 threads. Clocking in at 4.3GHz and capable of boosting to 5.7GHz, it's certainly no slouch in speeds, and with a 170W TDP, it definitely has the power to take care of your processing needs. It is a couple of tiers above the 5060 Ti, but if you need the capability, it is the one option to go for, unless you then opt for an X3D CPU.

You can find the results of our internal testing in the table below. Paired up with 32GB of 6,400MHz RAM and RTX 4070 Ti Super, it does get some impressive results.

How to pick the best CPU for RTX 5060 Ti

To select the best CPU for any graphics card, including the RTX 5060 Ti, you need to consider several factors, such as usage and budget. These are the main factors, and we’ll expand on them to give you a better idea.  

Performance 

The level of performance you expect from your system plays a crucial role in deciding which CPU and GPU to pair. The RTX 5060 Ti is said to deliver good performance at QHD, but its 8GB variant might struggle to put out good FPS due to limited VRAM, meaning 1080p and 1440p will be the resolutions you’ll play games at. 

That being said, going for the most high-end option isn’t always the solution, as you might not need all that firepower, and more cores or higher clock speeds don’t always translate to better performance. Also, it is generally believed that faster clock speeds are better than a higher core count for gaming. 

This is because games tend to use single-core rather than multiple cores, so a faster frequency results in better output. However, that doesn’t mean you’ll have to overclock your processor, as even the stock base and boost frequencies should be enough to keep up with the RTX 5060 Ti to process game logic at 1080p and 1440p. 

What all of this boils down to is that striking a balance is the way to go, and a mid-range processor like the 9800X3D, 7700X, or even the 13700K or 14700K, should be more than enough to complete your RTX 5060 Ti gaming PC. 

Price 

The RTX 5060 Ti is a budget graphics card and a good fit for a budget gaming PC. Considering that, it wouldn’t make sense to invest in a processor that costs significantly more than it does, even if it’ll last you through multiple upgrades, as a budget AM5 processor should also keep your system running just as well. 

So, my advice is always to set a price filter, as that’ll help you sort through the options and show processors that are available within your budget. However, there are times when spending a little extra will score you a better CPU, and in that case, it is okay to go for that as it makes more sense in terms of value for money.

Are Intel or AMD processors better? 

In the current landscape, AMD processors offer better performance and value than Intel processors as they have a well-rounded productivity and gaming output. On the other hand, Intel didn’t improve its gaming performance with its Arrow Lake processor, so if you’re putting together a gaming PC, Ryzen processors should serve you much better.

On the other hand, if you’re building a server or workstation, Intel processors have excellent multi-threaded performance, but AMD’s Threadrippers also give Team Blue extreme competition and are widely used. 

Do I need a high-end processor for the RTX 5060 Ti? 

If your use case doesn’t involve handling resource-intensive applications or extreme multitasking, you most likely don’t need to pair a high-end processor with the RTX 5060 Ti. That being said, it might provide a bit better gaming output at lower resolutions compared to budget or mid-range options, but the difference wouldn’t justify the cost. 

What is the memory bus width of the RTX 5060 Ti? 

The RTX 5060 Ti has a 128-bit memory bus width, and while the community was hoping for an upgrade in this regard as well, Nvidia decided to stick with the tried-and-tested formula. However, that doesn’t mean performance will be held back, as the RTX 5080 also has a 256-bit memory bus width, like its predecessor, and it outperforms its predecessor by a good margin.

Latest CPU deals

Verdict

It shouldn’t be surprising to see the Ryzen 7 9800X3D as our top pick for the RTX 5060 Ti, as it competes with the Ryzen 9 9950X3D in gaming performance and has much better productivity than its predecessor. It is the go-to processor for excellent, well-rounded performance, and it is a mid-range processor that not even the RTX 5090 could bottleneck, meaning that the RTX 5060 Ti should give it no trouble, and when the next generation of graphics cards comes out, upgrading to more powerful options should be an issue.

Priced under $600 for both GPUs, they offer fantastic value for performance, as we found in our RX 9070 XT review. Undercutting the competition, the 70 series is a staple for any build, and pairing it with a top gaming processor is something you should consider.

If you're looking, we offer a range of options for you to choose from. Based on our CPU reviews and hands-on experience with them, we have selected the ones that work well and match the level of the GPUs. With a range of budgets and use cases, there are a variety of options to choose from.

Products at a glance

How we picked

We selected a bunch of processors for the RX 9070 XT and the RX 9070 based on their price, features, platform, and the performance they showcased when we tested them in-house. This allows us to only recommend the best products and also paint a clear picture by showcasing their real-world performance benchmarks. If you’re interested in learning how we test various components, our testing lab has you covered.

Our top picks

The best CPU to pair with the RX 9070 XT or the RX 9070 is the Ryzen 7 9800X3D, as it is currently the best gaming processor in the world. While its reign might come to an end with the release of the 9950X3D, it’ll still be a good option to pair with any GPU for 1440p or 4K gaming. 

In addition, it can be overclocked, and in our Ryzen 7 9800X3D review, it rivaled the multi-core performance of the Ryzen 7 9700X, which is incredible as X3D processors couldn’t compete with “X” CPUs when it came to productivity. 

This is why we chose this as the best option, as it can provide excellent productivity and gaming performance. We tested it by pairing it with the RTX 4070 Ti, but it can be easily paired with much more powerful cards like the RTX 5080, as we tested it with this CPU as well.

We ran Cyberpunk 2077 and CS2 to check its gaming output and some benchmarking software to test its synthetic performance. In the Cinebench R23 multi-core test, which gauges a CPU's ability to handle intense loads, we got 22,568 points on normal settings, and with Precision Boost Overdrive enabled, it increased to 22,815 points. 

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

For comparison, the 9700X managed 22,475 points in this test, and while it did score higher in other tests, the difference wasn’t by a huge margin. So, what this means is that the 9800X3D can deliver excellent multi-threaded output that is crucial for workloads outside of gaming. 

As for its gaming results, we got 669 FPS with PBO enabled in CS2 and 334 FPS in Cyberpunk 2077 normally. The power consumed by this CPU was 99W and 97W, respectively, with the maximum temperature being 65°C and 62°C. 

So, what these results mean is that this processor should work fine with the RX 9070 XT or the RX 9070 in gaming and other tasks. On top of that, this pairing shouldn’t cost you more than $1,000, meaning with other mid-range components, you could build a solid gaming PC for $1,300 - $1,500. 

The RDNA 4 architecture should bring good improvements in the productivity of the RX 9070 XT and 9070. So, if you want to build a PC focused more towards multi-threaded output with comparatively decent gaming performance, we recommend pairing any of these two GPUs with the Core Ultra 7 265K. 

In our Core Ultra 7 265K review, it dominated the 9700X in multi-core tests and Blender, but the 9700X has better single-core performance, and the difference in gaming output also made that apparent. We paired it with the RTX 4070 Ti and got 191 FPS in Cyberpunk 2077, while the 9700X managed 240 FPS, which is a difference of 22%. 

However, when it comes to multi-threaded performance, the 265K is leagues ahead of the 9700X. In Cinebench R23, the 265K got 33,465 points, while AMD’s alternative managed 20,184. This is a massive difference and means this processor can handle resource-intensive applications and tasks better than the 9700X. 

While the Intel Core Ultra 7 265K doesn’t suffer the same performance-hindering issues as the other CPUs that fill the Ultra 200 lineup, it still isn’t a desirable chip when compared against the market’s alternatives.

So, paired with the RX 9070 XT or the RX 9070, you shouldn’t experience any performance issues from the processor, and the gaming output is still good, but just comparatively looks bad. 191 FPS at 1080p low is good, and at higher resolutions, the GPU is the one that’ll be responsible for churning out more frames; the 265K just has to keep up with it, and it has the hardware to do so. 

It has 20 cores and 20 threads, but the cores are divided between 8 performance and 12 efficient cores, which is why it has better multi-threaded performance. However, a downside of this CPU is that you’ll have to purchase an LGA 1851 motherboard. 

Overall, this is a good processor offering a decent uplift over its predecessor, which we can’t say for the rest of the Arrow Lake family. 

The Ryzen 9 9900X is the second most powerful processor in the Ryzen 9000 lineup, and pairing it with the RX 9070 XT or 9070 should make for an excellent combination for productivity in various domains and gaming. 

We’ve tested and reviewed the Ryzen 9 9900X in-house, displaying excellent gaming and synthetic performance. We used the RTX 4070 Ti Super with this processor to test its performance and got 330 and 245 FPS in Cyberpunk 2077 and Days Gone at 1080p. 

The reason for running these titles at 1080p is so that it is more CPU-intensive, as the GPU can easily render these frames and keeps asking the processor for the next instruction. 

However, with the 9070 XT or 9070, it should be easier on the CPU if you’re playing games at 1440p or 4K, as high-resolution rendering relies on the GPU’s performance rather than the CPU. 

The 9900X could have been much better, but it seems that’s a running theme with the 9000 series in general.

Besides that, in Cinebench R23 single- and multi-core tests, this processor churned out 2,205 and 31,502 points, respectively. The higher the score, the better, and these results are very good, meaning you’ll get excellent gaming output. And when it comes to work, the same rig should deliver exceptional multitasking results. 

This output was without enabling PBO, which should give it a good performance boost, but remember that it’ll come with an increased power draw and thermal output. We experienced this while testing the 9950X, and our AIO CPU cooler couldn’t cool it down sufficiently.

Overall, this is a great processor that should set you up for years to come and should be able to easily keep up with the RX 9070 XT or 9070 in gaming and professional workflows. 

The RX 9070 XT and RX 9070 have showcased excellent performance over their Nvidia counterparts, and what makes them even better is that they cost less, meaning better value, performance, and cost per frame. So, if you're looking to build a gaming PC with either one of these GPUs but want a value CPU that can keep up with them at 1080p, 1440p, and 4K, we recommend you check out the Ryzen 5 9600X.

In our Ryzen 5 9600X review, it displayed excellent generational improvement over the Ryzen 5 7600X in gaming and synthetic benchmarks, and this was pre-update, meaning its TDP was limited to 65W, but now you can ramp it up to 105W for increased output. To test its capabilities, we paired it with the RTX 4070 Ti Super, which, according to some reviews, performs on par with the RX 9070, while the RX 9070 XT outperforms it.

This means that you can expect better values than what we got with this GPU. In gaming, we ran Cyberpunk 2077 and Days Gone at 1080p as they are graphically demanding titles, and lowering the resolution puts more strain on the CPU. We got 325 and 246 FPS, respectively, but the RX 9070 XT and RX 9070 should be able to churn out more frames.

The Ryzen 5 9600X does do much better than its bigger brother at fending off the previous generation, but with a new BIOS update looming, it’s safe to say we’re going to see that gap increase further.

For synthetic testing, we'll take the results of Geekbench single and multi-core tests, which put the CPU and CPU under stress. This combination managed 3,283 and 14,909 points, respectively, which is much better compared to the 7600X's 2,955 and 13,236 points.

So, with 65W and paired with the 4070 Ti Super, we got these results, which is pretty great, but with the BIOS update and being paired with the RX 9070 XT and RX 9070, we'd expect better performance even at lower resolutions. However, at 4K, this CPU should also be great, as rendering frames at higher resolutions is more taxing on the GPU, and even a budget processor should be able to keep up.

Overall, this is a solid processor with good performance, and most of all, it is pocket-friendly, meaning you should be able to get the CPU and GPU for under $1,000.

The Ryzen 7 7800X3D may have lost its title as the best gaming CPU, but there is no doubt about its performance, as we've reviewed it in-house and were thoroughly impressed by its capabilities. It can be easily paired with any flagship processor without encountering a CPU bottleneck. If you're looking to build a gaming PC with the RX 9070 XT or RX 9070 and want to save on a processor, we recommend considering the 7800X3D.

This is an 8-core processor, with each core being hyperthreaded, meaning there are 16 threads to work with. This gives it decent multi-threaded performance, but when it comes to productivity, it isn't the best CPU to opt for, and we recommend any of the "X" processors from AMD or even previous-gen Intel CPUs.

It has 96MB of L3 cache, which is mounted directly on top of the CPU, reducing the distance the data has to travel, and the added storage allows more game data to be stored on the chip. This means that when the CPU calls for the data of the next frame to be rendered, it is close by, which lowers the access and, in turn, the processing time, resulting in better gaming output.

This CPU will smash through any gaming workload you throw at it, and be able to handle productivity tasks much better then before, although it still is a little limited in that department.

That being said, to test this processor, we paired it with the RTX 4070 Ti Super and ran our standard suite of benchmarking tests. In Cinebench R23 single- and multi-core tests, we got 1,665 and 17,581 points, respectively, which is a huge improvement over the 5800X3D, which managed 1,112 and 10,204 points.

Single-core score is generally used to gauge a CPU's performance in gaming, and the 7800X3D performs significantly better than the 5800X3D in every test. The same goes for multi-core performance, meaning it can handle multi-threaded workflows much better. However, the weak points of X3D chips are their comparatively low productivity and the lack of overclocking.

However, these issues were resolved with the addition of the 9800X3D, so that is also an option; however, if you don't have professional workflows to take care of and only want a rig for playing games, the 7800X3D is an excellent processor to go for.

How to pick the best CPU for RX 9070 XT and RX 9070

To select the best CPU for any graphics card, including those from Team Red, consider a few key factors, such as usage and budget. These are the main factors, and we’ll expand on them to provide a clearer understanding.  

Usage

Generally, AMD graphics cards are better suited for gaming and productive workflows, while Nvidia GPUs are more favored. That being said, the RX 9070 XT or 9070 can deliver 4K gaming performance, all while still featuring the GDDR6 memory with the RDNA 4 architecture.

So, for 4K gaming, you don’t necessarily need a powerful CPU; at that level, the output primarily depends on the graphics card. However, for 1440p or 1080p gaming, a slow CPU can cause a CPU bottleneck as it won’t be able to keep up with the GPU asking for the next frames to render. 

Besides that, for professional workflows like video editing or 3D modeling, it is best to opt for a high-end CPU, as these processes rely on a capable CPU to deliver high-quality output. You’ll also enjoy good gaming performance, but the overall initial cost will be significant. 

Budget 

The appeal of a flagship CPU is understandable, but for a mid-range GPU, going for a mid-range processor would be better as it’ll provide better value. That being said, depending on the task, you might have to spend more on a high-end processor, but if it doesn’t call for it and you want to play games at 1440p or 4K, even a budget CPU should be able to deliver good performance at that level.

Compatibility and upgradability of the platform

If you're building a PC, you do, of course, want it to be around for many years yet. So, depending on the CPU and what motherboard it goes with, it will determine how many future generations it can support. The likes of AM5, you can expect at least a few more CPUs to come out and give you a chance to improve your hardware and performance.

Depending on the socket and chipset of the motherboard, you can expect to find a variety of support for what they have to offer. That can be a deciding factor, and making sure the CPU you go for has a platform with features you want in your system.

Will the AMD Radeon RX 9070 XT be bottlenecked by older CPUs?

The RX 9070 XT will be bottlenecked by older CPUs, but that depends on which CPU you have. If you've got a Ryzen 5 5600X, it shouldn't bottleneck it, and anything below 5% is acceptable, as there is always a bottleneck in every system, and no system is 100% efficient. However, if you've got a Ryzen 5 1600X, the chances of it being bottlenecked at 1080p are considerably higher.

So, if you're playing FPS games at 1080p or 1440p and want the most FPS out of your GPU and are on the Ryzen 2000, 3000 or using an Intel processor older than the 10th or 11th gen, it would be better to upgrade to a 5700X3D or 5600X3D for the best gaming performance without breaking the bank or running into bottleneck issues.

How does CPU performance impact the AMD Radeon RX 9070 XT in gaming and productivity workloads?

A processor's single-core performance is related to how it'll perform in gaming, and its multi-core performance reflects how it'll handle resource-intensive applications and tasks such as video editing or 3D rendering. So, if you've got a budget CPU with fewer cores, it might not have a huge impact on gaming output, but the difference will be felt in productive workloads.

On the other hand, a high-end processor has more cores and threads to work with, meaning better multi-threaded performance resulting in significantly better productivity, and with more power going to the cores, the single-core performance also increases, which means more FPS and little to no risk of bottleneck.

So, depending on the CPU you use with the RX 9070 XT, it'll be able to deliver more FPS at lower resolution as the CPU can keep up with its calls for the next frame to work on, and in tasks like 3D rendering, it should also experience a significant performance boost.

The right processor pairing can ensure your GPU offers top performance without fear of bottlenecking. Better yet, the top CPUs out there can also help you stretch that framerate even further. With these Nvidia cards having 12GB and 16GB of memory, they are targeting 1440p and 4K resolutions, and so the choices for the rest of your hardware should reflect that.

Even if the cards are not that much greater than their predecessors, as we found in our RTX 5070 review, the access to DLSS 4 and the latest tech is still quite appealing. For this reason, a lot of the CPUs recommended are high-end models - all of which have been reviewed and tested in-house.

Products at a glance

How we picked

We looked at different Intel and AMD processors and filtered them based on their price, architecture, clock speed, cores, and the performance they showcased during our in-house CPU testing. This gave us a list of processors we think would work best with the RTX 5070 and RTX 5070 Ti, as they are in the middle of the RTX 50-series performance hierarchy. Also, if you want to see how we select and review products, visit our PC Guide Testing Lab, which will explain the process in detail.

Our top picks

We think one of the best CPUs to pair with the RTX 5070 and 5070 Ti is the Ryzen 7 9800X3D. This is currently the best processor for gaming. Still, with the improvements it brought, it can compete with the 9700X in productivity, something that wasn’t possible with the previous X3D generations. Since it doesn't bottleneck the RTX 5090, you won't have to worry about that with the 5070 and 5070 Ti.

We selected this processor for the RTX 5070 and 5070 Ti because this card has 12GB VRAM, which means it is most likely better suited for maxed-out 1440p gaming and can probably push good frames at 4K with DLSS 4. 

So, in terms of raw performance, 2K is better suited for it, and for that, it is best to have a CPU that can deliver fast instructions to the GPU and keep up with it. In our Ryzen 7 9800X3D review, we paired it with the RTX 4070 Ti, the 5070 Ti’s predecessor, and ran a couple of games and benchmarking software to see how it performed.

We got 334 FPS in Cyberpunk at 1080p and 604 FPS in Counter-Strike 2. So, we expect even better performance when paired with the RTX 5070 as it has faster memory, and when coupled with the 9800X3D’s PBO, which delivered 669 FPS in CS2, it should take the gaming output to the next level. 

On the other hand, the Ryzen 7 9800X3D can be overclocked, meaning faster clock speeds and better performance. However, that’ll come at the cost of a higher power draw. When we ran CS2 normally, the 9800X3D took around 93W at a 60°C temperature, but with PBO enabled, the wattage went up to 99W, and the temperature increased to 65°C. 

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

While 65°C isn’t hot for a CPU, keep in mind that the more you push your CPU, the more heat it’ll generate. That being said, this CPU also has excellent productivity and can match and slightly outperform the 9700X. 

In the CPU-Z multi-core test, which determines how well a CPU can handle multi-threaded workloads like running Chrome while editing and listening to music simultaneously, the 9800X3D delivered 8523 points normally and 8689 points with PBO enabled. 

The 9700X managed 8794 points, which isn’t that far off from the 9800X3D’s result. So, whether you’re gaming or working, the combination of the 5070 and 9800X3D should be able to tackle anything you throw its way. 

The reason why this CPU has such good performance is because of the new Zen 5 architecture, 8 cores, and 16 threads. In addition, it features 96MB of the 3D V-Cache, which is mounted beneath the CCD for better thermals while offering better gaming performance. 

Since the L3 cache capacity is massive, more game data can be stored on the chip, meaning the CPU doesn’t have to utilize resources to call the data and then process it. It can just access it from nearby and send it forward, improving the efficiency, load, and access times. 

Overall, this is a great CPU to pair with any of the new GPUs, including the RTX 40-series cards. It should work excellently with the RTX 5070 and 5070 Ti to deliver a smooth and stable 1440p gaming experience. 

For the best productivity with the RTX 5070 and 5070 Ti, we recommend pairing them with the Ryzen 9 9950X as it is the flagship processor of the Ryzen 9000 lineup, and, in our 9950X review, it showcased excellent productivity and gaming performance.  

16 cores and 32 threads power this processor with a base and boost clock speed of 4.3 GHz and 5.7 GHz, respectively. Besides that, it has a 64 MB L3 cache, which is more than enough to deliver solid performance in different tasks. 

To test this CPU, we used the same test bench as the 9800X3D and paired it with the RTX 4070 Ti. We ran Cyberpunk 2077 and Days Gone at 1080p low and got 319 and 279 FPS, respectively. However, while testing, we ran into a software issue that made the 9950X run a little slower, and for comparison, the 9900X delivered 330 FPS in Cyberpunk 2077. 

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. PBO can ramp this CPU up a few notches, but you’d better be ready to cool it. It eats 240mm AIOs for breakfast when PBO is enabled. 

So, we’re sure the 9950X can deliver more than 330 FPS, which would put it in the same league as the 9800X3D. Besides that, it has much better synthetic performance. In the CPU-Z multi-core test, it churned out 16,860 points, while the 9800X3D could only manage 8689 points with PBO enabled. 

However, when we turned on PBO on the 9950X, this score jumped to 17,421, further separating the two CPUs. Its single-core score in CPU-Z also increased from 872 to 877.6, which isn’t huge but still more than what the current best gaming processor could manage. 

These results are why I suggest the 9950X for the RTX 5070 and 5070 Ti. It should definitely be able to push good frames at 4K due to its higher CUDA core count and 16GB GDDR7 VRAM. That being said, you should get a stable and well-rounded gaming and working experience with this combination, securing you for years to come. 

On top of that, if you see a good deal on an RTX 5080 or RTX 5090, you can easily upgrade without worrying about whether the CPU will be able to keep up or not. However, with the inclusion of DLSS 4 and Reflex 2, the RTX 5070 and 5070 Ti should deliver excellent in-game results without running into a CPU bottleneck.

There is also the option to get this processor with AMD's famed X3D processor, which we have not yet reviewed, the 9950X3D. Although more expensive, it might be a factor in picking out this choice instead.

If you’re looking for a processor that offers a perfect mix of gaming and synthetic performance with excellent value, we recommend the Core Ultra 7 265K for the RTX 5070 and the RTX 5070 Ti. 

While the Arrow Lake processors aren’t great for gaming, it seems that the 265K was an exception, as in our Core Ultra 7 265K review, it has top-notch performance and outperformed the Ryzen 7 9700X, its direct competitor. 

This processor has 20 cores and 20 threads. The cores are split between 8 Performance and 12 Efficient cores, with a base clock speed of 3.9 GHz and 3.3 GHz, respectively. The boost clock speed is 5.5 GHz. The P- and E-cores offer energy efficiency and high performance without compromising on either. 

The P-cores are physically larger and can handle more resource-intensive tasks, so they take over when such a workflow comes along. The E-cores take over when it's done and handle the minor tasks. So, the CPU doesn’t consume a lot of power all the time and only kicks into a higher gear when there is a need for it. 

A great improvement in the Core Ultra 200S processors is that they use 3nm CPU processes compared to Ryzen 9000’s Zen 5 architecture, which has a 4nm CPU process technology. This means the transistor count is higher for the 265K compared to the 9700X, which is part of the reason why it delivers better performance.

An area where the 265K shines, as does the rest of the Arrow Lake lineup, is efficiency. Efficiency is up by 35% on the new E-cores that feature in Intel’s 15th generation, partly because they dropped hyperthreading.

To test it, we paired it with the RTX 4070 Ti, MSI MAG Z890 Tomahawk WiFi motherboard, and 64GB of DDR5 memory running at 6,800 MT/s. In Cyberpunk 2077, at 1080p, the 265K delivered 240 FPS while the 9700X managed 191.4 FPS. 

Besides that, in Cinebench R23, the 9700X performed better with 2207 points, while the 265K delivered 2036 points. However, in the CPU-Z single-core test, the 265K scored 866.3 compared to the 9700X’s 856. 

That being said, the situation was completely different when it came to multi-threaded output, as the 265K blazed past the 9700X with a massive margin. In the Cinebench R23 multi-core test, the mid-range CPU from Team Blue churned out 33,465 points, while the 9700X trailed behind with 20,184. 

This should tell you everything you need to know about the 265K's capabilities, which is why we suggested it as the mid-range CPU for the RTX 5070 and 5070 Ti. It has better output than the competition, and the only downside for some would be investing in the LGA 1851 platform, which, like AM5, has a long upgrade path since it is new. 

Other than that, it is only compatible with DDR5 RAM, which will increase the cost of upgrading, but will be worth it in the long run as it has much better performance than DDR4 RAM. Overall, you shouldn’t run into any bottlenecks or performance issues in gaming or working with the 265K, whether you pair it with the RTX 5070 or the 5070 Ti. 

For those who are looking for a budget CPU to pair with the RTX 5070 or 5070 Ti, we recommend the Ryzen 5 9600X. While this CPU might not have gotten off to a great start, in our 9600X review, we found that it brought significant generational improvements over the Ryzen 5 7600X.

The reason for recommending the 9600X is that the RTX 5070's sweet spot is most likely going to be 1440p, at which this processor should be able to keep up with the GPU, and the RTX 5070 Ti should be able to push 4K. At UHD, gaming is highly GPU-dependent, and while having a fast CPU does make the experience a bit smoother, the 9600X shouldn't bottleneck the 5070 Ti.

We're expecting the same from the 9600X and 5070 or 5070 Ti pairing. However, keep in mind that in professional workflows, it will have an impact, so if you've got tasks like video editing, then you'd be better off with a high-end processor. If you're interested in exploring some options, check out our best CPU for video editing guide for the top picks.

The gaming performance is very stable and there is a substantial improvement over the last gen. But with that being said, if you don’t play games that’s not going to mean much to you.

That being said, for casual use and mid-level professional tasks, this pairing should be fine. This processor has 6 cores, 12 threads, a base clock speed of 3.9 GHz, and a boost clock speed of 5.4 GHz. This means that each core can execute 5.4 billion instructions per clock cycle, and this can be increased further by overclocking the CPU.

However, that comes with the issue of more thermal output, but given how energy-efficient this processor is, you probably won't have to worry about that. Still, if you're located in a hot region where the base temperature is high, we recommend using the best CPU cooler for the 9600X to keep it running cool.

When it comes to its performance, we paired it with the RTX 4070 Ti Super, which is a step above the RTX 4070 Ti, the 5070 Ti's predecessor. We ran Cyberpunk 2077 and Days Gone at 1080p low to put the stress on the CPU and got 325 and 246 FPS, respectively. This means that the 9600X was able to easily match the performance of the 4070 Ti Super, giving us confidence that it should also deliver good results with the RTX 5070 and 5070 Ti.

Overall, this is a decent processor for gaming and work, but it certainly isn't the best for resource-intensive tasks. Its performance can be increased by ramping up its TDP to 105W without worrying about damaging it, as it comes under AMD's warranty.

If you're one of those who stick one or two generations back, as they have better support and the issues have been ironed out, we recommend you check out the Ryzen 7 7800X3D. This was the reigning processor for gaming before the Ryzen 7 9800X3D dropped, but that doesn't mean that it can't hold its own any longer, as it is still a solid CPU, and you can pair it even with more powerful graphics cards.

In our Ryzen 7 7800X3D review, we paired it with the RTX 4070 Ti Super and ran a handful of benchmarking tests to see how it'll handle various workflows, and it did not disappoint. However, when it comes to pure productivity, the previous X3D processors weren't the best options, but that isn't the issue with the new X3D processors.

So, if you've got more work to take care of, it'll be better to opt for another processor, but for gaming, this is one of the best CPUs for gaming available on the market. As for its synthetic performance, it managed 1,665 and 17,581 points in the Cinebench R23 single- and multi-core tests. The single-core output indicates how well a processor will handle gaming, as games generally don't use multiple cores.

The 7800X3D is a fantastic chip and much improved over the previous generation. This CPU will smash through any gaming workload you throw at it, and be able to handle productivity tasks much better then before, although it still is a little limited in that department.

On the other hand, the multi-core output showcases how well a processor will handle multitasking or resource-intensive applications. For comparison, the Ryzen 7 7700X managed 1,995 and 19,650 points in the same test, and while "X" processors have better multi-core output, we can see that it has a better single-core score as well.

It managed 255 and 296 FPS in Days Gone and Cyberpunk 2077, but what it doesn't have is the 3D V-Cache. This additional cache, vertically stacked on top of the chip, enables it to store more data on the chip and gives the X3D the gaming performance they are known for. So, we expect the 7800X3D to easily deliver better FPS, but as mentioned at the start, it isn't the best processor for heavy workloads, but it'll still get the job done, just not that efficiently.

Honourable mentions

Some of the options that aren't exactly our top choices, but still might be a consideration. We may not have first-party testing on them as well, so you can search out what they perform like, but they are notable choices still.

Why you can trust us

At PC Guide, we know that a great processor is the heart of any killer PC build. That’s why we dive deep into hands-on testing, pushing CPUs through real-world tasks and benchmarks to uncover how they perform under pressure. From gaming marathons to heavy multitasking, we focus on the speed, efficiency, and value that truly matter to you.

Sometimes the market moves fast, and we can’t test every single chip ourselves, but rest assured, every recommendation we make is backed by solid research and trusted data. Our goal is to help you find the perfect processor that delivers top-tier performance without breaking the bank or compromising reliability.

Best of all, we keep it 100% transparent and free from manufacturer influence, no gimmicks. When PC Guide gives a thumbs-up, it means the processor has earned its spot through real-world excellence and rock-solid quality. That’s the kind of confidence you can build on.

How to pick the best CPU for RTX 5070 and 5070 Ti

To select a CPU for any graphics card, including the RTX 5070 and the 5070 Ti, there are a handful of factors that you need to consider. These factors will help you make an informed decision and give you an option with the most value for your money. 

Budget 

Your budget is the most important aspect when it comes to investing in a new processor. The RTX 5070 family GPUs are in the middle of the performance hierarchy, so it would make sense to pair them with mid-range processors that offer excellent value, like the Ryzen 7 9700X. 

However, given the hardware improvements, you can pair them with high-end CPUs without any issues, as it’ll make for a powerful combination in gaming in all resolutions and productive workflows. 

Usage

In high-resolution gaming, the GPU is pulling most of the weight, meaning even a budget processor can be paired with a much more powerful card. However, at lower resolutions, the CPU needs to churn out instructions quickly to keep up with the graphics card, and if it can’t, the GPU is held back, resulting in a CPU bottleneck. 

Additionally, a flagship processor is better suited for productivity and resource-intensive tasks, such as video editing, rendering, running simulations, and streaming. So, if you’ve got a decent graphics card like the RTX 5070 or 5070 Ti and want well-rounded performance in gaming, an X3D processor or the 9900X should work great. However, if you’re operating on a budget, a 7700X or a 7800X3D should also deliver good productivity and gaming output, respectively.

FAQs

What CPU do you need for an RTX 5070 and 5070 Ti?

There are no rigid requirements for a CPU that can run the RTX 5070 or 5070 Ti, but there will be a point where it starts to bottleneck the GPU and fall in performance. You also don't want it to lose out on some of its features. So, ideally, you want a CPU that can be used with a PCIe Gen 5 motherboard like some X870 motherboards. That limits you to more recent AMD AM5 or Intel LGA 1851 processors to ensure the best experience all around.

Can my PC handle a 5070 or 5070 Ti?

As long as your PC is relatively recent and you have a big enough power supply in it, you'll likely be able to slot in a new RTX 5070 into it. Ideally, you want a PCIe Gen 5 x16 slot, but a Gen 4 option isn't that detrimental to it either. Plus, a CPU that can keep up with the graphics card capabilities. It's the power supply that is most important, with a 250W and 300W requirement for the 5070 and 5070 Ti, respectively; you'll want a 650W or 750W PSU minimum for these.

What is the best CPU for the RTX 5070 and 5070 Ti?

Depending on your use case, there is a good range of options to pick from. If it's a top gaming CPU with all the performance in mind, the 9800X3D is the one to go for. While if you're going for productivity tasks and multithreading, the 9950X (or now X3D options) are the better ones to go for. There are then Intel alternatives, too, with the 265K, the one we'd suggest, with the budget pick going to AMD's 9600X.

Is AMD or Intel better for the RTX 5070 and 5070 Ti?

Currently, AMD is at the top of the leaderboards in terms of performance, value, and sales among processors. They do have good reason with the value they offer, as even lower-end CPUs beat out Intel outright and in value. So you should look at AMD CPUs and especially X3D ones. But there is still some value in Intel options if you prefer, as it continues to support its latest Core Ultra 200 series.

What CPUs support PCIe 5?

Most of the latest generations of processors support PCIe 5. AMD's AM5 platform currently consists of Ryzen 7000 and 9000 CPUs. On Intel's side, looking back, many of their CPUs support it, including Core Ultra 200, 14th Gen, 13th Gen, and 12th Gen. Although they support it, be sure to have a motherboard that actually offers that speed and connection so the CPU can run that.

What AMD GPU is equivalent to the RTX 5070 and 5070 Ti?

AMD has equivalent graphics cards to Nvidia's, with arguably a lot better value, if you can find them at their MSRP. So, from the latest generation, the RX 9070 is equivalent to the RTX 5070, and the RX 9070 XT is comparable to the RTX 5070 Ti. There are some functional differences with what they offer and support, so they're not always directly comparable.

But AMD has made big improvements to its drivers, upscaling support with FSR 4, and ray tracing performance, so it has a great offering as an alternative to Nvidia.

Final word

It shouldn't come as a surprise that the best processor for these next-gen GPUs or any of the latest GPUs is the 9800X3D. It features significant design changes in where the additional cache is stacked, which results in better thermal efficiency without compromising performance. On top of that, it offers much better productivity output than the previous X3D processor, and it can be overclocked, which wasn't possible before. Overall, with this processor, you should have issues playing games or working with the RTX 5070 or 5070 Ti at any resolution, and you can even upgrade to the most powerful processor, the RTX 5090, without running into bottleneck issues.

We've reviewed two models of the RTX 5080, both the Founder's Edition and ROG Astral, netting them a score of 4.5 and 4 stars out of 5, respectively. With some rather impressive designs and high performance, it definitely has the wow factor, and the price to show for it.

So, to get the most out of the powerful card with DLSS 4 and MFG capabilities, here are some of our top CPU recommendations for the RTX 5080.

Products at a glance

How we picked

While selecting the best CPU for the RTX 5080, we considered factors like the brand, architecture, cores, threads, base and boost frequencies, and other important factors. We also take a more hands-on approach by thoroughly testing the CPUs in-house for synthetic and real-world performance. If you’re interested in learning how we select and review products, visit our PC Guide Testing Lab, which will show the process in detail.

Our top picks

One of the best CPUs for the RTX 5080 is the Ryzen 9 9950X, AMD's flagship processor with excellent productivity and gaming performance. We tested this processor for our 9950X review, and its output didn’t disappoint in the least. 

We paired it with the RTX 4070 Ti Super and ran Cyberpunk 2077 and Days Gone at 1080p low to really test it. It delivered 319 and 279 FPS, respectively, in both titles, which is higher than what the 5800X3D managed to churn out. 

Besides that, for synthetic testing, we ran a couple of benchmarking software, such as CPU-Z, Geekbench, and more. In CPU-Z single- and multi-core tests, it managed 872 and 16,960 points, respectively. However, that's not all; enabling PBO increased its performance for single-core to 877.2 and 17,421 for multi-core.

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. 

So, it seems like PBO does a better job of enhancing its multi-threaded performance, but the downside is that it gets hot to the point where our 240mm AIO cooler can’t keep up with the generated heat. 

The reason for choosing this CPU for the RTX 5080 was that it offers a well-rounded performance in gaming and other workloads. Its multi-threaded score shows that it can handle resource-intensive tasks easily, and its single-core performance can deliver high framerates in gaming. Compared to the 285K, it scored slightly low in the multi-core score, but nothing that is vastly different. The 9950X dominated the 285K in gaming, hence the well-roundedness, whereas the 285K is better suited for productivity.

This performance is due to the Zen 5 architecture, 16 cores, and 32 threads. These cores have a base and boost clock speed of 4.3 GHz and 5.7 GHz, respectively. So, this processor should undoubtedly make an excellent partner for the RTX 5080, and if you want more performance, you can always overclock it.

If you lean toward Team Blue, check out the Core Ultra 9 285K. While the Arrow Lake processors might not be as popular as their AMD counterparts, they have excellent multi-core performance. 

So, if that is something you were looking for, this CPU should serve you well; however,  for pure gaming performance, any of the X3D or even X processors from AMD will be a much better fit. In our Core Ultra 9 285K review, we paired it with the RTX 4070 Ti to run synthetic and real-world tests. 

In gaming, we got 216 FPS in Cyberpunk 2077 at 1080p, which is 3 FPS less than the 14900K, and the 9950X was leagues ahead with 319 FPS. So, this isn’t the best for gaming; however, in synthetic testing, it managed 41,436 points in Cinebench R23 multi-core and 2014 points in single-core. 

For comparison, the 14900K got 2143 points, and the 9950 managed 2275 points in the single-core test. The 14900K and 9950X in multi-core managed 39973 and 40938 points, respectively. It isn’t surprising that it didn’t do well in the single-core test, but its multi-threaded performance is something else.

The Core Ultra 9 285K is a great processor there’s no doubt about it. Even as it cut back on the thread count and hyper-threading I was worried about its multi-core processing power, but that seems to not be the case as it leads in benchmarks for multi-core performance. 

Despite having fewer cores and threads than the competition, it managed to have a better multi-threaded output. Paired with the capabilities of the RTX 5080, it should deliver exceptional performance in professional workloads like video editing, Photoshop, 3D rendering, and modeling. 

This Arrow Lake flagship processor has 24 cores and 24 threads. The 24 cores are split between 8 Performance cores and 16 Efficient cores. This hybrid architecture was introduced to deliver performance and efficiency. The P-cores handle heavy workloads and go dormant when the task is complete. The E-cores take over and handle the less intense and everyday workflows. 

It also has a 125W base TDP and a 250W maximum turbo power, which is 3W less than that of the 14900K, so there isn’t a huge difference. However, due to the 3nm CPU processes, it doesn’t get very hot or experience thermal throttles. The maximum temperature it reached was 84°C, which is during Furmark 2, which pushes the CPU to its utmost limit. 

Overall, this is an excellent processor to pair with the RTX 5080. Even if you might not get the level of gaming performance you’d get from other CPUs, it should ensure that your system has top-notch productivity while still being able to deliver more than playable framerates in different titles. 

There is currently only one option for the best gaming experience: Ryzen 7 9800X3D. While the Ryzen 9 9950X3D has been announced, and AMD claims that it is the best processor for gaming, we’ll know that for sure when we review it. For now, the 9800X3D is the king. Also, this processor should be easily able to keep up with the RTX 5080, as even the RTX 5090 paired with it wasn't enough to cause a CPU bottleneck.

In our Ryzen 7 9800X3D review, it had, unsurprisingly, exceptional gaming performance paired with the RTX 4070 Ti and could also match or outperform the Ryzen 7 9700X in productivity, something that wasn’t possible with the previous X3D processors.  

In Cyberpunk 2077, it managed 334 FPS, while the 9700X and 265K could only deliver 313 and 240 FPS, respectively. In Counter-Strike 2,  we got 604 FPS normally and 669 FPS with PBO enabled, which shows how much overhead you have with this CPU. 

As for synthetic testing, in the Cinebench R23 single test, we got 2026 and 2068 points with normal settings and PBO enabled, respectively. The 9700X got 2203 points, while the 265K trailed behind with 2018 points. So, it can trade blows with the 9700X and has better single-core performance than the 265K. Single-core performance is what we generally look at while judging how well a processor will perform in gaming.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

In the Cinebench R24 multi-core test, the 9700X managed 22475 points while the 9800X3D managed 22568 normally and 22815 with PBO enabled. So, it can deliver slightly better performance than the 9700X, but couldn’t compete with the 265K as it churned out 33385 points, leading with a massive margin. 

So, times have changed, and you don’t need to choose between an X and an X3D processor if you’re looking for productivity and gaming, as the 9800X3D can do it all. In addition, it can be overclocked, meaning you can get even better performance, but ensure you’ve got the best CPU cooler for the 9800X3D to keep it from thermal throttling. 

So, regardless of your usage, pairing the 9800X3D with the RTX 5080 should result in a powerful combination that can handle any task without breaking a sweat. 

If you're looking to save some cash but also get a high-end processor that can keep up with the RTX 5080, we recommend pairing it with the Ryzen 7 7800X3D. Before the 9800X3D, the 7800X3D was the best processor in the world, and recent performance benchmarks for the RTX 5090 raised a bottleneck issue at lower resolutions. So, if you're worried about that, the 9800X3D was able to keep up with the 5090, and the 7800X3D should also be able to handle what the RTX 5080 can churn out.

That said, we're confident in the 7800X3D's abilities because we've tested and reviewed it in-house. It showcased excellent performance in multiple benchmarking software like CPU-Z, Cinebench, and Geekbench. These tests put the CPU under different simulations to see how it performs, and the higher the score, the better its performance.

For example, in CPU-Z, it got 643 points in the single-core test and 7,985 points in the multi-core test. What this means is it should have excellent gaming performance, and should also be able to handle multi-threaded workflows well. For reference, the 5800X3D managed 461 and 4,889 points in the same tests, so this shows how much of an improvement was made over the span of a single generation.

The 7800X3D is a fantastic CPU in terms of gaming performance, but it’s still not quite there in terms of multi-core performance.

However, it might be one of the best CPUs for gaming, but the same can't be said for productivity. If you want a balanced gaming and productive output from your system, we recommend pairing the RTX 5080 with the Ryzen 7 7900X. This chip has better professional performance than the 7800X3D, but not the same level of gaming output.

That being said, the 7800X3D features 8 cores and 16 threads, meaning each core is hyperthreaded. If the tasks are super resource-intensive, this CPU should be able to power through just fine. You can also increase its performance by overclocking it, meaning if there is a performance gap between the 5080 and 7800X3D, which there shouldn't be, it'll be bridged. However, this will increase its thermal output and power draw.

When you're looking for a budget CPU, the more entry-level processors from the likes of AMD are the way to go. Our choice to pair with the RTX 5080 is the Ryzen 5 9600X. Bringing AMD's latest Zen 5 architecture for a lot less while still providing some great performance.

With the latest update, the TDP can scale up to 105W, enabling users to expect even better performance, whether working through multicore processes or deep into a demanding gaming session. The Ryzen 5 9600X features 6 cores built on AMD’s new Zen 5 architecture, utilizing 4nm process nodes and boasting a transistor count of 8.315 billion.

The 9600X does better intergenerationally than it's bigger brother, the 9700X.

More transistors typically mean a CPU can process data more efficiently while keeping power consumption in check. These generational improvements allow the 9600X to rival even the Ryzen 9 7900X in single-core performance, scoring 827 in CPU-Z and 2,149 in Cinebench R23. In comparison, the 7900X managed 778 and 2,017 in the same tests, respectable scores, but slightly behind in single-core tasks.

Of course, with its greater number of cores and threads, the 7900X still wins in multi-core performance. However, the 9600X pulls ahead in gaming scenarios like Cyberpunk 2077 at 1080p, achieving 325 FPS compared to the 7900X’s 299 FPS, an impressive result for a 6-core chip.

Considering its price point, the Ryzen 5 9600X is one of the best-value CPUs for an RTX 5080 and various workloads you need, and it’s more than capable of handling a wide range of other tasks without breaking a sweat.

How to pick the best CPU for RTX 5080

Here are a couple of factors you should consider before buying a CPU for the RTX 5080. They should help you make an informed decision, avoid overspending, and get excellent value. 

Budget 

The most important factor to consider while buying any component is your budget. Does it allow for high-end CPUs? Would you have to spend more to buy a flagship processor? Does your budget only allow for mid-range options? 

These are some of the questions you need to ask yourself, but it is always better to operate within your budget. So, filter all the available options based on them and choose a processor that offers good performance and price. This will ensure you get the maximum value without exceeding your budget.  

Usage

The second factor to consider is your usage. The RTX 5080 should be able to push 4K without a hitch; however, if you’ve only got a 1080p monitor, then you’d be playing at 1080p. So, at lower resolutions, the processor needs to be fast to keep up with the GPU, and at higher resolutions, the GPU is pulling most of the weight, and even budget CPUs can work with high-end GPUs at 4K. 

Besides gaming, you also need to consider if there are any other workflows, such as editing, rendering, and streaming, that require a core-dense processor. So, the best bet is to pair the RTX 5080 with a high-end processor for a well-rounded system that can handle anything you throw at it. 

Upgradeability

One of the main benefits of the PC ecosystem is its upgradeability, with each component essentially being able to be changed out. For the CPU, this means you want a motherboard with a good lifespan, ideally one that supports AM5 or Intel's LGA 1851, which are a couple of generations old but may have some upgrades down the line.

Platform features

Alongside the CPU, you have the relevant motherboards, which can have an influence over what you decide to use. The chipsets control the kinds of USB connections you have available to you, like Thunderbolt and USB 4. These are required for X870E and X870 on AM5, but not for the ones below.

What CPU pairs well with the RTX 5080?

Depending on your use case, there are a few options for finding a CPU that pairs well with the RTX 5080. If you're looking for pure gaming performance, then the 9800X3D is the go-to processor, getting you all you need to unlock the highest framerates. If instead, you're after more workload multiprocessing work, the 9950X or 285K are the better options. Or you could combine both and go for the premium 9950X3D.

Does RTX 5080 work with an AMD CPU?

Yes, there's no reason for the RTX 5080 not to work with an AMD CPU. It doesn't detract from the graphics card's performance or features and can, in fact, make it an even better option to go for since Ryzen has some of the best CPUs out there. Since you can go for an X3D CPU and get some incredible gaming performance.

What CPU is needed for RTX 5080?

There is no specific processor you need for the RTX 5080; it will work on most platforms that support it, ideally a PCIe Gen 5 motherboard. But you do want to look for more modern options that make it a worthy counterpart to the two to get most of the features of it.

What processor does the RTX 5080 use?

The RTX 5080 features the GB203-400-A1 GPU processor inside it. Created with Blackwell 2.0, it is made with TSMC's 5nm process. With a die size of 378mm², it is able to fit 45.6 billion transistors on it, thanks to getting a density of 120.6 million per mm².

Is the Ryzen 7 9800X3D good with the RTX 5080?

Yes, the 9800X3D is a great pairing with the RTX 5080. As one of the top gaming CPUs with plenty of value behind it, you'll be sure to get a great deal of performance from it. Especially with the X3D cache inside, it can push gaming performance beyond standard CPUs. It does fall behind others in terms of creative workloads and scenarios, so there are some better options you could pick from if that's more your workload.

Honorable mentions

Some CPUs we haven't got around to reviewing yet or didn't quite make our list, but still might be on your radar as an option to pick from. You can shop around and look at other reviewers to make your selection from a worthy range of options to consider for your RTX 5080.

The Ryzen 7 9800X3D was able to match the RTX 5090 even at 1080p, so it is one of the best CPUs to pair with and is our top pick. That being said, the AMD Ryzen 9 9950X3D is out now and likely a good pairing as we have yet to test the processor, but there are many options available right now that should be able to handle what the RTX 5090 can dish out.

The RTX 5090 will be making its way through our testing labs soon, so stay tuned for our review. You can get a head start on your RTX 5090 build; we've selected these reviewed CPUs that we think will pair well with the 5090 based on our expertise and understanding of the performance information available.

Here are what we think are the best CPUs for the upcoming RTX 5090, so far.

Products at a glance

How we picked

When picking out the best CPU for the RTX 5090, there are plenty of factors to discuss, such as architecture, platform, cores, threads, frequencies, and other factors. With that, we can create a range of options that you can decide from that best suits your needs while also fitting the capabilities of the RTX 5090.

We have also tested these processors in our PC Guide testing lab, putting them through their paces and ensuring they're up for the job. So, with no more delays, here are our top choices for the RTX 5090.

Our top choices

Regarding something that would match the RTX 5090 in performance and capability, the Ryzen 7 9800X3D is the one to go for. As we found in our review, the gaming king reaches up and beyond where it sits in tier lists, going even above the Ryzen 9s in its generation and making it one of the few worthy options in the 9000 series of processors.

In our tests using an RTX 4070 Ti, it performed well in gaming compared to the 7800X3D, 9700X, and 265K. It can even run PBO, giving it an even more significant overclock and boost over the factory settings, something not possible on previous X3D processors. That makes it great, too; with the redesigned structure and 96MB L3 cache, it can reach these new heights.

It managed 334 FPS in Cyberpunk 2077 at 1080p low settings and 604 FPS in CS2, showcasing its ability to keep up with the GPU, churn out quick instructions, and avoid bottlenecks. Paired with the RTX 5090, we shouldn't experience any bottlenecks at lower resolutions as we're also seeing in reviews but it is solid 4K GPU, so you probably won't be using it for gaming at lower resolutions.

As for its specs, it comes with eight cores and 16 threads for setup, and these have a base clock of 4.7GHz and a default boost of up to 5.2GHz. These can go higher with any overclocking changes if you were to make them.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

However, the 9800X3D has some detriments, too, and it can fall behind in productivity tasks, as we see it fall behind the 265K in some of our tests. However, AMD has made progress compared to the 7800X3D. It is much improved and a strong consideration for the task if you need it for the job, meaning it's not just for gamers anymore.

However, it does come at some cost, as the price increases compared to the other Ryzen 7 CPUs. At $479, it comes close to the Ryzen 9 in the 9000 series. But that's still a quarter of the price of the RTX 5090, meaning it's probably not that big of a comparison, and it ensures that it performs at its best.

It also comes on the AM5 platform with a focus on longevity and solid specs in terms of memory and capabilities. That should last you a while, along with an upgrade path down the line with some new hardware that might be released in the years after you buy it.

If, instead of just gaming performance, you need some more productivity, the processor with more cores, threads, and hyperthreading is what you need. That's where the 9950X is best suited, as we found in our review. With a total of 16 and 32 cores and threads, respectively, it is greatly suited to those productivity tasks and rendering that can load them all up and take advantage of it.

That's where the 9950X smashes through the workloads and can achieve high scores in synthetic and productivity tasks. But even then, it's no slouch in gaming tasks as it achieves great frame rates and great performance. Even if it comes at quite a cost, considering it has an MSRP of $649, it's quite a big price to pay, even if it's just a fraction of what the graphics card comes to.

We paired it with an RTX 4070 Ti Super and ran Days Gone and Cyberpunk 2077 at 1080p low to put the processor under the spot. It managed 279 and 319 FPS in the aforementioned titles, respectively. However, during testing, there was an issue with the software or Windows, which we believe skewed the results as the 9900X managed 330 FPS in Cyberpunk 2077.

The 9950X has faster clock speeds and a higher core and thread count. So, its real performance should be above 330 FPS, as we saw it beating the 9900X, which managed 245 FPS in Days Gone. Besides that, it managed 3,449 and 22,248 points in Geekbench single- and multi-core tests, respectively. These tests determine a CPU's capability to handle multi-threaded workflows, and the single-core score is generally looked at for gaming performance.

So, this processor has excellent synthetic performance. Regarding its gaming performance, even though it doesn't have a 3D V-Cache, it should be able to easily keep up with the RTX 5090 without causing any bottlenecks. However, this pairing would be a monster for productivity and tasks like 3D rendering or training ML models.

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. PBO can ramp this CPU up a few notches, but you’d better be ready to cool it. It eats 240mm AIOs for breakfast when PBO is enabled

As for the clock rates, it comes with a base clock of 4.3 GHz and can boost up to 5.7 GHz, making it a top choice for speed and cores to perform well. It can get even higher with PBO, as Jack found out during his testing of the processor. This is all before the 9950X3D release, it might be a good consideration too once it comes out to get a combination of both cores and cache.

It has a TDP of 170W and 50W more than the 9800X3D, making it a bit more power-hungry to keep those cores and speeds in shape. Being able to power it shouldn't be too difficult, considering the TDP of the 5090 is 575W. You'll need a strong 1000W power supply either way.

The last of the lot is the Intel CPU; if you're still after a processor from Team Blue, this is the best bet for the job. The Intel Core Ultra 9 285K is the top selection out of the processors available to it. As it's on the new LAGA 1851 platform, it has the best opportunity for upgradability and support for the longest, considering previous options will have lost support by now.

Intel's restart is to get back on track with its CPUs, as we found in our review, so it's the best bet for now. Considering it has 24 cores and 24 threads, it can adequately tackle tasks chucked at it. It does drop support for hyperthreading, but with all the resources on board, it can clearly get around it.

Its switch to TSMC’s much smaller process has led to improved temperatures as compared to its predecessors, that’s even though it still boasts the same high TDP without reaching boiling temperatures and throttling its performance.

The CPU can reach up to 5.7GHz of speed and with a base clock of 3.7-3.2GHz. This makes it speedy and capable of overclocking as well, similar to its AMD competition, and a top choice for getting the most out of your top GPU and pushing hardware to the limits.

Regarding its gaming performance, we used the same test bench with the RTX 4070 Ti but changed the motherboard to ASUS ROG Maximus Z890 Hero. It delivered 216 FPS in Cyberpunk 2077 at 1080p, which isn't great as the 14900K managed 219 FPS but where this processor shines is in its multi-tasking capabilities. In Cinebench R23, it managed 41,536 points while the Ryzen 9 9950X and 14900K managed 40,938 and 39,973 points, respectively.

So, paired with the RTX 5090, you should have an excellent system for various demanding workflows and also be able to game without running into issues. 216 FPS, comparatively, looks low but is still a good number of framerates per second, and this is for 1080p. If you have an RTX 5090, you're looking at 4K or even 8K gaming, and in higher resolutions, it's all about the GPU, meaning the 285K wouldn't be as burdened as it would be at lower resolutions.

Overall, this is an excellent processor based on a platform that has a long future. You shouldn't run into any issues while gaming, and for other workflows, combining its processing power with that of the RTX 5090 should result in a system that would make quick work of anything you put in front of it.

If you're looking to move to the AM5 platform but don't want to spend top dollar on the Ryzen 9000 generation, we recommend the Ryzen 7 7900X. This is the second most powerful processor from the Ryzen 7000 family, and we suggest it because, given its age and the addition of newer processors in AMD's Ryzen lineup, there are more chances to find it on sale.

We've also reviewed the Ryzen 7 7900X, which had excellent gaming performance—much better than that of the 14900K. However, the latter had better synthetic performance. Given the issues with Intel i9-13900K and 14900K processors, the 7900X is a much more stable option.

To gauge its synthetic and gaming performance, we paired it with the RTX 4070 Ti Super. In Cyberpunk 2077 and Days Gone, we got 299 and 276 FPS, respectively. For comparison, the 9800X3D managed 334 FPS in Cyberpunk 2077, a difference of 35 FPS. That being said, it could almost match the performance of the 9800X3D, which is currently the best gaming CPU, and has better synthetic performance.

The Ryzen 9 7900X is the CPU to have if you’re looking for productivity on the AM5 platform. This Ryzen 9 CPU smashed through our benchmarks displaying that kind of AMD power and perceverance that we all have come to love from the brand.

The 7900X covers multiple aspects and should easily handle what the RTX 5090 is capable of without any bottleneck issues. However, remember that playing games at 1080p or 1440p is way below the 5090's pay grade, and 4K gaming doesn't necessarily require a high-end processor. The 7900X and 5090 should make a good, well-rounded pairing.

As for what powers the CPU, it has 12 cores with 5nm CPU processes, 24 threads, a base clock speed of 4.7 GHz, and a boost clock speed of 5.6 GHz. To take its performance to the next level, you can overclock it, which will make its cores run faster, but that will generate more heat and consume more power. If not cooled properly, this can lead to thermal throttling, which prevents the CPU from performing at its best.

So, we recommend using the best AIO water cooler in combination with the best thermal paste to ensure the heat is efficiently transferred from the CPU to the CPU cooler. Overall, this is a great processor to use with the RTX 5090, as you most likely won't run into CPU bottleneck issues with it and can get it for comparatively cheap on sale.

If you're looking for a mid-range processor that can keep up with the RTX 5090, we recommend the Ryzen 7 7800X3D. Before the Ryzen 7 9800X3D, this was the best gaming processor in the world. While all the limelight is on the 9800X3D, it doesn't mean the 7800X3D is any worse of a processor now. It should be able to keep up with the 5090 at lower resolutions.

In our Ryzen 7 7800X3D review, this CPU showcased excellent synthetic performance and a significant generation-over-generation improvement over the Ryzen 7 5800X3D. We ran benchmarking software like CPU-Z, Cinebench, Geekbench, and others to test how the 7800X3D will perform under specific scenarios. In CPU-Z single- and multi-core tests, it managed 643 and 7,085 points, while the 5800XD delivered 461 and 4,889 points.

So, there is a clear difference in performance, as the 7800X3D score shows that it should have a much easier time handling multi-threaded workflows and processing gaming-related tasks. However, X3D chips weren't the best for productivity but that has changed with the 9800X3D as it rivaled the 9700X. You can read more about that in our 9800X3D review.

The 7800X3D is a fantastic chip and much improved over the previous generation. This CPU will smash through any gaming workload you throw at it, and be able to handle productivity tasks much better then before, although it still is a little limited in that department.

That being said, for pure gaming performance, the 7800X3D should be easily able to handle what the RTX 5090 can dish out at 1080p or 1440p. Still, realistically, you won't be playing at these resolutions with an RTX 5090 unless you're a competitive player with a 2K monitor with a 360Hz refresh rate. In this scenario, this pairing is one of the best to get.

This CPU performance is courtesy of the Zen 4 architecture, which has 5nm CPU processes. This means that the eight cores have more transistors, resulting in better performance and efficiency. However, what made it the best gaming processor at one point was its 96MB L3 cache.

The additional cache is stacked on top of the chip, meaning more data can be held on board and at a closer distance. So, when the CPU needs more in-game, it doesn't have to call for it and then wait for it to arrive; it can access it from the cache, process it, and send the next render instruction to the GPU. This is what gives the X3D processors such great performance in games.

Overall, this is one of the best CPUs to pair with the RTX 5090, and at 4K, gaming is GPU dependent, but regardless of the resolution you're playing at, you should not run into any performance issues or CPU bottlenecks.

How to pick the best CPU for the RTX 5090

The Nvidia RTX 5090 is such a flagship graphics card that it needs all the support it needs. You don't want to be bottlenecking it with underpowered processors, which means you want the best CPU for the job that can complement its capabilities and performance level with ease; that's why most of the CPUs here are on the top level. The budget is going to be the least of your problems when picking a $2,000 graphics card.

Usage

There are two camps you can be in for the processor you go for, gaming or productivity. If it's the former, then the 9800X3D and X3D chips, in general, are the best to go for as they provide the best performance in those tasks. But instead, if work and productivity are on the agenda, more cores and threads are the thing to go for, and a non-X3D chip on the high end is the better option.

Bottleneck and resolution

A bottleneck occurs when one component is holding the other back. One thing to remember is that no system is 100% bottleneck-free, but we can take some measures to ensure that it is as minimal as possible. When looking for a processor to pair with a graphics card, you need to consider which resolution you'll be playing games at.

The RTX 5090 is a powerful GPU, and anyone who is planning on buying this GPU is most likely aiming for 4K gaming. Gaming at high resolutions is GPU-dependent, meaning the output relies on how well a card performs. However, at lower resolutions like 1080p or 1440p, the frames are easy for the graphics card to render, and it keeps asking the CPU for the next instruction or frame to render.

If the CPU can't keep up with the GPU asking for the next frame to render, the GPU won't have data to process, meaning its performance will be hindered. This is what is known as a CPU bottleneck. It happens when you pair a powerful GPU like the 5090 with an underpowered CPU and play at low resolutions. You can check this by looking at how much of your GPU is being utilized. Your GPU should always be running between 97% and 100% utilization, but if it is below 90%, it means your system is running into a CPU bottleneck.

The opposite is called a GPU bottleneck, when the GPU can't render the frame sent by the CPU, and you get low FPS during gaming. An example of this would be that a processor is capable of generating 500 FPS, but your GPU can't render many high-resolution frames, such as in 4K, meaning your system's gaming output is being held back by the graphics card. However, you shouldn't run into a GPU bottleneck with an RTX 5090 anytime soon.

So, this is an important factor to consider while selecting a CPU for the 5090. This is why we recommended the Ryzen 7 9800X3D, which is the best gaming processor in the world right now, until the 9950X3D drops. Even then, it should still be able to handle the 5090's request at low resolution, avoiding a CPU bottleneck.

Can you pair a budget CPU with the RTX 5090?

You can pair any CPU with a GPU, and they will work fine, but the gaming performance will take a hit. For gaming, the CPU and GPU need to work in tandem to deliver the best performance, if the either of the components can't keep up with the other, it results in a CPU or GPU bottleneck.

For example, the RTX 5090 is a solid GPU for 4K gaming, and at higher resolutions, the CPU isn't as taxed as it'd be if you were playing at 1080p, so the chances of a CPU bottleneck holding back the RTX 5090 are low. However, they aren't zero, and besides gaming, the performance could take a hit if the task requires more cores and threads, but a budget CPU has limited resources.

So, if you were playing at 1080p with the 5090, which is unlikely, you'd run into a CPU bottleneck with a budget processor as it might not be able to keep up with the 5090, asking for more frames to render.

Is the RTX 5090 overkill for 1440p?

The answer to this question depends on the type of games you're playing. For example, if you're playing story-based games at 1440p, then the RTX 5090 is overkill, as you can do that with an RX 9070 XT. However, if you're playing FPS games and have a 240Hz, 360Hz, or 480Hz monitor, then an RTX 5090 is probably not overkill, as it would be able to manage high frame rates at 2K, utilizing the full potential of your monitor.

Is 8K gaming possible with the RTX 5090?

According to various online reviews, the RTX 5090 can play games at 8K, but what makes it even better is the addition of DLSS 4 and Multi-Frame Generation, which help take its performance to the next level, even at 8K. So, while it isn't mainstream, if you have an 8K monitor or TV and want to play games with the best graphical settings, the RTX 5090 is the GPU for you.

What CPU to pair with the RTX 5090?

If you're looking for the best CPU for the RTX 5090, you'll need the same high-end processor. AMD's X3D range is the best for gaming, as the 9800X3D tops our list. However, for multi-threaded creative workloads and non-gaming, higher core counts are more important. So, Intel's Core Ultra 285K or Ryzen 9 9950X (or 9950X3D) is the one to go for.

As with all graphics cards, you'll want to pair it with the right CPU to maximize its performance. We've compiled some of the CPUs we've tested and reviewed in-house to help you make the right decision.

Since the B580 targets 1080p and 1440p, you won't see overkill pairings, and all of our recommended processors are mid-range options that offer excellent value and performance. Of course, processors like the Ryzen 9 9950X3D and 9 9800X3D are at the top end and can bring a combo of gaming and workload capabilities, but they are not exactly needed for the Intel graphics card.

Here are a few options we think are worth going for right now.

Products at a glance

How we picked

To select the best CPU for the B580, we considered factors such as brand, architecture, cores, threads, base and boost frequencies, and other key aspects. This helped us filter our options and also gave us an idea of which CPU and GPU pairing would be the closest to ideal.

However, we take a more hands-on approach by thoroughly testing the CPUs in-house for synthetic and real-world performance. If you’re interested in learning how we select and review products, visit our PC Guide Testing Lab, which will show the process in detail.

Our top picks

We think the best CPU to pair with the Intel Arc B580 is the Core Ultra 7 265K. Both target the mid-range segment and should result in a good all-Intel build. While the Arrow Lake processors didn’t make the impact Intel hoped for, they have great multi-core and good single-core performance. 

We’ve reviewed the Core Ultra 7 265K in-house, and while its siblings weren’t able to compete against the competition in gaming performance, the 265K outperformed the Ryzen 7 9700X by a significant margin. This was also the case for multi-core performance, which means the Core Ultra 265K can hold its own in gaming and productivity. 

This processor is powered by 20 cores, divided between 8 Performance and 12 Efficient cores, and has 20 threads. This is a new change from Intel, reducing the number of threads. However, the Arrow Lake architecture seems to have worked, and even with fewer threads, the 15th-gen processors outperformed the competition and predecessors. 

The new Core Ultra from Intel gives you a starting ground for a new platform with many years of support, which will give you a great platform for years. Plus, the 265K is the perfect middle ground in the lineup, balancing cores, price, and performance. It will likely match the B580 in its ability to run 1440p without throttling. 

That being said, it has base clock speeds of 3.3 GHz for the E-cores and 3.9 GHz for the P-cores. Its boost clock is 5.5 GHz, which means that at max, it can handle 5.5 billion instructions per clock cycle if you haven’t overclocked it.

So, paired with the Intel Arc B580, it should have great performance. Even if you’re playing at lower resolutions, it should be able to keep up with the GPU, resulting in a smooth and stutter-free gaming experience. 

We tested its in-game performance by running Cyberpunk 2077 at 1080p low resolution to make it more CPU-intensive, and it breezed through without breaking a sweat. Paired with an RTX 4070 Ti, it managed 240 FPS in Cyberpunk 2077, while the 9700X delivered 191.4 FPS. 

So, this is a solid CPU for gaming and work, and based on the LGA 1851 platform, you’ll have plenty of CPUs to upgrade to in the future, making it a good long-term investment.  

If you’re looking for CPU options from AMD, we recommend the Ryzen 7 9700X. The Ryzen 9000 processors didn’t have a great launch either, especially the 9600X and the 9700X, due to their low TDPs. However, they’ve come a long way with the changes to the TDP, and we’ve reviewed the Ryzen 7 9700X in-house; it showcased good gaming and synthetic performance, making it a well-rounded CPU. 

This is an 8-core and 16-thread processor with base and boost clock speeds of 3.8 and 5.5 GHz, respectively. Unlike Intel, AMD didn’t implement the hybrid architecture, and all the cores in its processors work equally, whether for gaming or work. However, if the task at hand doesn’t require heavy processing, then only a few cores kick in, resulting in better efficiency. 

AMD's 9000 series may have had a rocky start, but with improvements and changes, it offers a good option for the AM5 platform. With a better value pick for cores and performance, it compliments the B580 well in what it can do, something the 9600X might struggle with. But those few extra cores can help with its potential.

It has better single-core performance than the Core Ultra 7 265K, and when we tested it in-house by pairing it with the RTX 4070 Ti, it managed 325 FPS in Cyberpunk 2077 and 240 FPS in Days Gone. Both of these titles were running at 1080p low, so this output is pretty impressive. 

That being said, the Ryzen 7 9700X is only compatible with DDR5 RAM and requires an AM5 motherboard, so it’ll also be an expensive upgrade like the Core Ultra 7 265K; however, the AM5 platform is supported until 2027, meaning you’ll have plenty of options to upgrade to in the future.

Considering all its results, we believe this is a great CPU to pair with the Intel Arc B580, especially if you’re targeting 1440p or 1080p resolution. 

If you’re looking for the best gaming performance, there is only one CPU to pair with the Intel Arc B580: the Ryzen 7 9800X3D. Succeeding the Ryzen 7 7800X3D as the best gaming processor, it got a 5/5 rating and an outstanding award from us in our 9800X3D review.

This processor has 8 cores, 16 threads, a base clock speed of 4.7 GHz, a boost clock speed of 5.2 GHz, and a 120W TDP. However, what gives it its gaming performance is the 96MB L3 cache that is mounted beneath the CCD for better thermal management while delivering the same level of performance. 

Due to this, its synthetic performance has also increased, as we saw during our testing. It managed 2026 points in Cinebench R23 single core while the 7800X3D managed 1701, which is a significant difference in performance. However, with PBO enabled, it managed an even higher score of 2068. 

When it comes to gaming, there's no competition and only one CPU standing atop. The 9800X3D has it all, now with more improvements over the previous gen with a rearrangement in design. Unlocking the chip to overclock and boost even more is the go-to option if you can even find it in stock, that is. But if you want the best for your system and INtel GPU, this is the one to go for.

As for multi-core performance, we saw a similar scenario: the 9800X3D managed 22,568 in Cinebench R23, while the 7800X3D delivered 17,526. So, the 9800X3D can handle productivity tasks much better than the 7800X3D, making it a good option if you also use your gaming PC for work. 

As for its gaming output, it managed 334 FPS in Cyberpunk 2077 paired with the same RTX 4070 Ti. The 9700X came close with 313 FPS, but the 265K was a whole 94 FPS lower, with 240 FPS. 

This should give you an idea of how good this CPU is for gaming. Since the Intel Arc B580 is most likely going to be good for 1080p and 1440p gaming, it’ll need a fast CPU to keep up, and there is no better option than the Ryzen 7 9800X3D.

If you're looking for a more budget-oriented processor to match the B580, the Ryzen 5 9600X is the one to go for. Bringing plenty of efficiency and value to the AM5 platform, it can provide a low-budget build together with the GPU. Cutting down on the previously mentioned 9700X saves you money on fewer cores if you're focused on gaming.

The chip, which uses the Zen 5 architecture, has six cores and 12 threads. It can reach 5.4GHz in a turbo clock, as it usually sits at a lower 3.9GHz, with the capability to overclock.

It also doesn't come with the 3D cache AMD is well known for, and keeps the costs down. As for you, you still get a reasonable 32MB of L3 cache. All of that totals a 65W TDP, with it extending the PPT up to 88W. Although an AGESA update after release pushed that to 105W and 142W, respectively, to increase performance.

The gaming performance is very stable and there is a substantial improvement over the last gen.

As we tested it in our 9600X review, we can see what it could achieve at the time of its release, so it's likely already improved upon that with the updates. But to start with the various single - and multi-core tests, it quite easily improved over its predecessor, the 7600X, improving the different scores and times to make it a better option.

The same is the case for the gaming performance as the 9600X jumps above the 7600X and improves both the averages and 1% FPS, while falling behind the 5800X3D in comparison. So you can still get plenty of ability on a cheaper budget.

The Arc B580 is a strong value GPU, delivering excellent 1440p performance without breaking the bank. To match that versatility, we paired it with the Intel Core i7-14700K, a CPU that offers strong, well-rounded performance. In our review, the 14700K proved itself as an excellent mid-range processor with impressive capabilities.

To evaluate its gaming performance, we tested the 14700K alongside the RTX 4070 Ti at 1080p on low settings, putting more strain on the CPU. In demanding titles like Cyberpunk 2077, Days Gone, Monster Hunter World, and Sons of the Forest, we saw frame rates of 227 FPS, 297 FPS, 297 FPS, and 165 FPS, respectively. The i7-14700K had no trouble keeping up, showing it can easily handle even higher-tier GPUs should you upgrade in the future.

In productivity tests, the i7-14700K also impressed. In Cinebench R23, it scored 2,174 points in the single-core test and 33,914 in the multi-core test, beating out even the newer 265K, which scored 2,036 and 33,465, respectively.

The 14700K is a great middle-ground for those looking to game and work on the same PC. This CPU has a plethora of cores and threads at its disposal to chew through basically any workload you can throw at it.

With 20 cores and 28 threads (8 Performance and 12 Efficient cores), the CPU’s architecture enables excellent multi-threaded performance. Fourteen of those cores support hyper-threading, which helps it juggle demanding workloads without breaking a sweat. The base and boost clock speeds are 4.3GHz and 5.5GHz for the P-cores, and 2.5GHz and 3.4GHz for the E-cores.

These clock speeds can be pushed further through overclocking, though it’s worth noting that 14th-gen Intel chips, including the 14700K, are known for running hot. To safely tap into its full potential, we recommend using a high-end water cooling solution and premium thermal paste to manage the extra heat and power draw.

All things considered, the Intel Core i7-14700K is a powerhouse CPU that excels in both gaming and productivity. Paired with the B580, it creates a well-balanced system where neither component holds the other back, perfect for users who want strong performance across the board.

How to pick the best CPU for Intel Arc B580

The Intel Arc B580 is being marketed as a 2K GPU, meaning while you could maybe push 4K with it, the results won’t be impressive without leveraging XeSS 2 and FG. This makes 1440p the sweet spot for it, and to select a good CPU for it, here are a couple of factors you should consider. 

Budget 

The B580 is a pocket-friendly GPU that costs less than the RTX 4060 and the RX 7600, so investing in a $500 CPU wouldn’t make sense. We recommend pairing a budget or mid-range processor with it and filtering the options based on your budget. This should present a list of processors that offer a good balance between performance and value and help reduce clutter. 

Usage

Factor in what you plan or regularly use your PC for. If it is primarily gaming, an X3D processor from AMD would be good, as they are the best gaming processors on the market. However, if you use the same rig for work, you’ll need a CPU to handle multi-threaded tasks. So, we recommend going for the new Arrow Lake processors as they have excellent multi-core performance, or an “X” processor from AMD. 

Compatibility

The Arc B580 uses a PCI Gen 4 x8 connector, so it's ideal to use with the right motherboard. Pairing it with the right chipset that supports PCIe Gen 4 can ensure you get the most out of your GPU, and a platform that supports ReBar, as Intel is particularly sensitive to getting more performance using it.

What CPU should I pair with a B580?

Being a more budget-oriented GPU with mid-tier performance, you want to look toward the lower end of the tier list of CPUs to pair with the B580. Something like the 9600X is a great entry-level option to keep costs down and economical, while on the other end, pairing it up with the 9800X3D will give you a boost in performance at a cost. Instead, for something in between, the 9700X and 265K are the ones to go for.

Does the Arc B580 need an Intel CPU?

Even though Intel makes the Arc B580, you don't have to have an Intel CPU to use the graphics card. It is universally supported as long as you have the right motherboard, the PCIe Generation is suitable, and the features are enough for it. However, there is definitely no detriment to using an AMD CPU with the Arc B580.

What requirements does the B580 have?

If you do plan on getting an Arc B580, your motherboard and system must have a particular feature. Intel recommends that you enable Resizable BAR (Intel) or Smart Access Memory (AMD), as their use improves performance. This means that anything above Intel 400 and AMD 500 series motherboards will have the feature, and so support for older platforms will be limited.

This is important to keep in mind as these days, newer and faster processors appear almost annually, ranging from budget to flagship models. But ask yourself, do you need an overclockable processor that costs over $500, or can you do with the previous-gen CPU that fits your build? Opting for the new generation can bring greater value to the lower generations in the form of a price drop.

If you don't have time to read the full article, we have selected the Ryzen 7 7800X3D as the best overall CPU to pair with the 7800 XT. The 7800X3D is perfect for pure gaming workloads and will support the processor perfectly. If you don't fancy a bit of the 3D V-cache, we have outlined all the in-house tested and reviewed CPUs in this article below for quick browsing.

Products at a glance

How did we pick the best CPU for RX 7800 XT?

Identifying the best CPU for the RX 7800 XT isn’t merely about selecting the latest or the most expensive option available. Our approach is rooted in a combination of real-world performance metrics, user reviews, and technical specifications. Then, we take a step beyond and test the CPUs in-house to get a better idea of the performance.

Firstly, we looked at some of the best CPUs currently out there for 1440p gaming, as well as some of the best CPUs for similarly performing cards, such as the RTX 4070 Super. This way, we could look deeper into the performance of the best-fitting CPUs that will use the full power of AMD’s RDNA 3 architecture.

Our main objective is to give the GPU the best fit to perform at full speed without overkilling the machine or bottlenecking the GPU. Furthermore, you’re likely to keep this CPU and GPU combo for a good few years, so we want to make sure you make a future-proof choice.

Our top picks

Right at the top, we have the Ryzen 7 7800X3D, a gaming powerhouse that runs on the modern AM5 socket. It has eight cores, 16 threads, a base clock speed of 4.2 GHz, which can be boosted by up to 5.0 GHz, and a massive 96MB L3 cache. On top of that, its performance in our 7800X3D review was nothing short of incredible. Now, let’s look at what these technicalities mean.

The AM5 socket features the latest PCIe 5.0 connection, which means it supports 5.0 storage devices that are 2.5x to 5x times faster than the previous generation. On top of that, the eight cores and twice the number of threads mean that you should be able to experience top-notch performance regardless of what you throw at it. You could run multiple applications in parallel or games in ultra-definition, and this processor should blitz through those tasks with a smile.

However, if that isn’t convincing enough, its turbo clock of 5.0 GHz should be more than enough to handle resource-intensive tasks such as rendering if you’re using a CPU render engine. One thing to note is that running at high frequencies can lead to overheating, so ensure you have a cooling system in place. And if you’re wondering if it can go beyond 5.0 GHz, the Ryzen 7 7800X3D cannot be overclocked, but realistically speaking, there aren’t many scenarios where you’ll need to go above 5.0 GHz.

As far as its L3 cache is concerned, it’s one of the biggest we’ve seen.

As far as its L3 cache is concerned, it’s one of the biggest we’ve seen. How the L3 cache works is that it stores data to be shared between different cores; basically, think of it as a library that is accessible by everyone. So, whenever more cores need to be recruited to work on a task, they can access the data and get to work. So, more data is stored, which means more data can be processed, reducing the access time and workload on the CPU and resulting in more efficient performance.

A benefit of choosing Team Red over Team Blue to pair with your Radeon RX 7800 XT is that when you have a complete AMD build, the AMD Smart Access Memory (SAM) comes into play. That removes the middleman from the picture and gives the CPU direct access to your graphics card. This means better performance, reduced lag, and higher framerates, and we all know a higher FPS makes you a better gamer.

Overall, this amazing CPU delivers a bang for its buck and should stand the test of time. However, if you’re moving up from the previous generation, you should know that most elements can’t carry forward due to the new PCIe 5.0 configuration. This means that you’ll have to get new DDR5 memory to go with it, a better PSU to ensure everything has ample power, and a motherboard that supports and puts everything together.

For a well-rounded productivity and gaming performance, we recommend checking out the Intel Core i9-14900K. This is an excellent processor that can run hot, but nothing the best CPU cooler can't handle. Besides that, it blew through real-world and synthetic tests in our 14900K review, giving it a 4/5 rating from us.

This processor is based on the Raptor Lake Refresh architecture, is compatible with the LGA 1700 socket, and has 24 cores divided between eight performance cores (P-Cores) and sixteen efficient cores (E-Cores), totaling 32 threads. This works because performance cores are physically larger and more powerful, handling the heavy lifting of real-time processing, whether running multiple applications or encoding videos.

That said, if the performance cores are running all the time, this will lead to more power draw, and that is where efficient cores come in. These cores handle basic but important tasks that run in the background and call on P-Cores when something big comes along.

The "K" in its name means that its multiplier is unlocked, meaning you can overclock to your heart's content as long as you can keep it from thermal throttling. There is a massive overhead for overclocking with Intel's flagship processors. For example, the 13900K could be overclocked to 9GHz, which, realistically speaking, isn't possible under normal circumstances, and there is no scenario where you'd need a processor running that fast, especially not in gaming.

That being said, the 14900K has a maximum turbo frequency of 5.8 GHz, and according to online testing, it has also crossed the 9GHz overclock limit. So, you can get unrivaled performance from this processor, but it'll come at the cost of a higher power draw and thermal output.

The Core i9 14900K is very strong of course, but then so is the 13900K…and it may well be even cheaper now.

The 14900K has a base power draw of 125W; it can go even lower if it is idle and the E-Cores are in play, as they have a base clock speed of 2.2 GHz. This means you’re saving up on energy bills when not utilizing your build’s full potential. On the other hand, if you’re overclocking it or using the max turbo frequency, it might even cross the 200W threshold on the power draw.

In addition, it has a 36MB L3 cache and a 32MB L2 cache. Before we get into what this means in terms of performance, the lower the number of the cache, the faster it is and the less data it holds. Now that we’ve gotten that out of the way, the i9-14900K’s difference between L3 and L2 cache comes down to 4 MBs.

What makes this CPU even better is support for PCIe 4.0 and 5.0, meaning you can use DDR4 and DDR5 RAM. The latter will obviously have better performance and give your overall system a boost. In addition, it supports 192GB of RAM, so if your motherboard allows for that, then the sky is the limit. This future-proofs your build, as you can always upgrade your storage devices and RAM to increase the overall performance of your PC.

As for how it performs in gaming, we paired it with the RTX 4070 Ti and Counter-Strike 2 at 1080p high and Cyberpunk at 1080p low settings. It managed 336 and 219 FPS, respectively, which isn't a massive difference from the 13900K that delivered 338 and 215 FPS. However, the 13900K is also more expensive now, making the 14900K a better choice with more value. So, this is an exceptional processor that sits at the top of the 14th generation and can trade blows with the Arrow Lake and Ryzen 9000 flagship options.

For those looking for the absolute best gaming performance out of their RX 7800 XT build, we recommend pairing it with the Ryzen 7 9800X3D. This processor is the successor to the 7800X3D, and we've tested it for our Ryzen 7 9800X3D review. It has significantly better performance than its predecessor and competition, and has greatly improved its productivity performance.

The 9800X3D can be overclocked, which wasn't possible with the previous X3D processors. That said, the X3D processors don't have the best productivity performance, but by overclocking them, you can improve their overall performance. However, remember that overclocking increases the base and boost frequencies of the CPU, meaning the cores will consume more power and generate more heat.

Also, depending on the region you're based in, you'll have to invest in an AIO or air CPU cooler to keep it from overheating. We recommend using the best CPU cooler for 9800X3D paired with the best thermal paste to ensure efficient heat transfer and dissipation.

Simply put there’s nothing quite like the 9800X3D. The change in architecture has unlocked the one thing that was holding it back giving you the opportunity to overclock the CPU just like any standard processor.

What makes the processor so good at gaming is its massive 96MB L3 cache that is mounted beneath the CCD with a copper-to-copper die bonding technology. This gives the 9800X3D a good thermal design, and the tasks that can make use of a large L3 cache, primarily gaming, see a boost in performance. As more data can be stored in the cache, the CPU doesn't have to allocate more resources to fetch the data, and the cores can access it directly, reducing the load and access times and improving performance and efficiency.

Regarding its multi-core performance, it was neck and neck with the Ryzen 7 9700X and even performed better than it in some tests. In CPU-Z multi-core testing, the 9700X managed 8794 points while the 9800X3D managed 8523 points. With PBO enabled, the gap was further reduced, as the 9800X3D scored 8689 points.

One thing to note is that this processor is also based on the AM5 platform, meaning it isn't compatible with DDR4 RAM, and you'll have to invest in DDR5 RAM and an AM5 motherboard.

Overall, this processor is a gaming beast, and paired with the RX 7800 XT, it should deliver excellent performance regardless of the resolution you're playing at.

The RX 7800XT is an excellent mid-range card from AMD and was one of the top-selling GPUs. On the other hand, the Intel Core Ultra 9 285K is a high-end Arrow Lake processor that is capable of easily handling games at low resolutions, as we found during our Core Ultra 9 285K review.

The Core Ultra 9 285K has 24 cores and 24 threads. We're used to seeing more threads in Intel processors, but Team Blue made some changes to make Arrow Lake more energy-efficient. These cores have a base clock speed of 3.2 GHz and a boost clock speed of 5.7 GHz. However, since this CPU is the "K" variant, you can overclock it for better performance, but remember that its TDP and thermal output will also increase.

The Core Ultra 9 285K is a great processor there’s no doubt about it. Even as it cut back on the thread count and hyper-threading I was worried about its multi-core processing power, but that seems to not be the case as it leads in benchmarks for multi-core performance.

As for its gaming performance, we paired it with the RTX 4070 Ti Super and ran Cyberpunk 2077 at 1080p low resolution. Games at low resolution are more CPU dependent, as it is easier for the GPU to process that data. The graphics card keeps asking for more instructions from the CPU, and it has to keep churning out instructions to keep up with the GPU. That said, this CPU delivered 216 FPS in Cyberpunk 2077, which is good but lower than the 14900K, and the 9950X is leagues above in gaming performance.

The gaming performance of the Core Ultra 200S lineup isn't the best, but it is standalone. This CPU's performance was more than enough to handle any modern AAA titles, paired with the RX 7800 XT, at lower resolutions, with the GPU taking care of high-resolution gaming.

The RX 7800XT is a good mid-range GPU, and it only makes sense to pair it with one of the best mid-range processors. So, we recommend the Ryzen 7 9700X, which is based on the Zen 5 architecture. These components together would make for an excellent all-AMD build. That said, in our Ryzen 7 9700X review, we saw good generational improvement, which should further increase with the BIOS update.

For starters, this processor has 8 cores, 16 threads, a 3.8 GHz base clock speed, a 5.5 GHz boost clock speed, and a 65W TDP to wrap it all up. What this means is that you can comfortably throw a variety of tasks in its path without worrying about whether it'll be able to handle them or not. The 65W TDP is the cherry on top, as its predecessor, the 7700X, had a TDP of 105W while having the same 8-core, 16-thread format. So, this is a definite design improvement while increasing the performance.

This CPU is very power efficient and it does hold up against it’s predecessor, but we expected it to do more. There is an improvement in single-core performance, but not too much on the multi-core front.

One thing to note is that the TDP isn't a set value, as it can fluctuate depending on the task at hand or if you've overclocked the CPU. So, it is possible that it could draw more than 65W, and that will also increase its thermal output as the cores are running at a higher frequency, hence drawing more power. This will be more important when the BIOS update to increase the TDP rolls out.

The 9700X also features integrated graphics, which are most likely RDNA-3 architecture, as the 7000 series had RDNA-2-based integrated graphics. The 9700X's iGPU has two cores and a maximum frequency of 2200 MHz, which should be more than enough to complete basic tasks and even play games, but at lower resolutions and not very high framerates.

Overall, the 9700X should complement the graphical prowess of the RX 7800 XT, and combined, they should deliver a streamlined and interruption-free gaming and productive experience. On top of that, since the 9700X has a price tag of $359, it shouldn't even be a huge load on the pocket.

If you're looking for a budget-friendly CPU to pair with the RX 7800 XT, the Ryzen 5 9600X is a solid recommendation. While it didn’t make a huge splash at launch, our review showed that it offers meaningful generational improvements over the Ryzen 5 7600X.

We recommend the 9600X primarily because the RX 7800 XT is best suited for 1440p gaming, but can open up 4K, a resolution where this CPU should have no problem keeping up. At UHD resolutions, performance leans heavily on the GPU, and while a faster CPU can smooth things out slightly, the 9600X shouldn't bottleneck the 7800 XT in most gaming scenarios.

However, for professional workflows like video editing, the 9600X may fall short. If you're doing more than casual or mid-tier content creation, we suggest checking out our best CPUs for video editing guide for higher-end alternatives better suited to demanding workloads.

The gaming performance is very stable and there is a substantial improvement over the last gen. But with that being said, if you don’t play games that’s not going to mean much to you.

That said, for everyday use, gaming, and light professional tasks, the 9600X should do just fine. It features 6 cores and 12 threads, with a base clock of 3.9 GHz and a boost clock up to 5.4 GHz. Each core can handle up to 5.4 billion instructions per second under boost, and there's still headroom for overclocking.

In our performance tests, we paired the 9600X with the RTX 4070 Ti Super, a stronger card than the 7800 XT. Running Cyberpunk 2077 and Days Gone at 1080p low settings (to stress the CPU), we achieved 325 FPS and 246 FPS, respectively. These results show that the 9600X can easily keep pace with high-end GPUs, giving us confidence it’ll perform well with the 7800 XT.

In conclusion, the Ryzen 5 9600X is a well-rounded CPU for gaming and general productivity. It's not ideal for heavy-duty workloads, but it holds its own at a modest price point. You can also safely boost its TDP to 105W for extra performance, fully covered by AMD’s warranty.

Features and considerations for the best CPU for RX 7800 XT

There are a handful of factors that you need to consider before choosing a CPU. We’ve listed some of those factors below so you can make an informed decision on your next CPU, regardless of application.

Compatibility

The first thing you need to look at is whether the CPU in question is compatible with your current motherboard or whether you’ll have to purchase a new motherboard to cater to it. For example, the AMD Ryzen 7 7900X is compatible with the AM5 socket, and if you have Ryzen 9 5900X, which goes with the AM4 socket, you’ll run into compatibility issues and will have to purchase a new motherboard. This will not only cost more, but you’ll most likely have to change your RAM as well if the motherboard isn’t backward-compatible with DDR4 memory sticks.

Budget

The next thing you need to keep in mind is your budget. Going for the highest option does have its appeal, as you’ll get the most powerful CPU and future-proof your build, but at times, the cost you’ll incur isn’t worth it. You might not even use its full capabilities and could’ve gone with a lower or mid-range option and saved some cash that you could’ve invested in another component.

Overclocking

While overclocking is something that most people don’t do, if you’re keen on squeezing every drop of performance from your processor, then opt for a CPU that is unlocked or has a high potential to be overclocked to higher frequencies. Intel “K” processors come unlocked and can be easily overclocked if you have the right expertise, while on the other hand, AMD CPUs also offer this functionality. So, make your decision carefully whether you choose team red or blue.

How much power does the AMD 7800 XT draw?

According to AMD, the Radeon RX 7800 XT’s power draw is around 263W, which is 37W less than the RX 6800 XT. This means that you can upgrade your processor without changing your existing PSU.

Is the RX 7800 XT still good?

Yes! The RX 7800 XT is still very much capable of high FPS 1440p gaming. It’s even able to play some older titles in 4K at around 60 FPS, not ideal for FPS games, but it’ll do for those expansive story titles. Further, the CPU can be found for a reasonable price, thanks to the fact that it was released some time ago, making it a great GPU for mid–to–high–end gaming.

Is the 5800X good for the 7800 XT?

The Ryzen 7 5800X is a good processor to pair with the RX 7800 XT, as both are mid-range components and should deliver decent gaming performance at 1440p. However, in 2024, AMD released a revamped version for the 5800X, the Ryzen 7 5800XT, which has the same specifications and is based on the AM4 platform.

Is the 7800 XT still good in 2025?

Yes, the 7800XT still performs well in 2025. Although it was ousted by the newer RX 9070 XT, it still ranks up there with a good range of specs. Offering a good value if you can still get a good price for it, and ensuring it performs as you desire, you can get plenty of value from it.

What CPU goes best with the RX 7800 XT?

In our list, we've picked out the 7800X3D at the top spot, along with the 9800X3D if you can afford or find it in stock. The two match the prowess of the GPU, offering some of the top performance available in the market right now, so you can ensure the best performance out there.

Final word

When it comes to gaming processors, there is no doubt that the X3D processors are the best, and for a mid-range graphics card like the RX 7800 XT, the Ryzen 7 7800X3D should pair great. Before the 9800X3D, the 7800X3D had the title for the best gaming processor in the world, and it is still capable of handling the 7800 XT without breaking a sweat, and if you feel the need, you can even upgrade to a more powerful GPU without running into any bottleneck issues.

With that, though, you do want to match its capability with the rest of your system too. So you want to have the best CPU for the RTX 3060 Ti, too, working together well to provide you with the optimal performing setup for the job. With a 1080p and a light 1440p GPU, you want a CPU capable of carrying its weight at that point where it's more critical to performance.

So, we've selected a handful of processors based on their price, features, platform, and the performance they showcased during our in-house testing. This way, we have a clear idea of what kind of performance these processors can offer, especially in CPU-bound areas like 1080p gaming.

Products at a glance

How do we select the best CPU for RTX 3060 Ti?

When choosing the best CPU for the RTX 3060 Ti, several factors must be considered. First, you need to make sure that the CPU is compatible with your motherboard and other components. Then, consider the processor brand and architecture. Intel and AMD are the only two brands to choose from, but they each have a plethora of different motherboard generations associated with them.

One of the primary considerations to remember is that the processor speed, measured in GHz, will also impact performance, with a higher speed generally leading to better performance. The number of cores a CPU has is also essential, as more cores allow for better multitasking. Additionally, the cache size, a high-speed memory used by the CPU, is another imperative factor, with a larger cache size improving performance.

Of course, more importantly than specs, we value hands-on experience and have prioritized CPUs that we've reviewed in-house to give you a bit more of a guarantee that you know exactly what you're getting - and that it's been approved by our expertise. You can read in more detail about precisely how we test our CPUs in the PC Guide Testing Lab.

You need the power to match the 3060 Ti's speeds, and the Core i5 13600K comes up as hands down the best option. With this CPU, your rig will be ready to take on 1080p gaming easily. In reality, you'd probably be able to handle some older games in 1440p, so you'd be on your way to climbing into the big leagues.

The Intel Core i5-13600K boasts an impressive 14 cores and 20 threads, making it a top contender in the CPU market. Its MSRP of $320 is incredibly affordable, given the level of performance it offers. It's also important to note that this CPU can now be found cheaper, given its age, and even better deals can be found in the second-hand market. What's more, our Intel Core i5-13600K review saw us award the processor 4.5 stars, so it's got our seal of approval as one of our favorite CPUs from Team Blue.

Compared to its Alder Lake predecessor, the Core i5-12600K, the i5-13600K doubles the number of E-cores and comes equipped with a total of 8 efficient cores (E-cores) and 6 performance cores (P-cores). The P-cores also support Hyper-threading, which contributes to the total number of threads reaching 20. All this processing power is contained on a chip with a TDP of only 181W; it's not too demanding, but you might want to invest in solid cooling, nonetheless, as the last thing you want is overheating.

The LGA 1700 and DDR4 + DDR5 compatibility makes it a fantastic choice no matter what rig you have.

In layman’s terms, this design results in excellent performance for lightly threaded tasks such as gaming and competitive performance for multi-thread workloads. The improvement is due to the increased number of cores and better clock speeds. The single-core performance is superior to AMD alternatives and is not far behind the Core i9-13900K, with a higher base clock but a lower boost.

For gaming purposes, the performance is nearly comparable to the Intel Core i9, with only a slight drop in frames per second, but with a lower cost and power consumption that makes it perfect for an RTX 3060 Ti setup. It's worth noting, though, that the Intel Core i5-13600KF is a similar CPU without an integrated GPU and is priced at $30 cheaper. If you already have a graphics card in your setup, this is a cost-effective way to achieve the same performance.

The RTX 3060 Ti is a budget GPU that can handle most games at 1080p and 1440p. So, it requires a CPU that can easily handle low-resolution gaming requirements. For that, we recommend the Ryzen 7 9800X3D. This is the first "X3D" processor in the Ryzen 9000 series lineup and brings with it a handful of changes and excellent generational uplift.

To begin with, this processor is based on the Zen 5 architecture, meaning it has 4nm CPU processes, which give it a 16% IPC uplift compared to the previous generation. It has eight hyperthreaded cores, each with two threads, bringing the total to 16 threads. So, it should be able to easily handle multi-threaded workloads, but for the best productivity, we recommend opting for an "X" processor like the Ryzen 9 7900X or the Ryzen 7 7700X.

The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

That said, the 9800X3D is the best gaming processor available right now, and, paired with the RTX 3060 Ti, it should deliver excellent in-game results at 1080p or 1440p. On top of that, it has the capability to be paired with newer and more powerful GPUs like the RTX 4090 or the RX 7900 XTX, without either component holding the other back. So, the AM5 platform is supported till 2027, and your path for further upgrade is also open, given the performance of this processor.

The Ryzen 7000 series ran hot, but the Ryzen 9000 processors are energy-efficient and deliver better performance. The same is the case with the Ryzen 7 9800X3D, as it has a 120W TDP. However, depending on the workload and if you've overclocked it, the power draw can increase, which will also generate more heat. So, to ensure the processor keeps operating optimally, we recommend using the best CPU cooler for the 9800X3D.

Overall, this is an excellent processor that costs almost the same as the Ryzen 7 7800X3D but has significantly better performance. That said, you will have to purchase an AM5 motherboard and DDR5 RAM to work with this processor.

If you're looking to invest in a processor that will set up your system for years to come, we recommend checking out the Ryzen 9 9950X. At first, it might seem like an overkill option, and it is, for the RTX 3060 Ti; however, if you plan on upgrading your graphics card in the near or far future, the 9950X should prove to be a worthwhile investment.

We've taken this processor through its paces for our Ryzen 9 9950X review, and it didn't disappoint us during the synthetic and gaming testing. This processor stands shoulder to shoulder with the 9950X3D, at the top of the Ryzen 9000 hierarchy, and since it is based on the AM5 platform, you can rest easy knowing that it'll receive support at least till 2027.

This processor has 16 cores based on the Zen 5 architecture and 32 threads, meaning it has everything you'll need for intense gaming and working sessions. Besides that, you can squeeze even more performance out of it by enabling PBO; however, be aware that doing so will not only ramp up its TDP but also generate a lot of heat.

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. PPBO can ramp this CPU up a few notches, but you’d better be ready to cool it. It eats 240mm AIOs for breakfast when PBO is enabled

During our testing, when we enabled PBO, the 240mm AIO cooler couldn't keep up, so that should tell you how much heat it generates. That being said, we paired it with the RTX 4070 Ti Super to gauge its performance, and this is what we found.

In synthetic testing, we got 2,275 and 40,948 points in Cinebench R23. These numbers are excellent and showcase its ability to handle multi-threaded workflows easily. However, to see what its single-core output meant, we'll look at its gaming performance.

We ran Cyberpunk 2077 and Days Gone at 1080p low settings and got 319 and 279 FPS, respectively. For comparison, the Ryzen 9 9900X managed 330 and 245 FPS in the same titles. So, while it may seem like the 9950X doesn't have the best gaming performance, the lower FPS during Cyberpunk was most likely due to a software issue during testing, and the 9950X is one of the best processors for gaming.

This clearly demonstrates the 9950X's capabilities, and with PBO enabled, the single- and multi-core outputs in Cinebench R23 increased to 2,277 and 43,202. That being said, if you plan on pushing this processor to its limits, we recommend investing in a robust CPU cooler.

You can always find a better price, and if you need the best budget CPU for the 3060 Ti, then you can choose the Ryzen 5 5600X. This CPU from the previous generation has ensured great gaming capabilities in rigs for a long time and has never disappointed, and we were able to thoroughly test it for our 5600X review. You’ll have the power to run 1080p games, but if you want to go for the 1440p resolution, you’ll find it a bit of a struggle.

The AMD Ryzen 5 5600X is the best budget option for those who want to save money. Despite having a larger bottleneck of around 12%, the price of this CPU is significantly lower, especially if you can find it on sale for under $150, due to the release of the 5000 series CPUs.

Overall, the Ryzen 5 5600X is a formidable force in the mid-range market, boasting six cores and twelve threads powered by the advanced Zen 3 architecture and manufactured using 7nm process technology. This combination leads to a significant improvement of ~19% in instruction per cycle (IPC) throughput, making the 5600X a top pick for the best budget CPUs.

This CPU from the previous Gen has ensured great gaming capabilities into rigs for a long time and has never disappointed.

The 5600X still offers impressive core speeds of up to 4.6 GHz max. However, it may limit the performance of your GPU at lower resolutions. Surprisingly, it's actually recommended to use this CPU and GPU combination for 1440p resolution for optimal performance.

Further optimizations, such as an improved boosting algorithm, better memory overclocking, and revised cache topology, eliminate Intel's remaining performance advantages and deliver a new level of power efficiency. In fact, the Ryzen 5 5600X is one of the most energy-efficient desktop PC chips tested to date.

The RTX 3060 Ti and the Core Ultra 5 245K should make for a great pairing as they are both entry-level components and should deliver good gaming and synthetic performance. We've reviewed the 245K, and it has better gaming performance than the 13600K, but it makes for an expensive upgrade, given it's based on the new LGA 1851 platform.

This processor has 14 cores, 14 threads, a 3.6 GHz base clock, a 5.2 GHz boost clock speed, and a 24MB Intel Smart Cache. What this means is that it has fewer threads than the 13600K. However, it uses 3nm CPU process technology, which gives it better performance and efficiency. Also, the clock speed means it should be able to handle almost anything you throw its way since it has good multi-core performance.

Its efficiency is also showcased with its maximum turbo power of 159W, which means it should also be easier to keep cool with an air cooler, if you're aiming for a budget build. If not, you also have the option of using the best AIO CPU cooler to keep the temperature under control, especially if you're overclocking this CPU.

For those with productivity in mind, a high core count CPU makes more sense, and the competition at this tier for gaming seems to put the Core Ultra in an awkward spot.

It also comes with Intel integrated graphics, which have a 300 MHz base frequency and 1.9 GHz boost frequency. That said, according to Intel, the integrated graphics can support up to 4K at 60Hz connected with HDMI 2.1. This is great, considering that you can run your system without needing a discrete GPU, and that can happen in the unfortunate case of your GPU dying or if you're waiting for a new one to arrive.

As far as its in-game performance is concerned, we ran Cyberpunk 2077 at 1080p low settings to make it more CPU-intensive and paired it with an RTX 4070 Ti Super. This processor managed to deliver 189 FPS, which is better than the 13600K's 179 FPS. However, if you're getting this processor solely for gaming, the price-to-performance ratio isn't justified, given that it has better multi-core performance than single-core performance, meaning it is better suited for resource-intensive workflows rather than gaming.

That said, while there are other CPUs with better gaming performance, this processor's stand-alone performance isn't bad. The only aspect you'll need to consider is the cost of upgrading to the LGA 1851 platform, as the Z890 motherboard on release is all high-end options, fetching a high price.

Why you can trust us

Our team at PC Guide has one goal: to maintain the highest standards possible from an editorial and technical perspective. We aim to bring in every new product in our office so we can put it through our rigorous hands-on testing, which gives us everything we need to know about it.

When it comes to processors, it includes testing their synthetic and gaming performance, but also their value, thermal output, and whether it is worth investing in or not. We believe it is our duty to inform our readers of all the pros and cons and help them make the best possible decision.

So, when it comes to our reviews, what you see is how it is or how it performed in our test bench, as others can have different outcomes depending on the components they use. We do not believe in brand loyalty, and our reviews are free from bias, because every product we recommend only makes the list if we think it meets the standards for our own use.

How to choose the best CPU for RTX 3060 Ti

Here are a few things to consider before you get a new processor to match the RTX 3060 Ti -

Type of workload

The first thing you will need to consider is the type of workload you’re going to be asking of your PC. This type of build is mainly for budget gamers. However, you can still apply plenty of day-to-day productivity tasks to it. If that’s the case, you would need to consider which type of games you play.

Keep in mind that big sandbox games are more CPU-heavy than other AAA games. In that case, specifically, you will need a stronger unit, perhaps one of the best CPUs for gaming.

Cores and performance

So, among all the things to check on a CPU, the first one would be the number of cores. The more cores, the better the CPU’s ability to handle multiple tasks simultaneously. This should be paired with core speed to determine the effectiveness of the CPU.

Something else to consider is the architecture of those cores and the whole GPU. For example, at this level, AMD has a better architecture to perform on AAA games, thanks to its great rasterization power, while Intel is more capable of enduring sandbox games due to its multi-threading abilities. However, these factors obviously change when considering the CPUs and price.

Budget

This takes us to the next point. The 3060 Ti is an entry-level GPU, so the build will be based on a budget that can always allow the fanciest stuff. Keeping that in mind, you must consider price-to-performance balance. One of the best sensations when building a budget rig is knowing that you have the best piece for the best price.

Is it worth buying AM4 in 2026?

Given that AMD is pushing toward AM5, they assured us that AM4 wouldn't die immediately. To our surprise, 2025 brought us even more AM4 CPUs, like the 5500X3D, showing us that even after AM5's release, AMD isn't done supporting AM4.

It might be lagging a little behind in terms of technology, but it's safe to say that immense value can be found in an AM4 system today. I still use AM4 in my personal gaming rig, and it's not once felt like I needed to upgrade. You just have to decide whether PCIe Gen 5 storage and DDR5 memory speeds are more important to you than saving money.

What is the best Intel CPU for the RTX 3060 Ti?

Our top pick for the best Intel CPU this time around is the Intel Core i5-13600K. This CPU is a great budget option that offers a high base clock speed, perfect for your gaming needs, while not reaching massive price points.

Is the RTX 3060 Ti still good?

That’s a subjective question and depends on what games you play. The 3060 Ti performs exceptionally well in older titles at 1080p and 1440p, but it’ll struggle with newer AAA titles, especially at 1440p. If you’re someone who enjoys casual gaming, then yes, the 3060 Ti is still great. If you’re someone who’s into the latest games, then you might need to manage your expectations a little.

What CPU is compatible with a 3060 Ti?

There is no real requirement for a processor that works with the RTX 3060 Ti. You only really want something modern that supports the latest features and platforms. Windows 11 requires something from the past few generations, in which case you do want to keep within that to be able to access the best features.

Final word

The Intel Core i5-13600K is the best CPU for the RTX 3060 Ti because it is still a viable processor even in the modern landscape. The performance it brings to the table is more than enough to keep up with the RTX 3060 Ti at lower resolution, and it should be able to handle a more powerful graphics card with ease. It also has good productivity, and most of all, you can get it easily at a lower price due to its age. Another benefit is that it works on the LGA 1700 platform, which many people are choosing to stick to instead of upgrading to the LGA 1851 platform due to a lack of generational improvement.

The Arrow Lake processors have also pushed the 1151 CPUs further back, and the future seems dim as the 13th- and 14th-gen processors were suffering from severe instability issues, which seemingly have been resolved, while the LGA 1851 (Arrow Lake) processor took a step back in gaming performance but increased their multi-threaded performance.

So, it seems like for a budget build, the LGA 1151 CPUs are still a viable option if you want to stick with Intel, but with the performance AMD processors have been displaying, we can't help but recommend them as even the budget 9600X offers better gaming and synthetic output than the 9900K and sets you up for the future as the AM5 platform has a long road ahead.

That said, to kick off your buying journey in the best possible way, we’ve put together this in-depth guide that lists different options, their details, and pros and cons to help you make an informed decision. If you don't have time to read the full article, we have handily outlined our products at a glance so you don't have to comb through everything to get our best recommendations. With that being said, let's get into it.

Products at a glance

How we picked

After considering multiple factors, such as price, compatibility, threads and cores, and unlocked multiplier, and comparing various processors based on these factors, we came up with a list of CPUs that we think are the best to be paired with an LGA 1151 socket when building or upgrading a PC. Besides that, here at PC Guide, we thoroughly tested every CPU for its respective review, as it allows us to showcase the real-world synthetic and gaming output.

Our top picks

If you’re looking for the best CPU that is compatible with an LGA 1151 socket, consider checking out the Intel i9-9900K processor.

First off, this processor has eight cores and 16 threads, a base frequency of 3.60 GHz, and a turbo frequency of 5.00 GHz. What this means is that this CPU should deliver top-notch general and in-game performance. The 16 threads should enable it to handle running tasks in parallel without sacrificing performance, and you can turn up the clock speed if you feel like your setup could use more power.

That said, Intel processors with the “K” moniker come unlocked from the manufacturer. This means that if you have the right tools and expertise, you can increase the clock speed beyond 5.00 GHz, but that comes with its share of risks. The heat produced could damage the internal workings, so we recommend investing in an adequate cooler before overlocking this powerhouse.

Regarding compatible memory, this CPU supports up to 128 GB of DDR4 2666 MHz RAM. What this means is that you can stack multiple memory sticks, as long as your motherboard can support it, and increase the overall performance of your build. If you’re looking to get your hands on the best DDR4 RAM available on the market, check out our guide.

Other than that, it features a 16 MB L3 cache. What this translates to in terms of performance is that you should experience quick processing and fast access times. Caches hold frequently accessed data and are located close to the cores. This reduces the distance the data travels from storage to the CPU, resulting in better performance.

It also sports an integrated Intel UHD 630 graphics card, and while that may be enough for basic tasks such as displaying a Word document, for high-definition gaming, you’ll need to pair it with a discrete GPU. You don’t necessarily have to pair it with an over-the-top card, such as an RTX 4090, as that’ll cost way more than an entire budget build.

There are excellent pocket-friendly graphic cards under $400 that could go well with the i9-9900K. Once you’ve sorted that out, you can expect the i9 9900K to perform well at 1080P and even 1440P during demanding games like Shadow of the Tomb Raider and God of War.

Overall, this CPU was the reigning king of its time, and while newer and more powerful processors may overshadow it now, it is still a reliable option for gaming, processing, and other tasks, especially if you want a powerful CPU under a budget.

If you’re looking for the best i7 processor compatible with an LGA 1151 socket, check out the i7 – 9700K.

Let’s kick things off with some general specifications. This CPU has eight cores, eight threads, a 3.60 GHz clock speed, and a turbo clock speed of 4.90 GHz. You might notice that it has eight fewer threads than our top pick, but that doesn’t mean the performance difference is leagues apart. That said, there will be some differences when handling parallel tasks, but a faster SSD, RAM, and overclocking should make up for the difference.

Another thing to note is that its base clock speed is the same, and the turbo clock speed is only 0.1 GHz slower. This difference is negligible and should deliver top-notch performance across various processes. So, the question is, why would you opt for this processor and not go for the top pick if the performance difference isn’t a lot? It all boils down to the costs. At the time of writing, our top pick is going for $458, while the i7-9700K will set you back by around $293. The difference comes down to $165, which is a good amount of money you can redirect towards a better SSD or RAM.

Like the i9-9900K, the i7-9700K can also support a maximum of 128 GB of RAM with a maximum frequency of 2,666 MHz. This should be more than enough for multitasking and single-core tasks such as gaming. That said, you can also boost the performance by pairing it with the best RAM for i7-9700K and leaving nothing on the table.

According to this processor’s specification page, it is capable of supporting 4K (3840 x 2160) at 60 Hz. What this means is that if you have a 4K monitor, this CPU should be able to handle and work at that resolution. However, suppose you plan on gaming at 4K resolution with high settings. In that case, you most likely will experience performance degradation and a possible bottleneck depending on what GPU you pair this with.

All in all, this CPU brings good features and functionalities to the table, and the price bracket it comes in makes it one of the best CPUs compatible with the LGA 1151 socket.

If you’re looking for an LGA 1151 compatible CPU that is light on the pocket but is still efficient for most tasks, the i5 9600K might be the option for you.

For starters, the i5 9600K has six cores, six threads, and a base clock speed of 3.7 GHz. While these specifications might not seem a lot, its base clock speed is 0.1 GHz faster than the i7-9700K, and let’s not forget that it can be overclocked. On top of that, the 6-threaded architecture should be able to handle general tasks and some medium-level intensive tasks; running heavy applications and playing games in parallel might bring it to a stop despite its boost clock of 4.6 GHz.

Regarding gaming performance, it has a decent single-core rating, which is just slightly less than that of the i7-9700. This means that if you pair it with a decent GPU—and there are plenty of options, like the best GTX 1660 graphics card—you’ll be gaming at high framerates in no time.

If you have the right gear, you can overclock this CPU to hell and back. It’ll take an advanced board like the MSI MEG Z390 Godlike, but if you’ve got it, you can reach stable frequencies as high as 5GHz. Even before any overclocking, this i5’s clock speed specs are pretty impressive. In fact, it has a 0.1GHz faster base frequency than both the i7 9700K and our LGA 1151 CPU champion, the i9 9900K.

One thing to note is that while this processor offers decent gaming performance when it comes to general functionality, it might be a bit slow for some due to the absence of hyperthreading. However, if you’re planning on running multiple heavy apps at the same time, this CPU should be able to handle light processing tasks without a hitch.

So, to review, we’ve got good gaming performance, low price, and decent light processing capabilities. This checks off plenty of boxes in our books and makes it one of the best LGA 1151 CPUs you can buy.

If you’re looking for a CPU that performs in the same league but doesn’t cost the same, the Intel Core i5–9400F might be your option.

For starters, this is a stripped-down version of our previous i5 K-Series pick, but the good thing is that the stuff that Intel has chosen to omit in this design doesn’t affect gaming performance. For instance, the integrated Intel UHD 630 graphics card is gone, bringing the price down, but you’ll be pairing it with a discrete GPU anyway, so no harm, no foul, right?

That said, you do lose out on a chunk of clock speed from one i5 to the next, leaving you with a base frequency of 2.9GHz, a little below the desirable rate for gaming. However, simply flick on Turbo Boost in the BIOS, and your max frequency hits highs of 4.1GHz. This should enable it to handle gaming at 1080p and 1440p, but you might have to tweak some settings at 1440p, especially if you’re running the game on high presets. However, you can pair this CPU with the best gaming RAM and give a boost to your overall setup.

One more minor downside to the entire F-Series is that they’re not unlocked, which means that they can’t be manually overclocked. So, if you’re a PC enthusiast looking to overclock your components and push your build to the extreme, this CPU will hold you back from doing so.

However, considering its performance and the price tag it comes with, it’s one of the best LGA 1151 CPUs to get your hands on if you’re putting together a budget PC.

Our final CPU for LGA 1151 socket types is one of the best i3 units you can buy. It is not exactly stacked with hardware, containing only four single-threaded cores, but it has all it needs to supplant your old processor and keep you gaming on that LGA 1151 motherboard for at least a few more years.

What still impresses us about the i3 9100F is its clock speeds. It bottoms out at 3.6GHz, which is beyond the minimum requirement for some snappy gaming, and it can be boosted to an admirable 4.2GHz when you need some extra juice.

Burdened by that ‘F’ suffix, you won’t be able to tweak performance with any manual overclocking, so it’s by no means an enthusiast unit. However, if all you’re worried about is the capacity to run games, the i3 9100F is a fantastic budget option.

Much like our second-last pick, this i3 unit doesn’t include any integrated graphics facilities, but it does come with a cooling fan, so if you like to keep a chill, quiet case, it won’t disappoint. That being said, you should be able to pair it with any of the best budget GPUs for a decent gaming and working experience, but we wouldn't recommend pairing it with powerful graphics cards as it'll most likely bottleneck them.

Why you can trust us

Here at PC Guide, we have a rigorous testing process for various hardware, such as motherboards, GPUs, routers, and CPUs. This process takes the processors through their paces and tests their real-world synthetic and gaming performance, which covers most use cases for gamers and professionals.

The overall rating is split between pricing, thermals, power usage, gaming performance, and synthetic performance. This allows us to paint a clear and accurate picture of the performance of any CPU, and we also believe in transparency,y showcasing the strengths and weaknesses, because products with different price tags usually cater to different workloads.

That being said, our experience in product testing does allow us to recommend products that haven't gone through our comprehensive testing process, but we always try to review and update the articles with performance benchmarks to provide the utmost level of clarity.

At PC Guide, we have a firm belief in uncompromising standards and strictly carry that in our reviews. What that means is that our reviews are bias-free, and we only recommend products that are worth investing in. The CPUs we recommend didn't make the list because of sponsorship, but because they showcased excellent performance, reliability, and thermal design, all of the factors that we wouldn't want to compromise on ourselves.

How to pick the best LGA 1151 CPU

While the LGA 1151 socket supports CPUs that are from 2018, that doesn’t mean they don’t provide value, and simply throwing away your money on any CPU isn’t recommended. There are some factors you need to consider before choosing a CPU and to make things easier for you, we’ve listed some of them below.

Compatibility

The first thing you need to ensure is that the CPU you choose is compatible with the LGA 1151 socket. This is important as there are two LGA 1151 sockets: the first and the second. The first version is compatible with Skylake and Kaby Lake CPUs like Intel i5-7287U, while the second version (revision) supports Coffee Lake CPUs like Intel i7-9700T. So, make sure you’re choosing the correct CPU for the correct socket, and mismatching could damage the processor or the motherboard.

Overclocking

While most people won’t generally go for overclocking because it requires setting the fan curve, adjusting the voltage, and other technicalities that can damage the CPU, it is almost a given for hardcore gamers and creators who want to squeeze out every last bit of performance from their CPUs. That said, Intel processors denoted with “K” come unlocked from the manufacturer, making them easier to overclock. So, if you plan on overclocking to make the most of your system, you should go for a "K" version.

Cores and Threads

Another important aspect to consider is the cores and threads. The cores are responsible for all the processing, and each core could have multiple threads, which is called hyperthreading. This enables your setup to effortlessly handle various processes running in parallel. So, if you plan on running tasks requiring multi-core recruitment, go for a CPU with more cores and threads.

Other than physical differences, new architecture means a CPU is more energy-efficient, able to accommodate a greater number of cores, may have an enhanced thermal treatment, and even feature entirely new processes.

Multitasking

When they talk about multitasking in a computational context, people mean the CPU’s ability to run different software in parallel with full functionality in each application without the risk of crashing. For example, if you’ve got a handful of tabs open, you’re listening to music, live streaming, and playing games simultaneously; that’s multitasking.

As we mentioned earlier, hyperthreaded cores are fantastic at multitasking. They’re the jugglers of the tech world. The more threads you have, the more they can handle. Rudimentary multitasking is essential to everyone these days, but it is never as important as it is for content creators.

Is the LGA 1151 platform still good in 2025?

It's all well and good picking up a CPU to suit the socket, but how well does the LGA 1151 Socket fit into modern-day computing?

Although LGA 1151 was at the pinnacle of technology at the time, it has fallen behind the advancements of modern-day. While the 1151 socket does support DDR4, the official support speed is pretty slow, at just over 4,000MHz max. You're also coupled with the lower-end PCIe Gen 3 version, meaning slower M.2 speeds and less support for higher-end modern GPUs. While these issues aren't too glaring right now, technology is advancing rapidly - it might become a much bigger issue shortly.

We advise not to build a brand new rig on the LGA 1151 socket, but if you already have a system and are looking to spend a minimal amount on the upgrade, a new LGA 1151 CPU might be your best bet.

What's the difference between the FCLGA 1151 and LGA 1151?

Although it sounds complicated, they're the same thing. FC just stands for Flip-chip, which is the sort of architecture for the socket. So don't be put off if you see the two different abbreviations floating around; they both mean the same thing.

What is the most powerful LGA 1151 CPU?

The most powerful LGA 1151 CPU is the Intel Core i9-9900K processor, which offers 16MB of cache, up to 5.00 GHz boost, and a 14nm chipset. This should be capable of handling 1080p gaming on high to medium settings and enable efficient multitasking. According to some sources, the 9900K can be overclocked to 7.6GHz, but maintaining that frequency is difficult as it requires a whole lot of cooling, and you might also need to delid the CPU for better heat dissipation and overclocking overhead.

Is LGA 1151 still good?

The LGA 1151 socket can support up to 9th Gen Intel processors, and we’re currently experiencing Core Ultra 200 (15th Gen) Intel processors that use the LGA 1851 socket. So, while this socket may not cater to the latest generations and has its limitations, the high-end CPUs it can support (i9–9th Gen) are still kicking and making a name for themselves. On top of that, if you want a budget build, this combination might be suited for you.

Which socket came after LGA 1151?

The LGA 1151 was replaced with LGA 1200, which supported Intel's 10th and 11th-generation processors. After that, the LGA 1700 took over and supported three generations of Intel processors from the 12th to the 14th generation. In Q4 of 2024, the LGA 1851 was released for the Arrow Lake CPUs (15th-generation), effectively replacing the LGA 1700 socket. However, many are sticking with their LGA 1700 processors due to the lack of generational improvement in gaming that the Core Ultra 200S processors offer.

Our Verdict

The Core i9-9900K is the best LGA 1151 CPU in our book, thanks to its fantastic performance, apart from its age limitations. You're on for a winner if you can snag it at a lower price.

Technology is progressing at a rapid pace, but it doesn’t mean the older tech is out of commission as soon as new technology is introduced, and the LGA 1151 motherboards aren’t quite out of the race just yet, though they aren't far off. That said, the best CPU for LGA 1151 is the king of old, the Intel i9-9900K, and there are a handful of reasons for that. First, it has 8 cores and 16 threads, which should make it a beast at handling parallel workloads as well as delivering top-notch in-game results.

On top of that, it has a turbo frequency of 5.00 GHZ, and it can be overclocked to go beyond that, which should ramp up its processing capabilities. To wrap things up, it has a large 16 MB L3 cache, which, combined with a fast SSD and good gaming RAM, should help it quickly work any task you put in front of it.

Latest reviews

So, we've established that the 7600 XT's impressive specs and price make it a fierce competitor amongst the best budget graphics cards – but which CPU is most compatible with it? Well, this GPU is best for 1080p and 1440p gaming, so you'd need a processor that can keep up with it at lower resolutions. We've cherry-picked a lineup of processors that should make the most out of the money you've invested in the RX 7600 XT for your rig.

We've tested and reviewed all of these CPUs to give you as much insight as possible, and we've aimed not to provide any options that are overkill for the GPU, to save you some cash in the process. If you do want something more powerful, like the Ryzen 9 9950X3D or 9 9900X3D, we'd recommend going for a more powerful GPU to pair with them instead, to get your money's worth.

Products at a glance

How we picked the best CPU for the RX 7600 XT

Choosing the perfect CPU to pair with your RX 7700 XT needs careful thought. Here at PC Guide, we're well-equipped to help. Our team has a deep understanding of CPUs and PC building, and we back that up with in-depth reviews. This hands-on experience lets us recommend CPUs that excel in both gaming and everyday tasks.

To pick the ideal CPU, we consider several factors. We analyze public benchmarks, alongside our own in-house testing, to see how CPUs perform with mid-range GPUs like the RX 7600 XT. We also factor in user reviews and expert opinions to get a well-rounded picture of real-world performance, cooling needs, and reliability. Ultimately, our goal is to suggest CPUs that offer the best blend of gaming power, affordability, and future-proofing for your new system.

In the budget, entry-level market, balance is one of the most important aspects to check in a system – enter the Intel Core i5-13600K. This CPU exemplifies the blend of power and efficiency, thanks to its innovative P-cores and E-cores architecture. The 13600K offers  14 cores (6 P-cores + 8 E-cores) and 20 threads, plus it’s up to 5.1 GHz unlocked, making the CPU the strongest option for mid-range, entry-level users.

An excellent CPU through and through with fierce single and multi-core performance for the money.

The Core i5-13600K is particularly well-suited for users who want a strong-performing CPU for gaming and productivity without the high cost typically associated with top-tier processors. It’s capable of handling the latest games at high settings and also excels in multitasking and creative workloads - and that's certainly what we found in our i5-13600K review, too.

Even in demanding titles such as Cyberpunk 2077, the Core i5 managed an average FPS of 179FPS, with smooth frames and no stuttering to speak of. It certainly makes you question the title of 'mid-range', and when paired with the 7600 XT, you should have a setup that can perform well above its status.

All in all, this CPU is a solid choice for those who are building a PC for the first time or upgrading an older system, offering a significant performance boost without a hefty price tag.

AMD has knocked it out of the park with its latest Ryzen 9000 X3D CPU, the 9800X3D. The CPU brings a 16% IPC uplift over the 7800X3D, a processor that beat all the flagships of its generation in gaming. Along with performance improvements, which were expected from the 9800X3D, AMD has also leveled up the CPU's thermal and power efficiency by using a 4nm process node (as compared to the 5nm used in 7800X3D).

As seen in our 9800X3D review, there has also been a good increase in the CPU's ability to handle productivity tasks like rendering and video editing. For instance, in our Blender tests, the 9800X3D outperformed the 7800X3D and the 9700X, which is very impressive.

After all, it has solid specs, boasting 8 cores, 12 threads, and a boost clock speed of 5.2GHz. Plus, with an unlocked multiplier for easy overclocking, you should be able to increase its productivity performance further. Of course, at the stock configuration, the CPU is outmatched by the Intel Core Ultra 7 26K, but it is still commendable. That said, keep an eye out for the best CPU coolers for 9800X3D if you want to avoid any thermal bottlenecks for a smooth experience.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

The 9800X3D's productivity performance is not the main reason we have picked it as the best AMD CPU for RX 7600 XT; that title goes to its gaming numbers. Thanks to the massive 96MB of L3 cache, the CPU not only gives the best framerates in literally all games but also surpasses all other, more expensive, flagship CPUs currently available.

As such, if you want to get the best gaming performance out of your RX 7600 XT build, no CPU can outperform the 9800X3D. Of course, since it is based on the Zen 5 architecture, you'll have to spend a bit more money in getting a new DDR5 RAM and an AM5 motherboard, but we think it is worth it if your plan is to future-proof your build. Down the road, if you plan to get an RTX 50-series or an RX 8000 card, you won't have to get a new CPU. One thing to watch out for is that you should go for the best motherboard for 9800X3D, as that will ensure you get the most out of your PC.

While any of the other processors on this list should be able to easily complement the performance of the RX 7600 XT at 1080p or 1440p, if you're looking to get the best productivity, we recommend giving the Ryzen 9 9900X a shot. We've tested and reviewed this CPU in-house, and it has a pretty good performance, worthy of being the second-best processor in the Ryzen 9000 lineup.

In addition, while it might not make sense to pair the 9900X with the RX 7600 XT in the short term, the 9900X's processing capabilities should ensure that you can easily swap the 7600 XT with any of the latest mid-range or high-end GPUs like the RX 9070 XT or RTX 5080 without any issues.

This processor has 12 cores and 24 threads based on the Zen 5 architecture, which gives it an upper hand over its predecessor, the Ryzen 9 7900X, in gaming and synthetic workflows. To test the capabilities of the 9900X, we coupled it with the RTX 4070 Ti Super and ran Cyberpunk 2077 and Days Gone at 1080p low settings.

The 9900X does better than the other 9000 series CPUs when it comes to intergenerational performance, it does have decent uplifts in single-core performance.

The reason for testing the gaming output of a CPU at low resolution is to see how many times it can process the game logic per cycle and whether that'll be enough for the GPU. For example, if the 9900X can only manage 200 FPS at 1080p but the RTX 4070 Ti Super can surpass that with 300 FPS, you'll ultimately get 200 FPS because the graphics card would be held back by the limitations of the CPU, hence a CPU bottleneck.

However, we experienced no such thing during our testing and got 330 and 245 FPS in the respective titles, which is quite impressive. The 1% lows were also good, with 231 and 119 FPS, respectively. That being said, whatever the RX 7600 XT can throw at the 9900X, it should be able to handle it easily without any issues.

So, you should be able to experience the full capabilities of this GPU, but when the time comes to upgrade to a better one, you can do so without worrying about whether it'll be able to pair well or not.

Owning an RX 7600 XT is not just about excelling in 1080p gaming; it also unlocks the potential for higher resolutions. To effectively bridge the gap to 1440p gaming, a robust CPU is essential, and the Intel Core i7-13700K is an exemplary match. Belonging to Intel’s 13th generation and featuring a hybrid architecture that combines performance cores and efficient cores, this CPU is engineered to adeptly handle the demands of high-resolution gaming alongside a range of demanding applications.

To effectively bridge the gap to 1440p gaming, a robust CPU is essential, and the Intel Core i7-13700K is an exemplary match.

The i7-13700K’s technical strengths lie in its impressive array of cores and threads, of which you have 16 and 24, respectively, which guarantee smooth multitasking and seamless gaming experiences. This makes it an ideal processor for users who not only aim for superior gaming performance at resolutions surpassing 1080p but also for those engaged in content creation and other intensive computational tasks. Furthermore, its compatibility with the latest DDR5 memory and PCIe standards solidifies its position as a future-proof powerhouse, ensuring that it remains a top performer in the face of forthcoming hardware innovations.

The Ryzen 5 7600X is the face of the budget market in the world of AM5 technology. So if you’re looking for the best out of the new-gen without spending too much, then this one is the go-to option. This CPU offers a fine balance between performance and affordability, which makes it an excellent choice for gamers and general users alike.

The Ryzen 5 7600X is configured with 6 cores and 12 threads; this allows you to get great results in a wide spectrum of tasks, from immersive gaming experiences to diverse productivity demands. It also features a base clock speed of 4.7 GHz, with the capability to boost up to 5.3 GHz, thus ensuring quick and efficient processing.

The Ryzen 5 7600X brings big value for a small price – it performs well in gaming workloads and can hold it’s own in more productive tasks, it seems 6 cores go a long way these days.

The price-to-performance ratio is raved about not just in Amazon reviews, but our own 7600X review, too, where we found it more than capable of gaming at the high end. Not only does this mean you'll get excellent performance out of your 7600 XT, but you should be future-proofed for future upgrades, too, especially with DDR5 under your belt.

With a TDP of 105W, it’s relatively power-efficient, and being an unlocked CPU, it offers the potential for overclocking. The processor’s support for DDR5 memory means faster data processing, although it necessitates the use of compatible and often more expensive motherboards: always something to keep in mind when upgrading your rig.

Considerations for picking the best CPU for RX 7600 XT

When pairing a CPU with the RX 7600 XT, it’s crucial to choose a processor that complements the GPU’s performance. Here are a few things that you should consider.

Performance

This ensures the gaming experience is smooth and the graphics card is utilized to its full potential. The ideal CPU should have enough cores and threads to handle modern games, which increasingly rely on multi-threaded performance. While a quad-core CPU might work in a pinch, for a balanced and future-proof build, aim for at least a 6-core processor with hyperthreading (or SMT for AMD). This provides headroom for demanding titles and multitasking.

Compatibility

Ensure your chosen CPU is compatible with your motherboard's socket type. The AM4 socket is common for AMD Ryzen processors, while Intel CPUs utilize the LGA-series sockets (e.g., LGA 1700). Double-check compatibility before purchasing to avoid any headaches down the line.

Now, with various generations of processors to pick from, there are plenty of sockets to pick from. Like AMD moving to AM5, which has become the default, while Intel changing sockets more often is hardware to keep up with.

Cooling

Now, the GPU in question is not a top-of-the-line card, but it will still generate heat. The CPU you choose also contributes to the overall system's thermal load. Consider the TDP (Thermal Design Power) of the CPU. A lower TDP CPU might allow for a less powerful cooler, saving on cost and noise. However, if you plan to overclock or prioritize silent operation, a more robust cooling solution might be necessary.

Upgradability

The platform you choose does have a certain upgrade path to it. If you plan to upgrade down the line, depending on what you choose, there may be options coming out in the future or when you can afford them to improve. That way, you can choose a more budget-friendly option first. Like the AM5 platform, it has plenty of options down the line while offering some great entry-level CPUs as well.

How much power does the Radeon 7600 XT use?

The Radeon RX 7600 XT has a power consumption of 165 Watts. For a system incorporating this GPU, it is recommended to have a power supply unit (PSU) of at least 550 Watts. This ensures that there is enough power headroom not only for the GPU but also for other components in the system, maintaining stability and reliability under various usage conditions.

Is the Intel Core i5-13600K good for future-proofing with the RX 7600 XT?

The Intel Core i5-13600K is a solid choice for future-proofing when paired with the RX 7600 XT. Its hybrid architecture, combining Performance-cores and Efficient-cores, provides a strong foundation for both current and upcoming games. The CPU’s support for PCIe 5.0 and DDR5 memory means it’s ready to handle future technological advancements.

But having released a new platform, and with plenty of other options to pick from, it might not be as recent and as powerful as what you can do these days.

Do you need a top-end CPU for the 7600 XT?

No, you don't. Being a more entry-level graphics card, it makes sense to pair it up with a more entry-level processor. One that matches it in cost and equals out the budget and performance tier. That way, you can also keep the bottleneck on the GPU as is the standard in PC builds, and offer a top 1080p, maybe 1440p performance, which most budget processors shouldn't have a problem with.

It's only if you have plans to upgrade the GPU or use your CPU for plenty of processing power that you might want to get something a bit higher up.

Even with the RTX 50 series released, you might still be interested in the previous generation. especially considering the RTX 50 series stock hasn't been ideal, and neither has the pricing, which soars above the MSRP. Now, considering the RTX 4070 Super, it was reviewed fairly well, so it might not be a terrible option to go for instead of the newer generation.

In this guide, we've made this process extremely simple - to make your choice easy, we've done the background research for you and outlined four CPUs that would make a great addition alongside the RTX 4070 Super. Whether you want a gaming-focused set-up or something for productivity or content creation, these picks ensure you achieve the best performance at the best prices. We've tested and reviewed them to make sure they live up to the standard.

How we selected the best CPU for RTX 4070 Super

It has to be said that picking the best CPU for the RTX 4070 Super is not a task we brush off lightly. Our selection process involves an in-depth analysis of publicly available benchmarks and a thorough understanding of the current market options, supported by our extensive CPU topic knowledge. We take the extra time to examine performance tests from our CPU tests and reviews to find out their actual performance.

Additionally, we make sure to take into account user reviews and the potential longevity of each CPU: it's crucial to recommend processors that are not only powerful now but will also continue to deliver robust performance in the future, as you're bound to hold onto your CPU for a good few years before your next upgrade.

This method guarantees that our recommendations for the best CPU to pair with the RTX 4070 Super meet the diverse needs of our audience, encompassing gamers, content creators, and general users who seek a strong and dependable computing experience.

There is no denying that the RTX 4070 Super can handle its fair share of gaming, but if you want to squeeze every bit of performance out of your rig, we recommend pairing it with the Ryzen 7 9800X3D. That’s because, in our review of the 9800X3D, we saw very impressive gaming numbers from the CPU. It completely beats all competition, including flagship processors.

The Ryzen 7 9800X3D features 8 cores, 12 threads, and a max frequency of 5.2GHz. As you can guess by the “X3D” in its name, the CPU also packs the 3D V-Cache technology, meaning it has a large L3 cache, 96MB, to be precise. The bigger L3 cache capacity in the 9800X3D allows it to store more data in the cache for the 8 cores to retrieve, so there is less delay and faster performance.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks

Previously, X3D processors had two downsides: no overclocking and inferior productivity performance. Well, AMD has fixed both of these aspects with the 9800X3D, as the CPU can now be overclocked and also offers very impressive numbers in synthetic benchmarks. For instance, in Blender, the CPU beat the Ryzen 9700X by 5-10 points, and the gap further increased when we enabled PBO.

At this point, the only possible negative aspect of the 9800X3D is its price. The CPU not only carries a solid price tag, but if you’re not already on the AM5 platform, you’ll also need to spend a good amount of money on DDR5 RAM and an AM5 motherboard. 

While this comes across as a negative, it is not a big issue in the big picture. That’s because AM5 is going to get more CPUs for the next few years, and DDR5 is the future anyway. So, you’ll definitely be futureproofing your gaming setup by going with the 9800X3D. We still recommend you check out the best coolers and the best motherboards for 9800X3D to equip your PC with the right components.

As a mid-range GPU, the RTX 4070 Super appeals most to gamers, making it fitting to pair it with a top-tier gaming CPU. The Ryzen 7 5800X3D, despite the advent of newer generations, still holds its ground as one of the best gaming CPUs available, offering excellent value for its price.

The AMD Ryzen 7 5800X3D, with its 8 cores and 16 threads, emerges as a formidable option for both gaming and multitasking. It boasts a base clock speed of 3.4 GHz, capable of boosting up to 4.4 GHz, thus ensuring it meets the demands of intense games and applications. The standout feature of this CPU is its massive 96MB L3 cache, which significantly elevates gaming performance. With a TDP of 105W, it balances power efficiency with strong performance, an ideal mix for gamers who are also energy-conscious.

The 5800X3D paved the way for the 3D V-cahce equipped CPUs we know and loved today. It rivalled CPUs generations above it in gaming workloads, but that’s all it really is, a gaming CPU.

Overall, this CPU is a prime choice for users looking to build a gaming-focused PC. While it's capable of handling various tasks, gaming is its forte. The Ryzen 7 5800X3D excels in providing smooth, high-frame-rate gaming experiences, especially in the latest titles, making it a top pick for gaming aficionados and an excellent choice to perform alongside your RTX 4070 Super.

As we found in our 5800X3D review, the processor is capable of various tasks when it comes to it. In gaming real world performance in our tests, the CPU achieved an 283 average FPS in Days Gone and 279 FPS in Cyberpunk. However, it does falter in the more productivity-oriented tasks. As in CPU Z single, it gets 461 points and in multi, it gets 4,889 points, with the likes of cinebench R23 gathering just over 1,100 single-core and 10,200 multi-score points.

It's also an AM4 processor, which means the upgrade path and future-proofing aren't exactly ideal, or even there, really. Combined, these factors mean the processor isn't an ideal choice for those looking for some down-the-line upgradeability and working on tasks apart from gaming.

If you're after Intel's processors, it's best to look at the latest platform and generation to get the top choice and future upgradeability on the socket. That's where the Core Ultra 200 series release comes in, even if it was a bit of a blunder at its release compared to its previous generation, the change to the struggling 14th generation with high TDP, power requirements, and thermals.

So, the Intel Core Ultra 7 265K is the middle ground of the Arrow Lake generation, offering a mix of efficiency and performance for the processor choice. It comes equipped with 20 cores and 20 threads, with the main cores split into eight performance and 12 efficiency cores as Intel's way of improving the processing power and method of processing its work.

These come clocked in with a 3.9 and 3.3GHz frequency, respectively, with the ability to boost all the way up to 5.5GHz, still offering a decent amount of uplift. Let alone to overclock, you can put on them, considering the temperatures it reaches aren't exactly that high.

An area where the 265K shines, as does the rest of the Arrow Lake lineup, is efficiency. Efficiency is up by 35% on the new E-cores that feature in Intel’s 15th generation, partly because they dropped hyperthreading.

It also offers a 30MB L3 cache, a decent chunk but nothing akin to the 3D cache that AMD excels at. However, it still has a lot to offer without it. All of that comes in with a TDP of 125W base and maxing out to 250W, which is a decent amount of power.

In our review of the 265K, we didn't give it the highest of scores, considering the drop off over the previous processors. But it might have been necessary considering the 14th Gen instability that plagued its name. However, we saw its performance in those tests and benchmarks.

In gaming, that translates to an average frame rate of over 190 in Cyberpunk with a more intensive setting for CPUs on low 1080p. Even with that a bit lower down, the creative and workload performance is a bit more impressive. This is especially true in the multi-core and Blender benchmarks, where it nearly doubles the scores of the 9700X we put it up against.

So, it's more of a creative and workhorse processor than a gaming machine. But it should pair well with the 4070 Super to provide a great working PC.

Now, if you're looking for a more budget offering when it comes to your processor setup, then there is the Ryzen 5 tier of processors. The latest on AM5 is the Ryzen 5 9600X, which brings with it the lowest entry to the Zen 5 generation and cuts down the price compared to the 7600X, which has an MSRP of $299 by $20. Along with the range of newer chipsets available, like the B850 release, and with plenty more DDR5 models, it is a more affordable way to get onto AM5.

The processor has six cores and 12 threads, and it can clock at 3.9GHz and overclock to 5.4GHz. It's not the speediest option, but it definitely gets going with the potential to overclock. It started off with a TDP of 65W, but it then got extended to 105W, with an 88W PPT that also improved up to 142W to get even better performance from it.

The gaming performance is very stable and there is a substantial improvement over the last gen.

It also provides a decent amount of overhead. It comes equipped with an 80KB L1 cache, 1MB of L2 cache, and 32MB of L3 cache, which provides decent support for the processor. It is not quite to the X3D amount with no stacked option, but it doesn't come with the tax on top of that.

In our testing, it achieved an average framerate of 325 FPS in Cyberpunk 2077, with Days Gone getting 246 FPS, improving over what the 7600X was capable of. The same is the case in the synthetic benchmarks, as it improves by 100 points or more in the likes of CPU Z single and multi, Geekbench single and multi, too.

Considerations for the best CPU for RTX 4070 Super

When choosing the optimal CPU to pair with the RTX 4070 Super, a balanced combination of power, efficiency, and compatibility is crucial. The perfect CPU for this graphics card should shine in both gaming and productivity tasks, enabling a fluid switch between both work and leisure. Key attributes like high clock speeds and a substantial core count are essential for smooth gaming experiences and effective handling of creative applications, without worries of bottlenecking or similar issues. 

Considering the future-proofing of the CPU is also crucial. In an era of rapid technological advancement, selecting a processor that supports the latest innovations such as PCIe 5.0 and DDR5 memory is a prudent choice. This approach ensures that your system remains up-to-date and capable of accommodating future advancements and requirements.

What CPU to pair with RTX 4070 Super?

When you're looking for the right CPU for the RTX 4070 Super, then the Ryzen 7 9800X3D is at the top of the list. Providing the top-tier gaming performance at the top of the list and being the go-to processor. The 5800X3D is the same if you're looking for a more budget option on an old platform. However, if you need multi-core processing and multi-tasking, Intel's 265K is the processor to go for, while the 9600X is the way to go when you want a budget option on a modern-day platform.

What CPU won't bottleneck an RTX 4070 Super?

When looking for a CPU for the RTX 4070 Super, there are plenty of options to choose from. Being a mid-tier graphics card, there's nothing that really won't match its performance. Any modern CPU can give it everything the GPU needs without hindering its performance, and provide it with the processing power. Especially if you're gaming at higher resolutions, it will mostly be down to the graphics card to do the processing you need.

Counter-Strike 2 (CS2) represents a significant leap from the previous CS:GO. The improvement to the game engine makes it GPU and CPU-heavy. So, having a potent CPU is essential to managing the game’s mechanics efficiently, ensuring smooth gameplay and maximizing the graphical output and physics that the game offers, but that doesn't mean that an older GPU would be able to churn out 400+ FPS.

With that in mind, we've compiled some of the top choices to pick for playing CS2. Put through our testing lab and having been reviewed, we've found the ones that provide the best pick for the job. Including testing out the game in our suite on occasion to see the performance it achieves. So here are our picks for CS2.

Products at a glance

How we selected the best CPU for CS2

In determining the best CPU for CS2, we test each processor for its synthetic and gaming performance. While the latter is more tuned toward productivity output, we always run CS2 when testing any CPU or GPU, for that matter, because it is a very popular title and serves as an essential element in any review.

This allows us to gauge which CPU was able to deliver a better performance, and then, factoring in the balance between output and cost, we selected these processors for outstanding performance as tested in our CPU reviews. Also, while high-end CPUs guarantee exceptional performance, not everyone has the budget for top-tier processors. So, we also included processors that offer excellent performance for CS2 while ensuring good value for money.

Our top picks

When it comes to being a true jack-of-all-trades, it has become hard to beat the Ryzen 7 9800X3D. As seen in our review, the CPU offers the best gaming performance among all the flagships currently available, and AMD’s architectural changes, including using a 4nm process node, have also given it a good bump in productivity tasks.

To begin with, the 9800X3D packs a solid number on paper, offering an 8-core configuration with support for multi-threading, meaning you get 12 threads. As for clock speeds, the cores can get up to 5.2GHz, and you can also overclock them to run at a higher frequency. Just make sure your motherboard has a good VRM structure to handle the increased power consumption, and your cooler can handle the thermal increase. For guidance, you can check our guides on the best motherboard and the best cooler for Ryzen 9800X3D.

The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks. 

Since the 9800X3D comes with 96MB of L3 cache, we get an exceptionally high performance in all games. During our tests, we saw pretty much double FPS in CS2 from the 9800X3D when compared to the 7800X3D, 9700X, and Core Ultra 7 265K. Specifically, the 9800X3D ran CS2 with 604 FPS, followed by 7800X3D at 352 FPS, and 9700X and 265K @ 332 FPS and 311 FPS, respectively. If the 604 FPS figure wasn’t impressive enough for you, we also ran CS2 at 669 FPS using the 9800X3D with PBO enabled.

As such, no better CPU can handle CS2 than the Ryzen 7 9800X3D, and given its productivity performance, thermal efficiency, and overall future-proofing aspect, it is clearly the most versatile CPU available right now.

With 16 cores and 32 threads, the Ryzen 9 7950X3D is a beast that clocks up to 5.7GHz. Improving upon the lower-tier processors, the Ryzen 9 CPU offers a great deal of multi-core capabilities and can handle more workloads than just gaming.

It supports PCIe 5.0, DDR5 RAM, and features a 105W TDP, placing it firmly in the high-performance category. This powerhouse of a processor is perfect for those desiring to game in 4K, offering top-notch performance and the ability to handle the demands of CS2 effortlessly.

The AMD Ryzen 9 7950X3D is far from the cheapest chipset on the market, but with unparalleled performance, it’s also one of the best.

The Ryzen 9 7950X3D stands out for CS2 primarily because of its exclusive 3D V-Cache technology. This feature adds 64MB of L3 cache directly to the cores, substantially decreasing latency and enhancing average frame rates. For gamers dedicated to CS2, this means smoother gameplay, faster responses, and a significant edge in the competitive arena. It's a worthwhile investment for serious players seeking to maximize their in-game performance and experience.

All of that comes in a package of 120W, with the PPT able to reach up to 162W. Yet it doesn't quite have the improvements that the Zen 5 cache has, so the Zen 4 X3D does have a limit to its power capabilities. But still, that doesn't stop it from being the powerhouse at the top of the pack.

When we tested CS2 with this processor paired with the RTX 4070 Ti Super, we got 364 FPS at 1080p low settings. While depending on the in-game settings, this figure can go up or down, but either way, you should be able to hit high FPS at low resolution with this processor.

That being said, the 9950X3D might be of greater interest to you and might be a better choice for the longer term, as being on the AM5 platform, there should be plenty of years to enjoy.

On the other end of the spectrum, if you need something a bit more budget-friendly, then the Ryzen 5 9600X is the way to go. As we found in our review of the processor, it has plenty of potential and value for the AM5 range, bringing the Ryzen 5 tier to the Zen 5 generation and being a top choice for the job.

Although the initial release was a bit mediocre and middling, AMD focused on efficiency and dropping the power requirements for its processor. So the performance wasn't as impressive, but with BIOS and AGESA updates, the 9000 series got a boost to improve it even more if you want it.

The gaming performance is very stable and there is a substantial improvement over the last gen.

That means it now has two power levels to choose from, initially 65W and extending that up to 105W. The PPT also jumps from 88 to 142W, providing a great range of power capability for the entry level.

In all of that power, the package gives you six cores and 12 threads on the Zen 5 CPU, along with a 1MB L2 cache and 32MB of L3 cache. So with an MSRP of $279, you get plenty of value and specs for the price to get yourself onto the AM5 platform for a great option. Especially when you're looking to play CS2 on a budget, the 9600X is definitely the way to go.

With Intel’s move to the LGA 1851 socket and the new Arrow Lake platform, the Core Ultra 9 285K stands out as the flagship processor designed to compete at the very top of the performance spectrum. Paired with high-end GPUs, it represents Intel’s latest push toward raw computing power and efficiency, even if it came at a negative cost for its placement in the market ladder.

This chip is equipped with 24 cores, offering exceptional multitasking and creative performance, even with reduced hyper-threading compared to earlier generations. Its architectural improvements and sheer core count ensure it remains a top contender for both gaming and productivity workloads.

Clock speeds are equally impressive, with performance cores running at a 3.7 GHz base and boosting up to 5.5 GHz, while efficient cores operate between 3.2 GHz and 4.6 GHz, with overall peaks reaching 5.7 GHz under optimal conditions. This allows the 285K to deliver strong single-threaded performance alongside outstanding multi-core scaling, ideal for demanding creative software, simulations, and heavy multitasking.

The Core Ultra 9 285K is a great processor there's no doubt about it. Even as it cut back on the thread count and hyper-threading

The processor operates with a 125W base power and can boost up to 250W when needed, balancing high-end power draw with improved energy efficiency compared to previous generations. In testing, it maintained respectable thermals, peaking at 78°C under full load while drawing 233W, showcasing better thermal control despite its immense output.

When tested against AMD’s flagship offerings, the Core Ultra 9 285K edged ahead in multi-core performance while performing on par in single-core workloads, proving its capability as a versatile, high-performance CPU. Overall, it’s a powerhouse processor that blends speed, efficiency, and scalability, making it a compelling choice for enthusiasts, creators, and gamers seeking top-tier performance on Intel’s latest platform.

Why you can trust us

At PC Guide, we have a long-standing tradition of thoroughly testing a wide range of processors, from entry-level models to flagship powerhouses. We believe in hands-on evaluation of every CPU we recommend, pairing them with various GPUs to understand how these combinations affect overall performance. This approach ensures our readers get a comprehensive view of real-world capabilities across different hardware setups.

Our testing process includes measuring real-world benchmarks, thermal output, multi-core, and single-core performance to deliver a complete picture of how well a processor handles both gaming and synthetic workloads. Given the massive popularity of Counter-Strike 2 (CS2), one of the most widely played games globally, we include it in every GPU and CPU review.

Testing CS2 allows us to assess how processors perform under competitive gaming conditions, where frame rates and responsiveness are critical. We maintain 100% honesty and transparency in our reviews, free from any brand or manufacturer bias, because we uphold the highest editorial standards and want our readers to have the same trusted experience we expect of ourselves.

There is no compromise when it comes to performance, stability, and value. What you see in our reviews reflects our genuine experience, both the strengths and the shortcomings, so you can make informed decisions with confidence.

Considerations for the best CPU for CS2

When you're considering which CPU to get for CS2, there are plenty of considerations. These are also some of the factors we considered when making our selection of CPUs.

CS2 requirements

Firstly, to run CS2 at its best, you do need to have one that meets its requirements. Now CS2 doesn't actually have those hard-hitting needs for your hardware, as the Steam page states that it just needs four hardware threads to run. Something akin to the i5 750 or higher. Now that is rather old technology and should be easily achievable, although the actual performance of those processors might not be ideal either.

As seen with the 9800X3D performance, it clearly benefits from the cache and cores that it provides. So if you're after those high frame rates and the best advantage in-game with a high refresh rate monitor, a high-end CPU is the way to go.

It is beneficial to check out the benchmarks for the game that showcase how each CPU compares. As not all of our CPUs have the required comparison, we are looking around for more in-depth performance.

Platform features

Another consideration for the choice of CPU is the rest of the platform behind it. Many of our recommendations, if not all, feature AM5. It offers the top CPU options and promises great longevity to keep your hardware on the latest generation, with some great features and upgradeability down the line.

Budget and value

Along with that, the actual performance and how much you're willing to spend on it are key considerations as well. You'll want to balance the low-end pricing, but that might not provide good enough performance, especially as CS2 is so much more susceptible to the CPU's power and how well it does. So there is a great deal of value to getting a stronger CPU and upping your frame rates a lot more.

FAQs

What CPU is the best for CS2?

When considering the best CPU for CS2, there is a variety of options to pick from. In our selection, we have picked out the 9800X3D as the top option since it garners an incredible performance, leveraging its 3D cache and setup to achieve that. On the other hand, the 7950X3D provides more cores to make creative work a capability on your machine, while in the budget range, there is the 9600X to give you an entry-level option.

What CPU does CS2 need?

Counter-Strike 2 doesn't need anything too new or powerful to run. Valve's minimum system requirements only suggest that it needs a CPU with four threads, and they point to the i5-750 that came out back in 2009 on the old Intel platform. So anything from the recent generation is plenty enough to get it going, as long as you have a DX 11 GPU with Shader 5.

Is CS2 CPU demanding?

Yes, Counter-Strike has been relatively processor-intensive in the past few of its releases. However, the latest CS2 adds GPU intensity to it as well, with all the new graphical assets and engine requiring more power to run. Now it's more equally CPU and GPU demanding, and the processor can definitely have a big impact on the performance.

Honoruable mentions

We don't get around to each CPU for a review, or it's close enough to other processors that they might not require their own segment. So here are some of the other CPUs to consider for CS2.

Final word

It shouldn't come as a surprise that, for a title that can be taxing on the CPU, we choose the best gaming processor available on the market, the Ryzen 7 9800X3D. This processor is a powerhouse for gamers and content creators, and it should be able to handle whatever you can throw at it. Also, it can be paired with some of the best graphics cards out there without causing a bottleneck.

Selecting the perfect CPU to accompany the RX 7700 XT is essential to unlocking its full potential in both gaming and productivity tasks. This GPU is powered by RDNA 3 architecture and features 54 powerful enhanced Compute Units in addition to 54 ray Accelerators. Essentially, it’s been designed to optimize frame rates and performance to provide unmatched 1440p gaming.

We've reviewed several CPUs here at PCGuide and have tested each one using different benchmarking tools and games to get an idea of their real-life performance. Based on that, we've come up with a list of some processors that we think are a right fit for the 7700 XT.

Products at a glance

How we picked the best CPU for RX 7700 XT

The selection process for the ideal CPU involves thorough research into performance reviews and feedback from the user community. Plus, our team at PC Guide has tested the CPUs in-house to give you a first-hand glimpse into the processors' performance.

By evaluating some of the CPUs on the market that are best matched for 1440p gaming and assessing the factors we found in our comprehensive review of the RX 7700 XT, we were able to have a look at what processors are up to the task of enhancing the performance of the GPU. Similarly, taking into account the best CPUs for the NVIDIA equivalent cards, such as the RTX 4060 Ti, provides a good basis to go off for finding the perfect processor for the 7700 XT.

Another important criterion revolves around future-proofing. The tech landscape evolves rapidly, and we emphasize recommending CPUs that not only perform excellently today but also have promising longevity. This takes into account factors like support for future software updates and compatibility with upcoming hardware.

Our top picks

The RX 7700 XT is a solid mid-range GPU perfect for 1080p and 1440p gaming, as we found in our 7700 XT review. It can even push 4K in some titles. However, 2K is the sweet spot, and for gaming at lower resolutions, a fast CPU is required to avoid CPU bottlenecks. So, we recommend pairing it with the Ryzen 7 9800X3D as it had excellent gaming and synthetic performance when we tested it in-house to review it.

This is the first X3D processor in the Ryzen 9000 lineup and has taken the crown as the best gaming CPU, succeeding the Ryzen 7 7800X3D. That said, its gaming performance isn't the only aspect that makes it so good, as this processor has also improved its performance in productivity tasks. On top of that, it can be overclocked, meaning better overall performance without the processor overheating.

This is because the additional L3 cache is placed beneath the CCD instead of on top of it. This allows the IHS and the CPU cooler's contact patch to be in direct contact, enabling efficient cooling even during intensive gaming or working sessions. If you're interested in exploring some options, check out our best CPU cooler for 9800X3D guide for the top picks.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

Regarding its gaming performance, it is no surprise that it is a league above its competition, predecessor, and even siblings. The Ryzen 7 9800X3D managed to deliver 334 and 604 FPS in Cyberpunk 2077 at 1080p low resolution paired with an RTX 4070 Ti. The 9700X and 265K managed 332 and 311 in Cyberpunk 2077 and 313 and 240 FPS in CS2, respectively. In addition, the 9800X3D delivered this gaming performance while consuming less than 100W of power, and its temperature went to a maximum of 65°C in CS2 with PBO enabled.

This is an excellent processor that covers all bases and has exceptional gaming performance. It should easily keep up with the RX 7700 XT in lower resolutions, avoiding any CPU bottlenecks. You can also increase the overall performance of your build by increasing the RAM. Since this CPU isn't compatible with DDR4 RAM, we recommend pairing it with the best DDR5 RAM.

If you're tight on a budget and are looking for a processor that delivers decent performance without breaking the bank, you'd want to check out the Ryzen 5 9600X. This is a part of the new 9000 series lineup and is great for budget-conscious builders. In our in-depth 9600X review, the processor managed to deliver better performance than its predecessor.

For starters, the 9600X offers the latest Zen 5 architecture, which is better than the previous Zen 4 in every way, including performance. On top of that, as the CPU utilizes the 4nm process technology, it packs more transistors on a single core, which results in better performance in multiple tasks.

We tested it in tools like CPU Z, Cinebench R23, and Geekbench. In all three tools, the CPU was able to deliver decent scores. In CPU Z, where the 7600X scored 766 and 6,192 points, the 9600X was able to hit 827 and 6,345 points. On the other hand, in Cinebench, while the 7600X had 1,923 and 13,729 points, the 9600X had a lead with 2,149 and 16,315 points.

The 9600X does better intergenerationally than it’s bigger brother, the 9700X.

As far as the specifications are concerned, the 9600X packs 6 cores and 12 threads. On top of that, it has a base clock speed of 3.9 GHz, which can be boosted up to 5.4 GHz. The CPU also offers an L3 Cache of 33 MB, so there's enough space for the processor to store data that it needs to access frequently.

Overall, the latest Zen 5 architecture, a boost frequency of 5.4 GHz, and low TDP make the 9600X a solid option for the 7700XT, especially for those who can't afford a high-end processor.

Our best mid-range option for the RX 7700 XT comes in the shape of the Intel Core i7-13700K. And our hands-on review backs it up with impressive benchmarks in both work and play.

This impressive processor supports 16 cores, 24 threads, and Intel's 13th-gen Raptor Lake architecture. With a base clock speed of 100 MHz, a boost clock speed of 5.4 GHz, and a 30 MB L3 Cache, this CPU provides high performance that competes with our top pick. In our tests, the 13700K managed to hit 869 points in the CPU Z single-core test and 12,498 points in the multi-core tests. On the other hand, in Cinebench, the points were 2,095 and 30,108.

Our hands-on review backs the "high-end" label up with impressive benchmarks in both work and play.

For a mid-range GPU, like the RX 7700 XT, the Core i7-13700K is a great option. It's certainly not the fastest mainstream chip and definitely not the cheapest. However, it is placed high up in the market and will work well with the RX 7700 XT if you're looking for more in terms of performance.

The i7-13700K provides overclocking capabilities, allowing you to control its performance and stop it from overheating. Additionally, the inclusion of DDR4 support allows you to continue to use older memory sticks, meaning you won't have to purchase extra memory on top of the already expensive price point.

To test how it performs in gaming, we ran Days Gone and Cyberpunk 2077 at low settings to make them more CPU-intensive. We got 292 and 325 FPS, respectively, meaning it is an excellent processor for gaming and can handle more powerful GPUs than the RX 7700 XT, but it should also make a good pair for 2K gaming. Overall, this is a solid processor for gaming and productivity that can still compete with the latest generation of Intel processors, and if you can get one in a sale, it'll ramp up its value even more.

If you've got the budget for a major upgrade, we recommend opting for the Core Ultra 9 285K. This is the flagship processor for the Arrow Lake series, meaning it offers the best performance out of the bunch. We tested and reviewed this processor in-house, and it has good performance, rivaling that of the Ryzen 9 9950X and the i9-14900K.

This CPU is powered by 24 cores and threads. Previously, we've seen that Intel processors had more threads than cores, meaning more cores were hyperthreaded. However, along with the branding change, Intel changed this and used smaller 3nm CPU processes to increase performance and efficiency.

That said, despite having fewer threads, its multi-core performance didn't take a hit, as we saw during our review, and the thermal output was also much better than its predecessors, which are notorious for running extremely hot. This CPU reached a maximum temperature of 84°C during Furmark 2, which is pretty good for an enthusiast processor.

The Core Ultra 9 285K is a great processor there’s no doubt about it. Even as it cut back on the thread count and hyper-threading I was worried about its multi-core processing power, but that seems to not be the case as it leads in benchmarks for multi-core performance.

As far as its gaming performance is concerned, it isn't leagues above other options, as Intel focused more on energy efficiency with these processors. However, that doesn't mean it's bad. The RX 7700 XT is a solid 1440p card, a resolution that this CPU should be able to handle easily.

We ran Cyberpunk 2077 at 1080p low settings paired with an RTX 4070 Ti Super, and it managed to deliver 216 FPS, which is pretty good. However, the 14900K managed 219 FPS, and the 9950X decimated the competition with 319 FPS. So, while it can handle games, if you're looking for the best gaming CPU, the 285K isn't the best option.

However, it does have better multi-core performance, meaning it can better handle resource-intensive workflows like rendering, designing, modeling, etc, paired with a good GPU. Additionally, opting for a flagship processor has the benefit of allowing you to upgrade to high-end GPUs, such as the RTX 4090 or RX 7900 XTX, without worrying about potential bottleneck issues.

This processor should also be good for the upcoming RTX 5000 series GPUs, meaning the path for upgrades is long. So, it will cost you a bit to upgrade to the 285K as you'll also have to get a new motherboard, but it should last you a good while, making it a worthwhile investment.

If you're someone who prefers sticking with hardware that's a generation or two old, where support is more mature and early issues have been ironed out, the Ryzen 7 7800X3D is still well worth your attention. Although it was dethroned as the top gaming CPU by the Ryzen 7 9800X3D, the 7800X3D remains a powerhouse and can be confidently paired with the RX 7700 XT.

In our review of the Ryzen 7 7800X3D, we paired it with an RTX 4070 Ti Super and ran it through a variety of benchmarks across gaming and general workloads. The results were impressive. While earlier X3D chips weren’t ideal for productivity tasks, the latest generation of X3D processors has significantly improved in that area.

That said, if your primary focus is productivity, like content creation or multitasking-heavy workloads, you might be better served by a different processor. But for gaming, the 7800X3D remains one of the best options currently available.

The 7800X3D is a fantastic chip and much improved over the previous generation. This CPU will smash through any gaming workload you throw at it, and be able to handle productivity tasks much better then before, although it still is a little limited in that department.

In Cinebench R23, the CPU delivered 1,665 points in single-core and 17,581 points in multi-core tests. The single-core score is particularly relevant for gaming, as most titles rely more on individual core performance rather than utilizing many cores simultaneously.

For comparison, the Ryzen 7 7700X scored 1,995 in single-core and 19,650 in multi-core tests. While the 7700X outperforms in both categories, it lacks the 3D V-Cache technology that sets the 7800X3D apart in real-world gaming scenarios.

In actual gameplay, the 7800X3D delivered 255 FPS in Days Gone and 296 FPS in Cyberpunk 2077. The 3D V-Cache, a vertically stacked cache layer, allows the processor to store more data on-chip, minimizing latency and improving performance in cache-sensitive workloads like gaming.

So, while it might not be the most efficient CPU for heavy multitasking or workstation-level productivity, the Ryzen 7 7800X3D remains a top-tier choice for gamers who want high frame rates and smooth gameplay.

Why you can trust us

Our team at PC Guide believes in testing the products ourselves before recommending them to our readers. This allows us to showcase its full potential as well as give a breakdown of its pros and cons, so our readers can make an informed decision. When it comes to processors, we divide the testing into synthetic and gaming performance, power usage, thermals, and pricing.

These are all the factors we look at when we have to get a processor for ourselves, and we aim to deliver the same standards.

How to choose the best CPU for RX 7700 XT

Here are a few things to consider before you purchase a new CPU for your build -

Intended use

When matching a CPU with the RX 7700 XT, it’s crucial to consider the GPU’s capabilities and the intended usage. The AMD GPU here is a high-performing graphics card geared towards 1440p gaming and demanding workloads. Therefore, it requires a CPU that won’t bottleneck its performance.

Compatibility

Furthermore, platform compatibility plays an essential role. For instance, certain CPUs and motherboards may offer PCIe 4.0 support, ensuring faster data transfer between the GPU and CPU. Additionally, thermal design power (TDP) and the power draw should be taken into account, as they directly impact the kind of cooling solutions required and the overall energy consumption of the setup.

Overclocking

If overclocking is something you're interested in, consider the CPU's overclocking capabilities. Not all CPUs can be overclocked, so look for the ones with unlocked multipliers that allow for a safe performance boost. Note that overclocking requires a compatible motherboard and a robust cooling solution.

Futureproofing

As with any PC component, consider how long you plan to use your system. If you go for a newer CPU with a higher core and thread count, it can provide some futureproofing, especially if you use demanding software or games. The likes of AM5 and LGA 1851 platforms are the way forward for the current generation and support.

FAQs

What processor is in the RX 7700 XT?

Inside the RX 7700 XT, you can find the Navi 32 XL GPU processor. Created with the 5 and 6nm TSMC process in an MCM split design, it comes in a die size of 346mm². Featuring 28.1 billion transistors, it comprises numerous cores and onboard components that operate at a relatively high clock speed.

What is the best CPU for RX 7700 XT?

If you're looking for the best CPU for the RX 7700 XT, there are plenty of options to choose from, including our range of suggestions that feature the Ryzen 7 9800X3D, Ryzen 5 9600X, i7-13700K, Core i9-285 K, and Ryzen 7 7800X3D. These options offer a wide range of usability, platforms, features, and pricing, allowing you to find the right fit for your needs.

What CPU do you need for the RX 7700 XT?

There is no minimum requirement for a processor you need for an RX 7700 XT. Any modern CPU will be able to handle the GPU, but of course, the better the chip, the better the performance you can expect. You also want one that supports the platform you need, since the 7700 XT uses a PCIe 4 interface, a motherboard and CPU combo with that is ideal.

What is the equivalent Nvidia GPU to the RX 7700 XT?

The RX 7700 XT from AMD is about on par with the RTX 4060 Ti from the same generation. But from something more recent, the RTX 5060 Ti matches its performance at around the same level. They do vary in the features they offer and what they can do well, such as Nvidia being better at ray tracing, upscaling, and rendering at this level.

Does the 7700 XT work better with an AMD CPU?

There is some possibility of improvement in performance when combining the same manufacturer's hardware. In the example of the CPU and GPU, you can use Smart Access Memory (SAM), which is their rebranded name for Resizable BAR. That can boost some performance, but it might not be too grand; it's still worth keeping on.

Final word

The Ryzen 7 9800X3D is the best CPU for the RX 7700 XT, as this pairing should deliver great performance at 1080p and 1440p, and the 9800X3D should also be able to pull heavy workflows such as video editing, multitasking while gaming, and more. Another benefit of this combination is that it shouldn't cost you a lot.

However, we understand that selecting a cooler is easier said than done, as many options are available in the market from different brands offering varying performance levels.

To that end, we took the liberty of doing the research for you and put together this in-depth buying guide that lists different options, their reviews, details, and pros and cons to help you make an informed decision.

How we picked

Our selections aren’t based on on-box specifications; instead, we take a hands-on approach and test the limits of each CPU cooler by running it against various benchmarking software like Aida64 and CPU-Z. You can learn more about how we test CPU coolers in-depth and visit our cooling hub for more cooler buying guides. 

In addition, we look at the CPU cooler's brand, price, dimensions, and installation process. As this component will remain the same for the next few years, it needs to be invested in wisely.

Our top picks

To keep this gaming and productive powerhouse tame, we went with this ASUS ROG Ryujin III 240. When we tested it for its review, it performed stellarly and managed to keep our test bench’s CPU running cool. 

For starters, this cooler has a max fan speed of 2,000 RPM, a copper CPU plate, 120mm fans, and a 3600 RPM Asetek pump. What this means is that it has everything it needs to keep the 13900K cool and performing optimally. 

It features a decent design and color combination, allowing it to be installed in almost any build without standing out. A neat feature of this CPU cooler is the 3.5” LCD on the cooling block, which allows you to display memes, animations, gifs, or any other custom animations you want. This adds a layer of customization and gives your rig a bit more personality. 

The tubes are an important part of any AIO cooler. In the Ryujin III, the tubes are made of sleeved rubber, which should make them more durable and prevent leaks. In addition, a 40 cm length should be enough to allow you to install it in any orientation you want, depending on your casing. 

Combined with the 3600 RPM pump, it should effectively dissipate the heat generated by the 13900K. 

The ASUS ROG Ryujin is a fantastic cooler that looks the part as well as plays it. 

As for its performance, we installed it to keep the 14600K cool against different benchmarks. The idle CPU temperature was 31°C and didn’t exceed it, which was a great sign for upcoming tests. 

Next, we started with Aida stress testing, which pushes the CPU to its utmost limit, to a point where normal everyday workloads could never take it, meaning it checks it against the worst-case scenario. The processor base power for 13900K and 14600K is 125W, and the latter enjoyed comfortable temperatures of 61°C and 77°C at average and max, respectively, with zero throttle. 

The results might be different if you’ve overclocked the i9-13900K, but it is designed to operate at high temperatures, and the Ryujin III should keep it below that.Overall, this is an excellent CPU cooler capable of taming even the most powerful processors out there. While it might not be the cheapest option, it is undoubtedly worth the money, as we found in our review. 

What users say

According to Amazon reviews, this AIO cooler is praised for its top-notch performance, build quality, and value. One reviewer stated: “I've been looking for something to tame the beast of the i9 14900k so I decided on this. I got the noctua two fan and it's definitely keeping my temps down. At high load and gaming I get about 50-65c.”

Noctua is a popular name in the cooling solution industry; even our top pick uses its fans. That said, as some might lead you to believe, AIO isn’t the only solution for efficient cooling, and air coolers are still very relevant. 

In our Noctua NH-D15 review, its cooling performance was second to none despite being an air cooler. This is courtesy of its dual 140mm fans and heat sinks combined with a max fan speed of 1500 RMP. This is a pleasant but bulky change from the usual single fan and heat sink design we’re used to seeing. 

Like many others, this cooler has a copper CPU contact plate that comes with pre-applied thermal paste. However, many prefer to use their own tried-and-tested paste. If you’re interested in exploring some options, check out our best thermal paste guide for the top picks. 

The noise level of this cooler came to around 24.6 dBA when we tested it, which is in line with the quiet performance Noctua is known for. It also comes with a mounting system that covers a wide array of sockets from Intel and AMD, so compatibility issues shouldn’t be a concern with this cooler. 

The NH-D15 from Noctua is a fantastic cooler with a brilliant value for money, it is capable of cooling many CPUs in the higher end thanks to it’s double stack heatsink and dual 140mm fans.

So, its six vapor chamber heat pipes combined with powerful 140mm fans and aluminum heat sinks should keep the 13900k relatively cool, but due to obvious differences, it will not be on the same level as an AIO. 

That said, when we stress-tested the 14600K and checked to see how the NH-D15 would perform, we weren’t disappointed. The average temperature was around 70°C, with the max being 86°C and 0% throttle. So, while the temperatures aren’t as low as you’d see with an AIO cooler, they are still very impressive, given its air-cooling design. On top of that, it still had around 10° of headroom before it reached the throttling threshold. 

One thing to note is that if you’re using the i9-13900K with base settings, the NH-D15 should be enough to keep it running optimally. However, the more you overclock it, the more difficult it’ll be to lower its temperature, and you might have to invest in better case fans or a casing with adequate airflow. To that end, we’ve got you covered with our best 140mm case fans and best airflow PC case guides for the top picks. 

Overall, this NH-D15 is a decent fan with top-notch performance and ease of installation, and it caters to a wide range of Intel and AMD sockets. It also comes at an affordable price point, which only sweetens the deal. 

What users say

According to Amazon reviews, this CPU cooler has great performance but some design flaws. One reviewer said: “Performance is exceptional. My thermals have never been this low or consistent.” Another user stated: “This one isn't for amateurs. Be careful when handling or moving your fingers around it. The fins on this are razor-sharp enough to seriously lacerate you.” So, we recommend wearing gloves or being very cautious while installing this cooler.

There has always been a fight between the silent and RGB builders in the PC community, and if you’re one of the RGB enthusiasts looking to cool their power-hungry 13900K, the Corsair H150i Elite LCD XT shouldn’t disappoint. 

In our Corsair H150i Elite LCD XT review, we installed it in our test rig, which had the 14700K, and we were pleased with its performance. For starters, this cooler’s radiator is made of aluminum and has a max fan speed of 2000 RPM. 

On top of that, it has a good design that makes it easy to install. The tubes that connect the pump block to the radiator are made of sleeved rubber, and the pump block fittings can rotate slightly less than 180°, meaning you can install it in various orientations depending on your casing and build. 

A neat design element is that it comes with a 2.1” LCD separate from the pump block. This means that after you’ve installed the block, you can put the LCD on top of it. The LCD displays memes, gifs, CPU temperature, and more. While this doesn’t affect its performance, it is certainly nice to have and adds a flair to your setup. 

It provides ample cooling performance and pairs that with age related savings. Not to mention the fact that you can display almost any image on the LCD screen that you like.

As for its performance, the idle cooling performance with full fans and balanced came around 29°C and 30°C, respectively. The difference in RPM was also huge as the balanced mode had the fans running at 734 RPM while the full fan saw an RPM of 1647. 

However, to really put this CPU cooler through its paces, we called in the Aida stress test, and the average CPU temperature for full fans and balanced was 79°C and 84°C, with the max temperature being 100°C for both. On top of that, there was 12% and 17% throttle with both settings, respectively. 

So, we can see that the average temperature was under the operational limit, and that too when the CPU was being pushed beyond its limit, which is something you probably won’t do. If the 100°C temperature concerns you, that is the maximum operating temperature, according to Intel, and probably won’t be achieved unless you use subpar thermal paste or have a really high ambient temperature. 

Judging by these results, we can see that this H150i Elite is more than capable of handling the 13900K, especially when the 14700K has the same max TDP of 253W. However, if you’re suffering from high CPU temps even after installing a good cooler and are wondering how to lower the CPU temperature, we’ve also got you covered there.  

A feature that many gamers would appreciate is that its fans come with 24 individually addressable LEDs, meaning you can customize the lighting to precisely match your setup or change it to something in contrast to complement it. 

Overall, the Corsair H150i Elite LCD XT cooler is an excellent option for the i9-13900K despite being an older option. Its large radiator does require a PC case that could easily fit it, like the best full tower case. 

What users say

According to Amazon reviews, this cooler’s performance is second to none, and its large size allows you to install multiple fans. One reviewer said it best: “Highly customizable, aesthetically it looks great. It's a decent cooling solution for my 14900K. Idles at around 33C and 60-68C while gaming. If stressed it gets to about 90C. That's not the cooler's fault though. It's the oven that is the 14900K.”

How to select the best CPU cooler for i9-13900K 

The 13900K is a powerful processor, which means that its thermal output is great. So, it needs a robust cooling solution, but spending top dollar on a fancy cooler isn’t a solution for everyone. There are some factors you must consider before purchasing so you don’t overspend or underspend, which could affect the CPU’s performance. We’ve listed some of these factors below: 

Compatibility 

The first thing you need to consider is the compatibility between your PC case and the cooler you’re thinking of buying. For example, a 360mm AIO cooler wouldn’t fit inside a microATX case, and you’d need to purchase a bigger casing. The same would be true for a large air cooler, as the side panel most likely wouldn’t sit properly. 

So, check the cooler's and casing’s dimensions to ensure they are compatible. Some manufacturers also provide a list of compatible casings, so looking that up could save you some time and effort. 

Noise levels 

Some people are okay with loud fans, while others want their system to run as quietly as possible. So, there is no wrong decision, as it comes down to personal preference. However, if you want to keep this beast of a processor cool while keeping the noise levels low, you’ll have to invest in a high-end AIO cooler that will set you back by a couple of hundred dollars.  

Budget

The most crucial factor to consider is the budget constraints. If you have a budget of $150 but want to get a cooler worth $300, it wouldn’t make sense as you’ll be taking money away from other parts of your build or budget. So, it is always recommended to operate within your budget and filter the options based on that, which should help you opt for a cooler that best balances performance and value. 

What's better for Intel Core i9-13900K - Air or AIO?

There's no definitive right answer as to whether air cooling or water cooling is strictly better. It ultimately comes down to preference, as a pump and radiator combo is going to take up more space in a case than even a chunky brick of an air cooler.

If you've got the money, you may see marginally better results with the latter, though, if we're splitting hairs.

Given the variety of popular games and coverage, it's no surprise to see its demand go up. If you’re planning on dipping into Virtual Reality for the first time or plan to upgrade a struggling rig, then you probably have some pressing questions about what hardware is best suited for the best performance when exploring virtual worlds.

Today, we’ll be looking specifically at what’s required on the CPU front, and we’ve, as such, compiled a list of the very best CPUs out there for VR. But don't forget to check out the best graphics cards for VR, too, to ensure a great experience all around.

Products at a glance

How we selected the products

There’s certainly some crossover between traditional gaming and VR, which means many of the criteria we’d use to choose a CPU for straight gaming factor into choosing the right CPU for your VR plans. While this may be the case, VR places slightly different demands on a PC, and our method for choosing the best CPUs accounted for that.

In particular, considerations such as future-proofing, the varying requirements of the different headsets out there, and the all-important question of single-thread performance steered our decision-making process.

Of course, it's worth bearing in mind that you might not need the absolute best CPU for gaming to get good results in VR, as it's the GPU that does most of the heavy lifting. What's more, in terms of specs, frequency is prioritized over core count since it is the clock speed that determines how many calculations each core can handle per second: you want to make sure you've got plenty of speed for the few cores that will be utilized.

However, if you're not just gaming but developing virtual reality content or 3D graphics, you might benefit from the extra power that comes with having a few extra cores. If that is the case, it might be worth checking out the best workstation GPU, too.

So, in the two-horse race that is the CPU market, we made sure to include options across the performance spectrum from both AMD and Intel. We also made sure to lean heavily on processors that we've reviewed in-house, as we'd much prefer to recommend options we've approved from our own hands-on experience, as well as ones that are established market favorites.

Our top picks

If you want maximum gaming performance out of your VR setup, then the best CPU you can go for is the AMD Ryzen 7 9800X3D. Based on the Zen 5 architecture, the Ryzen 9800X3D offers the highest gaming framerates of any other CPU currently available. In our 9800X3D review, we were also very impressed by how much gaming prowess the CPU has to offer.

The key behind the 9800X3D's mindblowing gaming performance is its use of a 3D V-Cache, which basically stacks an additional cache die on top of the CPU's die. Since the L3 cache now has its own die, there is more capacity, 96MB, to be exact. This means the CPU can now hold more data in its cache for the cores to fetch, which significantly reduces lag and, hence, results in more FPS.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks. 

The previous-gen 7800X3D also used the same technology, and it was also the best gaming CPU of its generation, beating all other flagship CPUs from both AMD and Intel by a mile. However, with the 9800X3D, AMD has upgraded to a 4nm process node and made several architectural changes that gave it a boost in all aspects. As such, we get the best gaming performance, improved productivity numbers, and good efficiency.

In our testing, the CPU's performance in synthetic benchmarks was also commendable. During our Blender run, the CPU outperformed the 9700X and the 7800X3D, which is a very good feat. Of course, if productivity is your main use, we would recommend an Intel Core Ultra 7 265K or a Ryzen 9900X, as these CPUs make the most out of their extra cores for better workload handling.

However, if you plan to stick to the 9800X3D, you can also overclock it for a boost in performance. Just make sure to get the best motherboard and the best cooler for it, as these components can heavily impact your CPU's performance.

All things considered, if you want a great all-rounder CPU that absolutely crushes the components in gaming, the Ryzen 7 9800X3D is a no-brainer.

If you're going for a middling option from Intel, you have the Core Ultra 200 series of CPUs to get on the latest platform. Be sure to have a bit more lasting option than anything previous, as they are now end-of-life. So, for VR, we suggest the mid-range Core Ultra 7 265K to provide a mix of specs and value.

The processor has 20 cores and threads, which make up its functionality. Those cores are split between eight performance cores and 12 efficient cores to help with efficiency and getting the performance to where it is, while improving power levels as well.

These are then clocked in with a base frequency of 3.9 and 3.3 GHz, respectively, while being capable of turboing to a different point, which is between 5.4 and 4.6 GHz. Along with a L2 cache of 36MB, which isn't insignificant but definitely pales in comparison to the X3D cache on AMD's top processors.

An area where the 265K shines, as does the rest of the Arrow Lake lineup, is efficiency.

As for the power, the CPU has a base power of 125W with the capability to turbo to 250W, which makes it a decent selection when deciding on powering up your system. Although in testing, that might be different from what's written down, considering the use cases you put it through.

Such as in our 265K review, where we got to see what it was capable of and compared it against the 9700X. The Cyberpunk performance, on low 1080p, reached 191 FPS compared to over 200 from AMD. But then in Blender and multi-core, the Intel scores boost further than AMD, making it a better pick for creatives.

If you're looking for a pocket-friendly option that can still handle virtual reality without a hitch, we'd recommend the budget Ryzen 9000 offering. This is the Ryzen 5 9600X and features 6 cores and 12 threads based on the Zen 5 architecture. A base and boost clock speed of 3.9GHz and 5.4GHz, respectively.

What this means is that each core is capable of handling 5.4 billion instructions in a single clock cycle, and this is much faster than the required specifications of various VR headsets. So, you should have a stable gaming experience with this processor in your rig, and the best part is that it has an efficient 65W TDP.

The 9600X does better intergenerationally than it’s bigger brother, the 9700X

However, that can be ramped up to 105W to provide more power to the cores without increasing the thermal output a lot. When we reviewed this processor, it was limited to 65W TDP, but now you can change these settings in the BIOS. To give you an idea of what this CPU can churn out, here are its performance benchmarks:

So, it has excellent synthetic performance and can easily keep up with powerful GPUs without causing an issue. What this means is that you should have a very pleasant VR experience with this CPU while keeping the total cost as low as possible.

If you're looking for the best of the best that money can buy, then we can highly recommend the Core Ultra 9 285K. This is the flagship processor from Intel, and while the processors from this lineup get a bad rap for their gaming performance, their multi-threaded output is top-notch, making a performance beast like this perfect for virtual reality.

We've reviewed the Core Ultra 925 Capricorn in-house, and it has exceptional performance. We know that virtual reality benefits more from a stronger GPU, but a strong processor is also crucial, and this processor covers all the bases with its 24 cores and threads, with a boost clock speed of 5.7GHz. This is the perfect setup if you're looking to build a high-end gaming PC. Pair it with any of the best graphics cards on the market, and you should be able to achieve seamless, streamlined gaming performance even at 4K.

That being said, while the gaming performance of this processor isn't a significant improvement over the Intel Core i9-14900K, it doesn't mean that it is a complete dud, as it does manage to output a good number of frames at 1080P low settings, as we saw when we tested it in-house.

Compared to the ryzen offerings, it isn't the best; however, it truly shines when the going gets tough, for example, if you have very resource-intensive workflows like 3D rendering, ai related tasks, data compression, media encoding, running physics simulations, and so on. When we put this processor through its paces, this is what we found.

These benchmarks showcase a range of tests related to AI gaming, multicore performance, single-core performance, and more. There isn't a specific VR-related test, but this should give you a good idea of what this process is capable of, and there isn't anything that you can put in front of it that would give it trouble.

One of the best processors from the previous generation of AMD processors is the former best gaming processor in the world, the ryzen 7 7800X3D. This processor is still a very valid option in today's landscape as it can be paired with any of the heavy-hitting GPUs on the market, including the RTX 5080 and the RTX 5090. In our 7800X3D review, we put this processor through its paces, and it showcased exceptional performance.

X3D processors are also preferred for virtual reality because the 3D V-cache technology can store more data on the chip itself, enabling better processing, high and stable frame rates, and churn out maximum performance in heavy simulation titles in VR. Besides this, the gaming performance of this process is also amazing as it can handle any resolution without causing a CPU bottleneck.

The 7800X3D is a fantastic chip and much improved over the previous generation. This CPU will smash through any gaming workload you throw at it

Since this processor is an older offering, you can grab it for less and maybe even get an amazing deal. It is also very energy efficient, with a 120 Watt TDP, which means it shouldn't generate much heat and should be easy to cool. However, this generation of X video processors can be overclocked, so you'll be stuck with the clock speeds it comes with, which is 5GHz at maximum

To see what the processor is capable of, we paired it with the RTX 4070 Ti Super on our test bench and ran the standard suite of synthetic and gaming tests. This is how it performed:

Features and considerations

If you’re ready to drop a couple of bucks on a new CPU, then there are a few features you need to consider. Before you upgrade your rig, make sure you take into account the requirements of your VR headset, how compatible it is with your GPU, and your budget. Continue reading as we explore what you should look out for below.

Headset Requirements

Not all headsets require the same CPU requirements, with some more demanding than others. While there’s sense in opting for the best CPU your money can buy, we also recommend checking out the manufacturer's requirements beforehand. You may be able to save some cash, which can then be put towards a better GPU, as we cover below.

For convenience, we’ve included the requirements for the three most popular headsets. In an effort to attract potential customers, manufacturers tend to produce requirements that flirt with what many would consider subpar performance.

With this in mind, we suggest opting for a CPU that exceeds what’s required to err on the side of caution and weed out potential performance issues..

Don’t Skimp On a Quality GPU

A suitable CPU is crucial to good VR performance, but the GPU arguably plays a more important role due to the rendering requirements of bringing to life 3D worlds. We, therefore, recommend allocating a decent chunk of the budget to a quality GPU. That additional graphical power will serve you well when it comes to the more demanding titles and, overall, a more fluid experience.

As mentioned above, you can check headset manufacturer requirements to get a ballpark sense of what’s needed in the GPU department. It’s also worth noting that not all GPUs are compatible with all headsets. For example, NVIDIA’s GeForce GTX 1650 and 1060 aren’t compatible with the Oculus Quest 2.

Budget and Future-Proofing

Given VR’s relative infancy, the fact that there’s still a long path to mass adoption, and the hardware costs, we can’t stress the importance of future-proofing your setup to avoid having to fork out cash in the years ahead simply to keep up. VR tech continues to change and evolve at a rapid pace, and having a CPU capable of navigating those twists and turns is a smart move, as doing so will save you money in the long run.

Naturally, this is limited by your specific budget, so try to stretch it as much as you can, or alternatively, opt for a lower-priced value CPU option with an eye on saving up and replacing it in a couple of years.

FAQs

What CPU is recommended for VR?

The processor recommended for VR use depends on the headset you're using. However, it's nothing too demanding either, as most of the performance will depend on the graphics card. Yet you still need a great CPU to keep up with the GPU's demands to provide a great combination. So here are some of the examples of what headsets recommend:

Does the CPU matter more than the GPU in VR?

For virtual reality, the GPU matters more because the workload is more GPU-bound. So, when you're dealing with high-resolution frames, just like in gaming, having a weak GPU will significantly impact performance. However, that doesn't mean you can pair a high-end GPU with a budget processor; if the clock speed is low, the performance difference will cause stutters and lag, ruining the overall experience.

Can a laptop be used for VR?

Yes, a laptop can be used for VR, but only if it has high-end specifications. We'd recommend opting for a gaming laptop, as they come with powerful CPUs and GPUs, enough firepower to deliver solid, stable performance across various VR titles. Laptops with the latest Intel and Ryzen offerings would be the best, but even the previous generation is more than capable of handling virtual reality without a hitch.

What is the minimum core requirement for VR?

The minimum CPU core requirement for VR is 6 cores. Going below it to a quad-core processor will seriously hinder the performance and won't deliver a stable experience. That said, VR will benefit from more cores, but even a 6-core processor should be able to get the job done, and overclocking it will further improve its ability to churn out instructions faster, resulting in better output.

For now, 285K is the go-to option besides Threadrippers and the older Intel CPUs, which are in a completely different league, for any content creator looking to push their content to the limits without compromise. This is especially true of rendering high-resolution projects at even higher frame rates, so if you want to stand out with quality videos on YouTube and other platforms, then keep these models firmly in mind.

Besides that, your motherboard must be able to utilize the processor's full capabilities. This means that you’ll want to turn your attention to a board with a high-end chipset that features plenty of VRMs for the most stable power delivery and a higher overhead for overclocking.

Here at PCGuide, we've reviewed many CPUs and selected the ones that delivered great performance in productivity tests. So, without wasting another second, let's dive in! With options of chips made for consumers with video editing and general use in mind.

Products at a glance

How we chose the best CPU for video editing

Choosing the best processor for a creative workstation isn't easy, but we like to think we're fairly well-equipped to take on this task. Video editing can be a rather CPU-heavy task, as it does most of the lifting when it comes to effects and overall playback performance.

In terms of what you should look for in general, prioritize high clock speeds and a large number of cores, as these will impact its ability to handle computational tasks. Alongside this, it's good to take into account the requirements of your preferred software, whether that be Premiere Pro or DaVinci Resolve, and use this as a guideline of what works well and what doesn't.

So, we select CPUs based on that, as well as in-house testing that puts them through their paces. This helps us understand and showcase their real-world performance so you can make an informed decision based on your requirements and budget. All of this takes place in the PC Guide Testing Lab, and you can follow up if you're interested.

Video editing relies on the CPU for its multi-core performance, and the Core Ultra 9 285K has better multi-core performance than its predecessors and the competition. We reviewed this CPU in-house for our Core Ultra 9 285K review and put it through its paces. While the single-core performance wasn't anything impressive, the improvement in the multi-core score was significant.

Intel made some changes to the Core Ultra 200S lineup, primarily focusing on efficiency and reducing the number of threads. This processor has 24 cores and threads, split between eight performance cores (P-cores) and 16 efficient-core (E-cores). It has a maximum boost clock of 5.7 GHz and a base clock speed of 3.2 GHz and 3.7 GHz for P- and E-cores, respectively.

The Core Ultra 9 285K is a great processor there’s no doubt about it. Even as it cut back on the thread count and hyper-threading I was worried about its multi-core processing power, but that seems to not be the case as it leads in benchmarks for multi-core performance.

Many might wonder if a lower thread count would impact its performance, but since it also uses 3nm CPU process technology, its performance and efficiency have gotten a boost. This processor is also only compatible with DDR5 RAM and has stopped supporting DDR4 RAM, as we've seen with previous Intel processors.

Video editing is a resource-intensive process, meaning the P-core likely handles it and relies on hyperthreading or multi-core performance. During our testing, we ran CPU-Z, Cinebench R23, and Geekbench 6 to test its multi-core performance, and it didn't disappoint.

It managed a score of 18753.7, 41536, and 23550 in all three respective software. For reference, the 14900K had 17074.2, 39973, and 22713 points, while the 9950X managed 16960, 40938, and 22248 in the same benchmark tests. So, the 285K is much better for video editing or other intense multi-threaded tasks, and while it does cost a premium, you get a processor that can do much more than video editing and should power your rig for a good while.

For those who want excellent gaming and productive performance out of their system, we recommend the Ryzen 7 9800X3D. We've tested this processor in-house for our Ryzen 7 9800X3D review, and it showcased significantly better performance than the Ryzen 7 7800X3D. It is based on the Zen 5 architecture, which means it uses 4nm CPU processor technology, resulting in better performance and efficiency.

To begin with, this CPU is powered by 8 cores and 16 threads, which isn't anything out of the ordinary for a Ryzen 7 processor. It features a base clock speed of 4.7 GHz and a boost clock speed of 5.2 GHz, meaning each core can handle 5.2 billion instructions per second at its maximum.

The chip’s redesign has now made rendering and productivity tasks much more of a possibility on the X3D, with scores soaring above its predecessor and in line with the rest of AMD’s line-up, improving on one of its previous cruxes.

In addition, this processor can be overclocked, which wasn't possible with the previous X3D processors. So, you can take its gaming or professional performance to the next level. However, remember that overclocking will also increase its power draw and thermal output. To prevent thermal throttling, we recommend using the best thermal paste combined with the best CPU cooler for 9800X3D.

When it comes to video editing, there are plenty of processors that are better than this CPU, but this is the best gaming CPU, and it can still do pretty well in other tasks. According to Puget Systems, the Ryzen 7 9800X3D managed a score of 9,774 in Adobe Premiere Pro, while the Ryzen 9 7950X3D, which we've also reviewed, managed 1,133 points. So, the difference between generations is huge, and if you want the best of both worlds, the 9800X3D shouldn't disappoint.

However, if your work consists of high-level editing, an "X" processor, like the Ryzen 9 7900X, would be better due to the higher clock speeds and better productivity performance. If you're looking to complete your 9800X3D build, we've got you covered with the best motherboards and GPU for the Ryzen 7 9800X3D.

Much has been said about the 13600K, which is somewhat of an anomaly with its price point of $339. That’s because it’s a 14-core (20 threads) processor that overclocks to 5.1 GHz, a pretty much previously unheard-of achievement at this price point. It goes to show the refinements made with Raptor Lake’s newly revised E-cores. Realistically speaking, it's just as good as the 14600K but costs a lot less.

While its specs on paper speak for themselves, the 13600 K's editing and productivity performance is supported by high multi-core scores, and this was certainly the case in our i5-13600K review.

An excellent CPU through and through with fierce single and multi-core performance for the money. 

In CPU-z, the Core i5 scored 830 points in single-core benchmarks and 9,846 in multi-core benchmarks, whilst in Cinebench, the i5 managed to get a single-core score of 1,992 and a multi-core score of 24,024. Gaming performance was nothing to shake a stick at either, with the 13th-gen mid-range keeping up with even the latest market options.

All those extra cores and threads over the competing Ryzen 5 7600X, 6-core and 12 threads are why this chipset makes the cut. and the latter doesn’t. Having that extra overhead is going to help with rendering times and encoding for streaming and VOD content. At a touch over the $330 mark, that’s a hard act to follow.

One of Intel's best performers, the Intel Core i9-14900K, is the older pick to go for. We thoroughly tested this CPU in-house for our 14900K review, and it showcased excellent gaming and synthetic performance.

This Raptor Lake R chip has 24 cores, divided between 8 Performance cores (P-Cores), 16 Efficient cores (E-Cores), and 32 threads. This means that 16 cores are hyperthreaded, giving it excellent multi-threaded performance. The E- and P-cores have different clock speeds. The base clock speed for P- and E-cores is 3.2 GHz and 2.4 GHz, while the boost clock speed is 5.6 GHz and 4.4 GHz, respectively.

That being said, these clock speeds can be increased by overclocking the 14900K; however, this will increase its performance, thermal output, and power draw. The 14900K can already run pretty hot, so with overclocking, you'll need to ensure you're using the best CPU cooler for 14900K to keep it from thermal throttling.

There’s nothing too exciting here in comparison to 13th gen performance. Yes, expect better thermal efficiency and slightly better performance across the board. And yes, it’s another impressive CPU from Intel.

Video editing is a process that can benefit from recruiting multiple cores, and according to Puget Systems, the 14900K is the third-best processor for Adobe Premiere Pro besides AMD's Threadrippers, which are used in workstations and servers. Besides that, it can also be used for gaming, as we tested it by pairing it with an RTX 4070 Ti. It managed 219 FPS in Cyberpunk 2077 at 1080p low resolution, meaning it can keep up with powerful GPUs at lower resolutions, eliminating the risk of CPU bottlenecks.

That being said, we also ran a couple of benchmarking software like CPU-Z and Geekbench to check its synthetic performance, and it managed 927.6 and 17,074.2 in CPU-Z single- and multi-core tests. So, whether it is gaming, video editing, or any other task, this workhorse should be able to make quick work of it without breaking a sweat.

If budget constraints do not restrict you and you want the best of the best, the Ryzen 9 9950X has everything you'll need to edit videos in the highest quality without a hitch. In our Ryzen 9 9950X review, we tested it against various benchmarking software, and it blew through those without breaking a sweat.

For starters, this processor is powered by 16 Zen 5 cores, each hyperthreaded, meaning it has 32 threads. Each core also has 4nm processes, meaning a total transistor count of 16,630 million. This is important because smaller CPU processes mean better efficiency and performance. So, whether you're editing 4K or 8K videos, with this CPU powering your rig, it should be a breeze.

It has a 4.3 GHz base clock speed, a 5.7 GHz boost clock speed, and a 170W TDP. That said, TDP isn't a set value as it can fluctuate depending on the workload and if you've utilized PBO or overclocked the CPU. In that case, we recommend using the best thermal paste combined with the best CPU cooler for 9950X to ensure it doesn't thermal throttle and keeps performing optimally.

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. PPBO can ramp this CPU up a few notches, but you’d better be ready to cool it. It eats 240mm AIOs for breakfast when PBO is enabled

Regarding its performance, we tested it against our industry suite of software. In Cinebench R23 single- and multi-core tests, it scored 2,275 and 40,938 points, respectively. As a reference, the 9900X scored 2,205 and 31,502, while the 7900X managed 2,017 and 28,006 points, respectively. So, there is clearly a massive gap in performance for multi-threaded workloads between the 9950X, the 9900X, and the 9700X. That said, the gap is smaller in single-core tests, but there is a gap nonetheless, so there is some improvement from the previous generation as well as between the Ryzen 9000 family.

However, it doesn't end there. We turned on PBO, and its multi-core score went from 40,938 to 43,202. So, you can squeeze out more performance, but at this point, the 240mm AIO cooler couldn't handle the heat this CPU was generating, and there was some thermal throttling.

The emphasis on multi-core performance is crucial because video editing can be a demanding task. As technology advances, video resolutions keep ramping up, demanding more processing power to render and edit them. However, with the Ryzen 9 9950X by your side, you should be able to keep knocking out videos with ease for a good while, future-proofing your setup for years to come.

We understand that not everyone has a high budget to invest in an expensive CPU. If you're currently in the same boat, we'd recommend getting the AMD Ryzen 7 9700X. While the processor is considered a mid-range option, it falls in the budget category for video editing. And in our 9700X review, it delivered great results in multiple tools.

The 9700X is based on the Zen 5 architecture. For those who don't know, this is the latest architecture used in the AMD 9000 series processors, and it offers several improvements over the Zen 4. Thanks to this, we saw high scores during our tests in multiple tools like CPU Z, Cinebench, and Geekbench.

The CPU has eight cores and 16 threads, so you'll have plenty of resources. Additionally, as the 9700X offers the 4nm process technology, each core packs a good number of transistors. We tested these cores in CPU Z single- and multi-core tests, where we got 766 and 6,192 points, respectively. In gaming, we got 325 FPS in Cyberpunk 2077 and 246 FPS in Days Gone.

This CPU is very good at being efficient, especially when stacked up against Intel’s latest offerings, so if you want a low-power PC with a decent amount of punch, then this CPU could be for you.

As far as the speeds are concerned, it operates at a base frequency of 3.8 GHz. However, under load, this can go up to 5.5 GHz. There's also a 33MB L3 Cache, thanks to which the CPU can store plenty of data that it needs to access frequently. What does this translate to? Smoother overall performance.

Even though the processor packs a lot of power for the price it comes at, it still has a fairly low TDP of only 65W. This is something great about the 9000 series processors, as almost all of them are power-efficient. However, we'd still recommend getting one of the best PSUs for the 9700X, just to be on the safe side. Also, under load, the processor can generate too much heat, so you'll need to make sure you're using one of the best CPU coolers for the 9700X.

Overall, the 9700X provides enough power to help you complete those video editing projects. Sure, it may not offer top-tier performance like some of the other options on our list, but it gets the job done and provides excellent value for money.

Why you can trust us

At PC Guide, there is no compromise on the standard, and our testing process is deeply rooted with a hands-on approach, and we aim to review every aspect of processors that are crucial for our readers. We aim to test every product that we recommend and have a comprehensive testing protocols for various hardware such as laptops, GPU, RAM, keyboards, CPU coolers, and more.

Every product that you see in the list has been put through our rigorous testing process, which gives us the complete breakdown of its abilities, including the aspects it is good at and bad at. This, in turn, allows us to accurately rate it, and we can recommend them based on that. So, every recommendation made the list on its merit, and our reviews are 100% free from external influence, as we demand the same standards for everyone that we want for ourselves.

What to consider with the best CPU for video editing

Editing video is incredibly intensive for even the most powerful processor, especially in higher resolutions at high frame rates. Clock speeds of up to and over 5.0 GHz allow for superior single-core performance. Thankfully, the most recent chipset generations from both AMD and Intel are capable of reaching these speeds.

Cores/Threads

Video editing benefits from CPUs with a higher number of cores and threads, as video rendering and encoding can utilize multiple cores simultaneously. Look for a CPU architecture with at least 6 cores and 12 threads, but higher core counts are even better for handling complex projects efficiently.

Clock Speed

While more cores are beneficial, clock speed (measured in GHz) also matters. A balance between high clock speeds and multiple cores is ideal for smooth editing performance. So, check both the base and boost clock speed.

Compatibility

Ensure the CPU you choose is compatible with your motherboard’s socket and chipset. Also, verify that your motherboard’s BIOS is updated to support the chosen CPU.

Cooling and TDP

Higher-end CPUs generate more heat. Make sure your cooler can handle the thermal demands of the CPU. Check the Thermal Design Power (TDP) rating to get an idea of the cooling requirements.

Overclocking

Some CPUs can be overclocked to achieve higher clock speeds. If you’re comfortable with overclocking, this can provide additional performance gains. However, it may also require better cooling solutions.

Budget

High-end CPUs can be expensive. Consider your budget and balance the performance gains against the cost. Creative professionals may be more willing to splash out on the latest generation.

Do you need more cores or faster cores for video editing?

Video editing is a CPU-intensive process that makes use of, and there isn't a straight answer for whether more cores or faster cores would be better for video editing, as both of them have different functionalities depending on how you work. For example, increasing the clock speed by overclocking the CPU will increase its performance in any CPU-bound workload, including video editing; however, adding more cores to the equation will only be beneficial if the process can make use of the additional threads.

So, if you're editing a video and running other applications on the side, a CPU with a higher core count would be better because it'll also have more threads and will be better suited to handle multi-threaded processes. Ultimately, it depends on how you work, but going for a CPU with more cores is better, as you can even slightly overclock, which should make a vast difference in its output.

Can you do video editing on a budget CPU?

For video editing, according to HP, a quad-core CPU is the minimum requirement, and for professional video editing, a CPU with 6-8 cores would be ideal. That being said, if you take the example of Ryzen processors, the budget options like Ryzen 5 have 6 cores and 12 threads, while the mid-range Ryzen 7 processors have 8 cores and 16 threads.

So, a processor like the Ryzen 5 9600X, which had a Puget Systems Photoshop score of 6,087 points, should be able to handle basic video editing, but for a faster and more efficient working experience, options like the Ryzen 9 7900X or the 9950X would be better.

Is RAM important for video editing?

The more RAM a PC has, the more efficient it is, as it has plenty of system memory to open multiple instances of applications without running short. A higher RAM capacity is also vital for smooth multitasking and allows for seamless timeline scrubbing and playback. It is generally believed that 32GB of RAM is sufficient for most video editing tasks, but you can always add more. If you're looking for options to explore, DDR5 RAM is currently the best choice available right now.

What CPU specs do I need for video editing?

Depending on the software you use, the requirements vary, but commonly, their CPU requirements aren't anything too demanding. Such as Premiere Pro requirements, just asking for a minimum of a 6th Generation Intel CPU or Ryzen 1000 series or newer processor. With the recommended asking for an 11th Gen Intel or Ryzen 3000 series or a new CPU, it's nothing too crazy high and can support a load of models and generations.

Can Ryzen 7 edit 4k video?

Yes, Ryzen 7 is capable of editing 4K footage. It's more dependent on your graphics card as to how well the video editing performs. But for something like Premiere Pro, the recommended spec (targeting 4K+ resolutions) is just a Ryzen 3000 series or newer CPU, so as long as the Ryzen 7 is the 3700X or newer, it will be capable of 4K editing.

Final word

In 2025, if you want the best CPU for video editing, the Core Ultra 9 285K is the one to go for. While this processor may not have gotten much attention due to the lack of generational improvement in gaming performance, it has exceptional multi-core output. So, for a task like video editing, that benefits from more cores, a processor like the 285K is great, and paired with one of the best GPUs for the 285K, you should have a solid rig for work and gaming.

The Z690 is a powerful motherboard capable of housing multiple generations of Intel CPUs. This means that you have loads and loads of options to choose from, which is great. However, the downside is that you have loads and loads of options to choose from, which can get very confusing. 

To that end, we’ve put together this guide that lists multiple options from different generations, their details, and pros and cons so you can make an informed decision.

Products at a glance

How we picked 

When picking the best CPU for the Z690 motherboard, there are a few important factors to consider. We looked at several key features: performance, compatibility, and value.

First and foremost, we considered the CPU’s performance. Since the Z690 is a high-end chipset, we wanted to ensure that the CPU we recommended could take full advantage of its features. We looked for CPUs with high core counts, high clock speeds, and plenty of cache memory.

Next, we looked at compatibility. The Z690 chipset is compatible with 12th, 13th, and 14th-generation Intel processors, but you will need to update your motherboard BIOS before installing the latest generation CPUs. We made sure that our top picks were compatible with the Z690 chipset and that they would work well with the latest BIOS updates. 

Finally, we considered value. While the Z690 is a high-end chipset, that doesn’t mean you need to break the bank when buying a CPU. We looked for CPUs that offered excellent performance at a reasonable price so that you could get the most for your money. 

Taking all of these factors into account, we narrowed down the field to the top CPUs for the Z690 motherboard. These CPUs offer excellent performance, compatibility with the latest hardware, and great value for the money.

Best CPU for Z690 motherboard

The flagship CPU of Intel’s 13th generation sits atop the LGA 1700 socket. However, that isn’t the only reason we chose this CPU as the top pick. We thoroughly tested its gaming and real-world benchmark capabilities, and it performed exceptionally well in all scenarios. You can read more about it in our Intel Core i9-13900K review. 

This CPU managed 342 FPS in Cyberpunk 2077 and 261 FPS in Days Gone at 1080p low settings. These games were notoriously demanding when they came out, and seeing how easily the 13900K handled them tells you everything you need to know about its gaming prowess. 

That said, it isn’t a slouch in productivity tasks as well. In the CPU-Z single-core test, it scored 931 points and 16,852 points in the multi-core test. While single-core results generally speak toward a CPU’s in-game performance, its multi-core result is impressive, to say the least. 

This means the 13900K should be able to handle demanding multitasking and heavy applications like the Adobe suite without a hitch. The lack of stuttering and slow load times should streamline your workflow, increasing your productivity and efficiency. 

Regarding its specifications, it features 24 cores divided between 8 performance cores (P-cores) and 16 efficient cores (E-cores), 32 threads, and a 36MB L3 Intel Smart Cache. So, as you can see, its performance is due to the mind-blowing hardware its packing under the hood. Another reason for its stellar performance is the L3 cache which is accessible by all cores. 

The Intel Core i9-13900K may not be the newest high-end processor made by Team Blue anymore but time hasn’t slowed this chipset down at all.

This means that resources aren’t wasted in fetching the data, and access time is reduced, which boosts the CPU's processing efficiency. It has a base frequency of 2.2GHz (E-core) and a max frequency of 5.8GHz. What this means is that its processing is already pretty fast, but the “K” moniker means that it comes unlocked from the manufacturer.

So, if you have overclocking experience and the right tools for the job, you can take its performance to the next level. However, remember that it has a maximum TDP of 253W, which is already high at normal settings, so overclocking will most likely increase that as well. 

During our stress tests, it reached its maximum operational temperature of 100°C even with a 360mm AIO cooler. So, we recommend using a robust CPU cooler and have a casing with adequate airflow. If you’re interested in exploring some options, check out our best CPU cooler for 13900K and the best airflow PC case guide for the top picks. 

Overall, this is an excellent option for various workloads, whether action-packed gaming or handling workstation-level tasks. However, with such high-performance levels, the energy consumption and thermal output are also high, meaning you’ll have to invest in a robust cooling solution, so keep that in mind. 

What users say

According to Amazon reviews, the general user experience with this CPU seems to be highly positive. Multiple reviews highlighted its beast-like performance in games and professional tasks, and one user stated, “The i9-13900k has significantly increased my productivity.” However, as we found during our tests, it does tend to run a bit hot, but some reviewers claim that it sits at a comfortable 28°C. This aspect also depends on your ambient temperature, the thermal paste used, and the CPU cooler. So, we recommend using the best thermal paste to keep its temperatures under control.

The good thing about the Z690 motherboard is that it uses the LGA 1700 socket, which supports three generations of Intel processors. This gives us more CPU options to select from, and if you’re a bit light on the budget but still want a great gaming setup, the Intel Core i7-12700K shouldn’t disappoint. 

At the time of writing, this processor is going for $250, which isn’t too bad considering what it offers. It features 12 cores, split between 8 performance (P-cores) and four efficient (E-cores), 20 threads, a base clock of 2.7GHz, a boost clock of 5.0GHz, and a 25MB L3 cache. 

What these specifications translate to is that it should have enough juice to handle tasks of varying complexities, and you always have the option to overclock it to squeeze every bit of performance out of it. That said, it already has a maximum TDP of 190W, which means its thermal output should also be high. So, overclocking could increase that, and running your CPU in that state for extended periods could damage it. We recommend using the best water cooling kit to keep it from thermal throttling. 

A great aspect of this CPU is that it is compatible with PCIe 5.0 and 4.0. The Z690 is PCIe 5.0 ready, meaning it has slots to cater to next-gen devices like DDR5 RAM, 5.0 SSD, and more. So, this CPU shouldn’t cause compatibility or stability issues with the next-gen components. If you’re interested in exploring options, check out our best DDR5 RAM and PCIe Gen 5 SSD guides for the top picks.

The 12700K also has Intel UHD 770 integrated graphics. This means you should be able to run your system without a dedicated GPU. This should come in handy if your GPU suddenly stops or if you need to check various components individually by removing them and checking for system functionality. 

Lastly, it has various Intel technologies backing it up, like the Hardware Sheid Eligibility, which ensures the system runs on verified and legitimate hardware, courtesy of the Intel vPro platform. 

So, taking its features, capabilities, and price into consideration, the Intel Core i7-12700K is a solid mid-range option for gaming and multitasking workloads. On top of that, you have two whole generations to upgrade to using the LGA 1700 socket.

What users say

At the time of writing, the i7-12700K has a rating of 4.9 out of 5.0, which should give you an idea of how well-received this was among the users. Its reviews are filled with praise for its performance, ease of installation, and versatility. One review said: “The 12th-gen architecture of the i7-12700K really stands out, offering exceptional multi-threaded performance while maintaining efficient power usage.” However, many reviewers also said that it runs hot, but nothing a good CPU cooler can’t fix

The Z690 motherboard can handle powerful high-end processors, but sometimes, our budget doesn’t allow it. That said, there are pocket-friendly options compatible with the Z690 motherboard, which should keep your setup up and running through various challenges.

The Intel Core i5-12400F is a solid budget option that should power your gaming and productive sessions. Powered by six cores and 12 threads, this processor has a base clock speed of 2.5GHz, a boost clock speed of 4.4GHz, and an 18MB L3 smart cache. 

This means it has enough hardware to handle some demanding tasks but isn’t meant for heavy multitasking due to the limited core count. A major difference between this CPU and the others on our list is that it can’t be overclocked and has no Efficient cores. It only comes with 6 P-cores, which do all the minor and major lifting directed toward it. 

Its decent specifications give it a low TDP of 65W, which can increase to 117W depending on the workload. Compared to the other options on this list, 117W seems very low, and you should get good power efficiency from this CPU.  

The i5-12400f has a maximum memory bandwidth of 76.8 GB/s. This should allow for fast processing as more data can travel to and from the CPU to be processed. While it has a maximum operating temperature of 100°C, given its hardware, it shouldn’t reach that high. However, it can run hot if the ambient temperature is high. So, we recommend pairing it with the best CPU cooler to keep it performing optimally.

All in all, the Intel Core i5-12400f is a solid budget option that should keep things running without a hitch, given that nothing too extreme is thrown its way. 

What users say

According to Amazon reviews, the 12400f has great performance and is a good choice for people on a budget. Some reviewers say that it runs hot, and the accompanying CPU cooler might not be enough to tame it. That said, one reviewer stated: “This is a good mid-tier CPU that can run AAA games in 1080p when paired with a 3070 / 3080 / 4060 GPU,” which should give you an idea about its gaming prowess.

For our last pick, we went with the flagship CPU from Intel’s 14th-generation lineup, the i9-14900K. There is a lot of criticism for the 14th-generation CPUs, and in our i9-14900K review, we took a deep dive into why that is. It performed similarly to the 13900K but took the lead in some scenarios. However, it should have a higher headroom for overclocking, resulting in potentially better performance.

This processor features 24 cores, 32 threads, a base clock of 2.4GHz, a turbo frequency of 6.0GHz, and a 36MB L3 Intel Smart Cache. You might see many similarities between this and the 13900K, and that is because there are. The big difference is between the base and boost clocks, with the 14900K having a 0.2GHz faster base and turbo clock speed. 

So we weren’t surprised that these processors were going toe-to-toe in our synthetic benchmarks, with the 14900K taking the lead in some and the 13900K outperforming it in others. The same case was in our gaming tests, as the 14900K managed 219 FPS in Cyberpunk 2077 at 1080 low settings, whereas the 13900K managed 215 FPS. The difference of 4 FPS is negligible and won’t impact the gaming experience overly positively. 

It’s the new processor at the top of the mountain, likely the best CPU for gaming.

So, while the performance is similar, it isn’t the case regarding the price. At the time of writing, the 14900K is going for $544.99, whereas the 13900K will set you back by $459.99, bringing the difference to around $85. It might not seem like a big difference, but you can save or direct the $85 toward another component, get the 13900K, and overclock it for better performance. 

What users say

The user reception of the 14900K showcases its performance in various tasks. Reviewers were glad about its ability to clock high frequencies across multiple cores, which gives it a powerful performance. One reviewer said: “The 14900K, when expertly tuned, becomes a gaming and multitasking powerhouse—achieving 43 to 44k in R23, with 6.2GHz boosting.” This CPU is an enthusiast pick, and if you have the knowledge and tools to tinker around, you can get much more from this CPU than what the specifications let on.

How to choose the best CPU for the Z690 motherboard

There are a handful of factors that you need to consider before choosing a CPU. This is particularly important when looking for a CPU to pair with a motherboard. Different motherboards have varying features and functionalities, and getting a high-end CPU for a low-tier motherboard could hinder its performance. So, to help you make an informed decision, we’ve listed some of the factors you need to keep in mind while making a decision. 

Compatibility 

The first thing you need to look for is the CPU's socket type. The Z690 has an LGA 1700 socket; only compatible CPUs will work with it. The Intel CPUs used LGA 1200 for the 10th and 11th-generation lineup and switched to LGA 1700 for the 12th, 13th, and 14th-generation CPUs. 

Besides that, you need to look at the maximum memory the CPU supports and the RAM slots available. While you might not use all the slots, it's always better to have extra headroom for upgrades. You should also consider the PCIe express configuration and whether it supports PCIe 5.0 or 4.0 hardware because these Intel CPUs support both versions. 

Budget 

The second and possibly the most important factor you must consider is your budget. It's always recommended that you operate within your budget and select components that offer a good balance between performance and value. 

While the Z690 can support three generations of Intel CPUs, it doesn’t mean that you have to opt for the most high-end options. For example, if you want to build a gaming rig, this Intel Core i7-12700K should deliver excellent performance across a range of titles. It should also be a good pair for the latest GPUs like the RTX 4070 Super or the RX 7800 XT, which we’ve reviewed if you’re interested in checking out their performance. 

Performance 

The level of performance you want out of your setup will also impact the final decision. For example, if you're going to casually game but want top-notch professional performance, a CPU like the 13600K should serve you well.

However, if you only want to handle light workloads with some gaming on the side, the 12400F might be a worthy option. So, it all depends on the usage and the accompanying components, such as the amount of RAM installed.

Can I use a 13th Gen CPU with a Z690 motherboard?

In short, yes. With the BIOS update, all Z690 motherboards support Intel's 13th Gen Raptor Lake chips.

With new models available like the Ryzen 9 9950X3D, which is the world's best processor for gaming and content creation, there are more choices than ever as far as the best CPU for streaming goes. Fortunately, things don’t have to get all too expensive either.

We’ve seen great value and strong capabilities from even the mainstream current-gen chipsets from both Intel and AMD, and we've tested and reviewed plenty of them, here at PC Guide. Here are some of the best CPUs for streaming.

How we selected the best CPU for streaming

We’ve made our choices for the best CPU for streaming by considering all types of content creators, but most of all, we rely on the real-world performance of the processors showcased during our hands-on CPU testing. We have a lot of positive things to say about the premium side of the spectrum. However, you don’t necessarily need the bleeding edge to run programs like StreamLabs, OBS, and other platforms. 

Keep in mind, though, that streaming gameplay footage is hardware-intensive no matter which software you use. The CPU has to render not just native gameplay, but also encode the video output in real-time, too.  Having more cores and threads is always beneficial. But with advancements made regarding efficiency in CPU architecture, you won’t necessarily have to choose the priciest model. 

That’s the middle ground that our roundup occupies. We’ve considered all types of creators and consumers. From feature set to price-to-performance, we'll help you make an informed decision when putting a new rig together.

Our top picks

A powerful CPU is necessary to ensure that your stream is seamless, especially when it comes to encoding. When you're streaming, you're not just doing that; you're also gaming and running other applications, which means your processor should have a good core and thread count, which gives it the ability to better handle multi-threaded workflows.

We recommended the Ryzen 7 9700X as the best option. It is a mid-range CPU with great value, and it performed better than the previous generation's heavy hitters, like the Ryzen 9 7900X. So, while it might not have the core count that we're used to seeing in Ryzen 9 or Intel processors, the Zen 5 is highly efficient and gives this CPU excellent performance.

When we tested this processor, it was still held back due to its 65W TDP, but now you should have the option to ramp that up to 105W, which should result in better output. Still, it should deliver good efficiency. Here at PC Guide, there are plenty of tests that we use to put our components through their paces, but we'll highlight their results in some of them to showcase their multi-threaded and video encoding abilities.

The 9700X is clearly meant for power efficiency, but we feel that efficiency holds the CPU back. Sure it has better single-core performance thanks to the upgraded Zen 5 cores.

In the Geekbench and CPU-Z multi-core tests, the 9700X scored 17,290 and 8,199 points, and to showcase how much better this output is compared to its predecessor, the 7700X managed 15,989 and 7,983 points. So, the 9700X has excellent multi-threaded performance and should have no issues handling multiple tasks effortlessly at the same time.

We also tested its encoding performance via the Handbrake TOS 4K Fast 1080p test, and the average speed was 86.2 FPS with an encoding time of 3:26 seconds. This is a pretty impressive output, but the 7700X managed 87.37 FPS in the same time. However, when we consider the efficiency constraints, it makes sense, and the output should be better with the cores getting more power.

Overall, the Ryzen 7 9700X should work pretty well for streaming as it has better performance than the previous generation's high-end CPUs, but costs less and also delivers excellent gaming performance and can be easily paired with high-end graphics cards without any issues. If you're interested in exploring some options, check out our best GPUs for 9700X guide for the top picks.

For the ultimate gaming experience, the Ryzen X3D processors are undoubtedly the best. If you want to stream and game on the same setup, we recommend you check out the Ryzen 7 9800X3D as it is one of the best CPUs for gaming. This processor can be overclocked and has greatly improved its productivity compared to its predecessor, the Ryzen 7 7800X3D.

In our 9800X3D review, it showcased excellent gaming and synthetic performance and even managed to outperform the 9700X in some single- and multi-core tests. So, using the processor to handle streaming paired with one of the best GPUs for the 9800X3D to offload encoding onto it should ensure a smooth streaming and gaming experience.

It has a base and boost clock of 4.7 GHz and 5.2 GHz, and since its 3D V-Cache is located beneath the CCD and has access to the IHS, it can better manage its thermal output, resulting in a better overhead for overclocking. So, you can tweak this processor to run even faster, but that will increase its power draw and heat generation, and to keep it from throttling, consider using some of the best CPU coolers for the 9800X3D.

The 9800X3D has unlocked its potential and become the leading processor in the market. The 2nd generation V-Cache gives it the ability to run the CPU core faster and at higher voltages pushing its performance even further over the 7800X3D and on par with non-X3D chips in non-gaming tasks.

To gauge how it'll handle synthetic and gaming workloads, we paired it with the RTX 4070 Ti and ran a couple of tests. In Counter-Strike 2 and Cyberpunk 2077, we got 604 and 334 FPS, respectively. Enabling PBO shot the FPS in CS2 to 669 but also increased the power draw from 93W to 99W.

In the Geekbench 6 single-core test, the 9800X3D managed 3265 points while the 9700X delivered 3315 points. In the same test but with multi-core, the 9800X3D and 9700X churned out 17,984 and 17,253 points, respectively. So, the 9800X3D can easily keep up with the 9700X when it comes to productivity, but it outperforms gaming, making it a much better option.

That being said, you should have a good streaming experience even if you're gaming and have other applications running in the background with this processor powering your build, but be sure to pair it with a powerful GP,U as the CPU isn't the only factor when it comes to streaming.

The Intel Core i7-14700K is our top pick for an Intel CPU, boasting an impressive 20 cores, 28 threads, and a boost speed of 5.6 GHz. This CPU is perfect not only for gaming, but also for creative workloads, meaning it is the perfect CPU for versatility.

While it has been known to run hot and does not include a cooler, we would still highly recommend this Intel CPU as one of the top choices for streaming. Its power and speed are more than enough for streaming freely, and it also showcased excellent output in our Intel Core i7-14700K review.

The 14700K is a great middle-ground for those looking to game and work on the same PC. 

We'll quickly get into how it performed. We coupled it with the RTX 4070 Ti and got 225 FPS in Cyberpunk 2077, 297 FPS in Monster Hunter World, 359 FPS in CS2, and 297 FPS in Days Gone. All of these titles were running at 1080p, meaning it is more than capable of keeping up with the GPU at lower resolutions.

As for its synthetic results, we got 3,092 points in the Geekbench 6 single-core test and 21,046 points in the Geekbench multi-core test. For comparison, the 9700X managed 3,376 and 17,290 in the same test, which shows that the 14700K is better at handling multi-threaded output.

So, when it comes to streaming, multi-threaded output is crucial as the processor has to be able to handle various tasks efficiently, and the 14700K can get the job done. However, like we said before, this processor can run hot, but nothing the best CPU cooler for 14700K can't handle.

If you're looking for a budget CPU that delivers decent multi-threaded performance and excellent gaming performance, we recommend the Ryzen 5 9600X. Like the 9700X, this processor also suffered from AMD's obsession with efficiency at launch, and the 65W power draw hindered its true potential. However, now with the BIOS update, it should have much better results in all domains.

Besides that, the Core Ultra 5 245K was also an option, but for that, you'd need to get an LGA 1851 motherboard, and the AM5 platform simply has better value in the short and long run. While the 245K has better multi-core performance, it severely lacks in the gaming department, and that is why we went with the 9600X, to offer well-rounded performance.

In our Ryzen 5 9600X review, we put it through its paces, and it delivered good results. However, keep in mind that we tested it before the BIOS update, so the output we got should be different from what you'd get with a 105W TDP, meaning it'll be better with the cores getting more power to work with.

The gaming performance is very stable and there is a substantial improvement over the last gen.

To test its gaming and synthetic output, we coupled it with the RTX 4070 Ti Super. In the Geekbench multi-core test, this CPU delivered 14,909 points, and in the CPU-Z test, we got 6,435 points, which is a much better output compared to the 7600X, showcasing the difference in Zen 4 and Zen 5 architecture.

When it came to the encoding test, it managed an average speed of 69.95 FPS in 4:13, which is impressive as the 7600X delivered 61.49 FPS in 4 minutes and 49 seconds. So, the generational improvement is clearly visible, but compared to the encoding performance of high-end processors, it is lacking, but that isn't surprising.

Regarding its gaming performance, the 9600X managed 325 FPS in Cyberpunk 2077 at 1080p low settings and 246 FPS in Days Gone. For comparison, the 9900X delivered 330 and 245 FPS in the same titles, so this should give you an idea of what a beast this budget processor is in gaming.

Overall, the 9600X should work great to deliver a smooth streaming session and also handle gaming and other tasks on the side. However, remember that this is a budget processor and putting too much on its plate will lead to performance degradation, so it would be better to manage the workload and the quality you're streaming at.

For those who want excellent productivity and multi-core performance to handle resource-intensive tasks, we recommend you give the Core Ultra 7 265K a shot. This is a mid-range Arrow Lake processor, and while Intel's 15th-generation chips haven't done well, we can't deny that their multi-threaded output is second to none.

In our Core Ultra 7 265K review, it showcased exceptional multi-core performance but its gaming output paled in comparison to its competition and predecessor. We paired it with the RTX 4070 Ti and ran Cyberpunk 2077 at 1080p low settings to put more strain on the CPU to keep up with the GPU. We got 191 FPS, but the 9700X delivered 240 FPS, which showcases how drastic a difference there is between the gaming performance of these processors.

An area where the 265K shines, as does the rest of the Arrow Lake lineup, is efficiency. Efficiency is up by 35% on the new E-cores that feature in Intel’s 15th generation, partly because they dropped hyperthreading.

However, the odds were flipped entirely in the 265K’s favor when it came to multi-threaded testing. In Blender Monster, the 265K delivered 215.56 points, and in Junkshop, it managed 143.91 points. For comparison, the 9700X managed 128.15 and 93.95 points in the same tests. 

In CPU-Z and Geekbench multi-core tests, the 265K delivered 15,395 and 21,730 points, respectively. On the other hand, the 9700X could only manage 8,199 and 17,290 points. So, the 265K is leagues ahead of the 9700X when it comes to handling resource-intensive applications. 

Since streaming requires a processor that can easily multitask, the 265K should work great. The downside is that you’ll have to sacrifice a couple of frames for this performance, but other than that, it should be smooth sailing.

A high-end processor is an easy way to ensure that you're getting the best gaming and professional output. These processors offer a high core and thread count, which gives them great single- and multi-core output. 

So, currently one of the best processors on the market is the Ryzen 9 9950X. It stands at the top of the Ryzen 9000 family and has the performance to hold that position. In our 9950X review, it seriously impressed us with its performance, and with it in your system, streaming should be a breeze. 

This processor features 16 cores, 32 threads, a base clock speed of 4.3 GHz, a boost clock speed of 5.7 GHz, and a 64MB L3 cache. What this means is that it has enough firepower to make quick work of any task that you put in front of it. 

When we tested this CPU by pairing it with the RTX 4070 Ti Super, it delivered excellent results, but with PBO enabled, it managed to further increase its output, but at the cost of high thermal output. 

The 9950X is certainly a capable CPU with a lot to offer those looking for strong multi-threaded performance. PPBO can ramp this CPU up a few notches, but you’d better be ready to cool it.

In the CPU-Z single- and multi-core tests, the 9950X delivered 872 and 16,960 points, respectively. However, with PBO in the mix, these numbers jumped to 877.6 and 17,421, an increase of 0.6% and 2.6%, respectively. 

So, it can be argued that it isn’t worth it as our AIO cooler failed to keep it from overheating so you’ll need the best CPU cooler for the 9950X to keep it from throttling but it is nice to know that you have the option to increase its output at the click of a button. 

When it comes to video encoding, it didn’t disappoint either. It managed 157.5 FPS in 1:54, but with PBO, it jumped up to 162.13 FPS in 1 minute and 51 seconds. So, you should have an interruption-free and smooth streaming session in real time with the 9950X powering your rig.

Considerations for the best CPU for streaming

Cores and threads

Streaming can be demanding on your CPU, as it involves running both the game you're playing and the streaming software simultaneously. CPUs with higher core counts and thread counts tend to perform better for streaming. Look for CPUs with at least 6 cores and 12 threads, but ideally, more cores and threads are better.

Clock speed

While core count is important, clock speed (measured in GHz) also matters. A higher clock speed can help with the performance of your games and other applications. Strike a balance between core count and clock speed based on your budget and streaming needs. Some CPUs can be overclocked. Overclocking can provide performance gains, but it also requires better cooling solutions and may void warranties.

Multi-threading support

CPUs with multi-threading support (Hyper-Threading for Intel, SMT for AMD) allow each core to handle two threads simultaneously. This can significantly improve multitasking performance, which is crucial when gaming and streaming.

Brand

The two primary CPU brands are Intel and AMD. AMD's Ryzen processors have gained popularity for their strong multi-core performance and competitive pricing. Intel's Core processors are also a good option, particularly for high clock speeds. Consider the latest architecture available within your chosen brand.

Socket compatibility

Ensure the CPU you're considering is compatible with the motherboard socket you intend to use. Different generations and models of CPUs may require different socket types. For example, the Ryzen 7000, 8000, and 9000 processors are based on the AM5 platform and require an AM5 motherboard. On the other hand, Ryzen 5000 and 3000 processors require an AM4 motherboard, and you can't switch between them.

The same goes for Intel processors. The 12th, 13th, and 14th-generation processors required an LGA 1700 motherboard, but the Arrow Lake processor switched the socket type to LGA 1851, meaning they'll only fit on a motherboard with an LGA 1851 socket, like the best Z890 mainboards.

Bottlenecks

Ensure that the CPU you choose is balanced with your other components, such as the GPU and RAM. A powerful CPU won't perform optimally if other components are bottlenecking the system. A GPU bottleneck is when the CPU can process the game logic more than the GPU. For example, the CPU processes the game logic 200 times per cycle, but at 4K, the GPU can only manage 60, meaning the CPU can't achieve its peak performance as the GPU is holding it back. The opposite would be a CPU bottleneck, which occurs at lower resolutions as the GPU can churn out 250 FPS at 1080p, but the CPU is limited to 150, meaning the CPU is holding back the GPU in this case. So, we always aim to strike a balance between components, but no system is 100% bottleneck-free, so it isn't something to worry about, as modern CPUs and GPUs are more than capable of being paired with each other without much issue.

Why do core counts and clock speeds matter for streaming?

You need a competent processor for streaming gameplay because even the most low-intensity broadcasting software takes a performance toll on your hardware. Having decent overhead, with enough threads working in action at higher clock speeds, means you’ll be able to keep high frame rates without lagging and stuttering in broadcasting.

Does AMD make better CPUs than Intel?

For years, Intel had the upper hand when it came to CPUs, but AMD turned the tide, and now Ryzen processors are more sought after than Intel CPUs. They offer better performance, value for money, and future-proofing. While the current generation of Intel processors based on the Arrow Lake architecture offers excellent multi-threaded output, AMD's heavy hitters like the 9950X or the 9950X3D offer a well-rounded performance, once again, not giving the community much reason to opt for Team Blue alternatives.

How much should a good CPU for streaming cost?

A good CPU for streaming is generally on the upper end of the hierarchy, meaning they cost and can be upwards of $300 - $400 more, but you should only spend what you can afford, as even the previous generation of processors is alive and kicking. Just because there are new options available, doesn't mean that the older options are void, they still offer strong performance.

What is better for streaming, CPU or GPU?

Generally, a robust CPU with a high core count and fast clock speeds is preferred for streaming, and it makes sense that playing games, handling the stream, and running other tasks in parallel isn't something a budget processor would be able to handle efficiently. However, we can't count the GPU out when it comes to streaming because tasks like encoding can be offloaded to the GPU, freeing up some CPU resources, and the goal is always to strike a balance and avoid a bottleneck.

Latest CPU deals

Verdict

We chose the Ryzen 7 9700X as the best processor for streaming as it has 8 cores, good performance, falls in the middle of the Ryzen 9000 family, and has excellent value for money. It also showcased good encoding results, and it should be able to easily handle the demand of gaming and streaming in parallel without compromising performance on either end.