Nvidia RTX 3070 is the second generation of ray tracing enabled graphics cards with dedicated ray-tracing colors and tensor colors. It’s an essential part of a high-end gaming PC, considering that new games are now starting to support ray tracing technology.
This graphics card significantly improves reflections and lightning within your game, making everything from landscapes, cars, and cities appear more realistic.
You have to be careful when buying such a beastly graphics card. Make sure you buy the best CPU for RTX 3070 in terms of compatibility. Bottlenecks can quickly occur between computer components, so it is vital that we thoroughly examine whether they work in harmony with each other.
RTX CPU cards are, without doubt, the most critical components in PC performance during the games, the video editing, transmission, podcasting, or running engineering simulations.
You are a gamer or content creator if you are looking for the best processor for RTX 3070. Therefore, we will focus more on gaming performance and content creation in this article. CPUs are responsible for encoding videos. As you play, perform all the physical calculations within the game.
The CPU needs to calculate the physical phenomenon within time, and the RTX card has to make it visual through processing within a small time frame. Assuming you have already selected RTX 3070 as your graphics card. We have some recommended CPUs in terms of RTX3070 compatibility and overall performance as well:
The best processors for RTX 3070 graphics card
Due to the fantastic value of the RTX 3070’s introductory price, we have selected the best processors on the market to let you take full advantage of the performance of the new graphics card.
1. AMD Ryzen 5 5600X Desktop Processor
|CPU Model||Ryzen 5|
|CPU Speed||4.6 GHz|
|Cache Size||35 MB|
|Item Weight||2.8 ounces|
It is undoubtedly a favorite! The CPU is certainly ahead of other benchmarks when it comes to performance, but it is undoubtedly the most attractive price-performance ratio. Fully exploiting the potential of the graphics card, however, this processor will not make a dent in your budget.
Let’s take a look at the technical sheet. The Zen3 architecture reveals 6 cores or 12 threads with the SMT (which is the equivalent of HyperThreading at Intel). Thus, the CPU displays 3.7 GHz on the counter for the base frequency, which can be boosted to 4.6 GHz in Turbo mode.
In fact, the performance is undeniable. As for the game, you can easily play in resolutions higher than full HD, without sacrificing too much FPS. WQHD and 4K are therefore open to you! The manufacturer provides different modes according to your activities, including the game mode.
Here it is clearly a question of performance, and the results live up to expectations. Only problem: sometimes the gaming mode does not start at the same time as the game. If you want to activate it, you will have to restart the computer so that the change is taken into account. A little frustration, fortunately quite rare.
In application too, the processor is doing wonderfully, even if this is not a novelty as AMD is so famous on this point. However, it should not be overly solicited when it comes to multi-tasking. Indeed, its limited number of cores compared to the 5800X and 5900X leaves it a bit on the sidelines when it comes to managing multiple cores.
2. Intel Core i5-10600K Desktop Processor
|CPU Model||Intel Core i5|
|CPU Speed||4.1 GHz|
|Cache Size||12 MB|
|Item Weight||2.54 ounces|
With the RTX 3070 dramatically increasing potential frame rates, even for graphics-intensive first-person shooters like COD: Warzone or Rainbow Six Seige, you need a processor that can deliver those frame rates. The Intel i5-10600K is a part of the latest Lake Comet refresh and has 6 cores and hyperthreading for 12 threads.
With a standard 4.8GHz clock frequency this processor performs very well, but using a Z490 chipset motherboard and boosting the core speed with a slight overclock it rivals the high-end i9-10900K in terms of frame rate.
Thanks to hyperthreading, the regularity of the frame time is also good, which allows you to enjoy smooth and smooth gameplay even when the game is heating up.
Although this processor doesn’t have PCIe 4.0 technology, it isn’t fundamental for the RTX 3070: The PCIe detail is in reverse viable and as even the RTX 2080ti needn’t bother with a large portion of the transmission capacity of a PCIe 3.0 x16 opening, we can be certain that utilizing this processor won’t antagonistically influence execution sooner rather than later.
This processor represents the best performance you can get for an affordable price if you want to build a high frame rate gaming rig.
3. AMD Ryzen 9 3900X Desktop Processor
|CPU Model||Ryzen 9 3900X|
|CPU Speed||4.6 GHz|
|Cache Size||70 MB|
|Item Weight||1.6 ounces|
The Ryzen 9 3900X is the best processor you can get for the RTX 3070 at this moment, considering the presentation and absolute cost required for the upgrade, motherboard in addition to cooling. Most importantly, the 3900X is enormously less expensive than the 10900K for the present, while as yet conveying basically similar gaming execution at 1440p and 4K resolutions.
In addition, the productivity performance is significantly better than on the flagship of Intel. You also get 12 cores and 24 threads that will work great with next-gen games. Finally, the 3900X doesn’t require a top-notch motherboard.
Besides, it can work perfectly with a generally affordable cooling system. Overall, this processor is as of now the best purchase for the RTX 3070. In the event that you truly need another processor at this moment and furthermore plan to purchase the RTX 3070 when it comes out, then, at that point, the Ryzen 9 3900X is for you.
4. Intel Core i9-10900K Desktop Processor
|CPU Model||Intel Core i9|
|Item Weight||10.6 ounces|
The best overall processor for gaming is clearly the Intel Core i9 10900K. This 10-core, 20-thread monster is the fastest gaming processor around, without a doubt. High base clocks, even higher boost clocks, plenty of cores and threads, and a clear max clock advantage over any Ryzen processor make this the overall best choice for users who want to play and play. do nothing else.
If you already own the 10900K or plan to build a gaming PC setup right from the launch of the RTX 3080, go for it. Just combine it with a powerful cooling solution.
This means that the performance should match the 10900K for about the same price. But with the Ryzen processor, you’ll get much higher productivity performance, along with better power optimization and lower temperatures.
At last, the B550 and X570 chipsets support PCIe 4.0 for GPUs, which could get you a couple of percents preferred execution over the RTX 3080. In the event that you can stand by, something like the 4900X ought to. be the best purchase this fall.
The second issue with the 10900K is that it sells at amazingly significant expenses right now. The stock is low and the interest is high, so right now you need to pay more than 40% more than the suggested cost for the 10900K.
All in all, the 10900K is, right now, more costly than the Ryzen 8 3950X, which appears to be a pitiless joke yet it’s reality. Then again, the 10700K, truth be told, the 9900K with better-performing tickers, sells at a substantially more sensible cost.
5. AMD Ryzen 7 3800X Desktop Processor
|CPU Model||AMD Ryzen 7|
|CPU Speed||4.5 GHz|
|Cache Size||36 MB|
|Item Weight||1.4 pounds|
If you are in search of a versatile and capable device for video editing, general usage, and gaming, the Ryzen 3800X is for you.
This 8-core, 16-thread processor is upgraded to 4.5 GHz and uses AMD’s Precision Boost Overdrive technology to boost performance as long as temperature and voltage permitted. This converts into extraordinary gaming execution and it will be more than fit for staying aware of the RTX 3070 at high goals and revive rates.
For productivity jobs, the two extra cores mean it outperforms similarly priced smart processors in tasks like video encoding. To further increase its value, it comes with a high-performance cooler, the Wraith Prism, so there is no need to spend more on a cooling solution immediately.
Finally, this processor is PCIe 4.0 compatible provided it is coupled to a B550 or X570 motherboard, which allows the use of PCIe 4.0 SSDs for extremely high transfer rates.
This can be helpful for content creation, yet it isn’t required for a gaming PC or broadly useful PC, for which we suggest a more conservative NVME PCIe 3.0 drive.
This processor is cheaper than the Intel i7-10700K. It doesn’t offer the peak performance that gamers looking for the highest frame rates are looking for, but it is more than capable of performing a wide range of tasks and pairs well with the RTX 3070.
6. Intel Core i7-10700K Desktop Processor
|CPU Model||Intel Core i7|
|CPU Speed||3.8 GHz|
|Cache Size||16 MB|
Intel Core i7-10700K featuring eight cores with sixteen threads and 16MB of Intel smart cache, the Intel I7 10700K operates at a base frequency of 3.8 GHz and a frequency of 5.0 GHz, while the base frequency of all cores reached 4.7 GHz.
These numbers may seem irrelevant, but when it comes to benchmark testing, this processor doesn’t disappoint. In single-core tests, there is a slight increase compared to last year, but a slight delay compared to the I9s at the time. The performance of multi-core tests is different. The 10700K barely manages to beat some of last year’s I9 models.
By putting the I7 10700K and an RTX 3070 on the same motherboard, you get a great gaming machine without any compromise. As modern games require higher computing power to be able to deliver more images in games, this processor will not be a bottleneck and you will get the most out of the graphics card. This even goes for games like GTA V or Cities: Skylines, which can get intensive with the demands of the processor.
As for how many frames you get, it will depend on what resolution you intend to play. It has a lower resolution, like 1080p, which will put a strain on the processor, as the graphics card will output significantly more frames per second. On the flip side, the processor will have a bit of a break if you’re playing at 4K, where the graphics card will produce fewer frames for the processor to work on.
Obviously, it doesn’t perform better as compared to some I9s, however, since it’s unlocked, you can easily overclock it and get more performance.
Overall, the I7 10700K is a great processor that you can pair with newer RTX graphics cards.
7. AMD Ryzen 7 3700X Desktop Processor
|CPU Model||AMD Ryzen 7|
|CPU Speed||4.4 GHz|
|Cache Size||36 MB|
|Item Weight||1.4 pounds|
The 3rd generation of the Ryzen series is as yet stylish and comprises top-line processors. The Ryzen 3700X is a beastly 8- core processor with 16 threads that beats all 8 cores. Also, unlike unlocked Intel processors, it comes with a decent stock cooler that features an RGB light ring on top and heat pipes in an aluminum heatsink.
It has a core and clock frequency of 3.6GHz / 4.4GHz. While these are lower than the i5 10600K, it doesn’t create bottlenecks in the game.
Combined with the RTX 3070, you can expect similar performance to the i5 10600K in games, while enjoying a better performance in processor-oriented applications like video processing and 3D rendering.
With this processor, you will have to use an X570 motherboard if you want to unlock most of the advanced features including overclocking, but you can also use a B550 motherboard if you are strapped for cash.
8. Intel Core i9-9900K Desktop Processor
|CPU Model||Intel Core i9|
|CPU Speed||5 GHz|
|Cache Size||16 MB|
|Item Weight||11.9 ounces|
With optane memory support, vital data that requires frequent searching is stored on SSDs, while HDD is used for infrequently accessed mass storage data.
This technology dramatically improves the performance of the Windows user interface. The software loads faster and the windows load faster than usual. It is overclocked to 5 GHz in all colors with voltages stable enough to be compatible with VRM.
Intel Core i9-9900K, which is a K variant, has a built-in integrated graphics processor, a huge advantage for content creators who cannot afford any downtime on their computing device.
It is the fast processor available in the 9th generation line offered by Intel. Support for 128GB RAM with 8 cores and 16 threads makes this processor designed for encoding.
This processor is currently perfect for content creators than gamers, as it performs better during encoding than other processors at a similar price. Proper use of the L3 cache compared to AMD’s newer game cache does face minor bottleneck issues. The single-core performance also outperformed AMD by a similar level.
Intel with this ninth-gen processor scores as high as 4.26 at 1080p while overclocking at a 5GHz clock speed in Creo 3.0. This processor was the fastest enthusiast-level processor in the 9th generation lineup, but can now be considered a high-end gaming processor.
Combining this processor with RTX 3070, the only drawback is that it will not fully utilize the bandwidth available by RTX 3070 due to PCIe 4.0.
9. AMD Ryzen 9 5900X Desktop Processor
|CPU Model||AMD Ryzen 9|
|CPU Speed||4.8 GHz|
|Cache Size||70 MB|
|Item Weight||2.80 ounces|
From a higher range than the AMD Ryzen 5 5600X, this processor has a higher price. However, it remains justified in view of the performance of the beast. Its 12 cores and 24 threads make it a particularly versatile CPU, as talented in the game as in the application. It has a base clock frequency of 3.70 GHz and a turbo at 4.80 GHz (4.50 GHz for all cores).
The processor leads heavy competition to the references of Intel. For example, it supplants the i7-10700K on all points, both application, and game. This, even though the prices remain very similar.
It must be recognized that, as with the previous model, excellence in the application is not a surprise for AMD. But what is more surprising is how the manufacturer with the red logo even manages to exceed Intel in games.
It matches the performance of the Intel Core i9 10900k on Battlefield V, Borderlands 3, or Gears V, and even manages to surpass it on Civilization IV. How is that incredible?
10. AMD Ryzen 7 5800X Desktop Processor
|CPU Model||AMD Ryzen 7|
|CPU Speed||4.7 GHz|
|Cache Size||36 MB|
|Item Weight||2.80 ounces|
The beauty of AMD processors is that they are compatible with older motherboards even after upgrading their capabilities. The AMD Ryzen 7 5800X processor will work with any X570 and B550 motherboards after just one BIOS update. Users are reported to play most games at 1440p, and video playback has improved significantly.
Compared to its previous generation of CPUs, AMD has eliminated a significant number of bottleneck problems by increasing the cache of its processor. The cache of this processor is 36 MB.
This time it has been used appropriately to ensure stutter-free play. Single-core performance is also better than 9th-generation Intel processors, while multi-core performance outperforms Intel’s competition.
Results from the AMD Ryzen 7 5800X benchmark show significantly higher performance at 1440p gaming resolution. Stability issues and frequent crashes have also been improved by providing proper BIOS and driver updates.
The value for money is slightly lower than other similar generation CPUs offered by AMD, but it is still the right choice for gamers who already own an AM4 socket.
The AMD processor offers a lower price/performance ratio, making it a better option overall. AMD’s 7nm technology makes it run cooler than Intel processors and consumes less power. This specific processor, however, emits a lot of heat.
[Buying Guide] WHAT SHOULD YOU CONSIDER WHEN CHOOSING PROCESSOR (CPU)
In a first step, you have to consider the existence of two main manufacturers, AMD and Intel, who offer their products divided into hierarchical ranges in a fairly simple way, but that you have to understand. The first thing is to know that the CPU, unlike other processors that we may have, is the one that will be responsible for carrying out all kinds of processing for all kinds of tasks. They are a series of circuits that receive information, process it, and return it, using binary code, that is, zeros and ones.
In this simple way, according to certain characteristics of the processors, their processing capacity will be determined, which is translated as power. And, as expected, based on power, the price will be established, but there are other aspects that may also be relevant and that we will detail below so that you can choose a suitable processor for your needs.
Need and Budget
This time we are going to start with an aspect that will determine everything that you are going to consider later. There is a really huge range of CPUs on the market, of different ranges, with different powers and the same purpose.
In the field of gaming, the choice of the processor can make it very clear which is the lower limit, but not so much the upper limit. In order to analyze the market and attend to the different performance tests, it must be known that processing capacity does not always translate into equivalent performance when executing applications or games.
This is why we must take into account what is the objective we want to achieve. Attending tests, even to the requirements of the games, one can get used to the idea that it may need. For example, if the objective is to be quite fluent when playing games, it is better to opt for those processors that today appear as recommended. And it is that this time we must also realize that we are not buying hardware in a closed environment that will last for several years without modifications, but that it evolves and requires more and more.
It is true that in the field of CPUs this evolution is not as high as many may be thinking and with a high-end i5 or a Ryzen 5 it can hold up well for years. If you want a little more ease, the i7 or Ryzen 7 are enough and if you want to aim very high, the exotic i9 or the powerful Threadripper from AMD. But to have a better perception of this, it is always good to know a little more what each of them has, where we go into something more technical.
Cores, Threads, and Frequency
When we analyze the catalog of processors we observe an extensive range of models. A range that can overwhelm anyone and that greatly determines the choice. You can play it safe and not complicate life much if we look at models that are directly popularized in the gaming field, but beyond that, the decision can be more intelligent if we analyze what each one offers and contrast it with what we want to achieve.
Starting with the cores, there are different ranges that offer a wide diversity of cores, from 2 to 16. The cores are the processing units and it is not necessary to explain that the more cores, the more power. But that is where you usually see another important figure, the frequency of work, measured in GHz.
When evaluating this aspect, the reality is that the number of cores almost seems more relevant than the frequency, because in case you are interested in investigating more, you can always opt for overclocking and raise that frequency.
Considering the current range of processors, we find variety based on these main characteristics, where most opt for two threads per core. To explain this a bit above, we explain in a superficial way that the trend set by Intel, where the work is divided thanks to Hyperthreading.
It is a way to manage the work done by the processors in a much more efficient way, and although not all processors are multi-threaded, most of the latest models opt for this option (especially in the case of AMD’s Ryzen).
AMD or Intel
They are the two main manufacturers of CPUs today, where they are proposing increasingly powerful models. Like a Venezuelan soap opera, they usually try to respond to each other with very different milestones where there is a race for power, and another for price.
Currently, Intel’s range is quite closed and well distributed, although they have always sinned to have a much less competitive price than AMD processors. Now, at present, the i9 9900k is the processor that is offering the best performance when it comes to gaming. It is a top-of-the-range processor and not exactly affordable.
But the latest news is making it clear that AMD has made a big hit with the 7nm lithography-based range, Zen. These processors are proving to be very competitive and offer really good performance.
In fact, Intel is now the one who seems to be struggling to hit the raw performance figures that AMD’s Ryzen has, without much success. Now, not everything is the raw power, and it is where Intel seems to have a little more efficiency in many applications and especially at stake.
The 6 criteria for choosing a processor
While it is important, processor speed is therefore not the most important criterion in choosing a processor – quite simply because we have reached a stage where all processors, in all ranges, are running. at impressive speeds. In order to fully understand the performance of a processor, other criteria must be considered carefully:
- The number of cores: Much more than the speed, it is the number of cores available on the chip which becomes more and more determining. Consider that each heart is a processor on its own. The computing power and processing speed are multiplied by the number of cores present on the chip. Thus, the more cores a processor has, the more powerful and multitasking it is. Clearly, it is better to have a 2 GHz two-core processor than a 3 GHz single-core processor.
- Threads: They are in a way virtual hearts. To put it simply, threads make it possible to duplicate a heart, to make it all the more swift, and to optimize its processing speed. It is therefore interesting to look at the number of threads in addition to the number of cores.
- The cache memory: A kind of reserve of shortcuts in which the processor will draw to calculate the operations more quickly. This is where the most recent and frequently processed data is stored by the processor so that it can access it faster.
- TDP (Thermal Design Power): It designates the energy consumption of the processor in Watts (W). The larger it is, the more energy, and therefore heat, is released from the processor. To watch out for when choosing your processor.
- The speed of the system bus: It is a communication channel that allows the processor to communicate with the random access memory (RAM), an element that is very often called upon to carry out its calculations. The higher the transfer speed, the faster the processor will be able to retrieve information from the computer’s memory. This speed is expressed in GigaTransfert / s or GT / s. A value of 5 GT / s is very comfortable for all types of use and characterizes a large part of today’s processors.
- The processor socket, or support: It is very important for the installation of this one on your motherboard. This is indeed the format of the chip, which must imperatively be adapted to that of the motherboard to accommodate the processor. So check the two formats carefully so that they are compatible.
FAQ: NVIDIA RTX 3070 graphics processor
1.What about old processors?
If you don’t plan on getting a new processor, don’t worry. The RTX 3070 should perform well on a wide range of processors.
Any processor from the i7-8700K core will be more than enough. When it comes to Ryzen processors, the Ryzen 7 2700s and more powerful processors should perform just fine when paired with the RTX 3070.
2.How fast is the RTX 3070 compared to the RTX 2070?
The RTX 3070 is a perfect match for the performance of the RTX 2080Ti in games, making it on average 30-35% faster than the RTX 2070. Note that if you get faster performance in games, the buffer remains the same, making the RTX 3070 a less than ideal choice for 4K gaming.
4.Does the RTX 3070 support PCIe 4.0 and will it work on a PCIe 3.0 motherboard?
Yes, the RTX 3070 supports PCIe 4.0 technology. No worries though, as the card will work fine on a PCIe 3.0 motherboard. When it comes to performance differences, there is virtually no difference in gaming performance between PCIe 3.0 and 4.0 for the RTX 3080.
And since the RTX 3080 is more powerful than the 3070, you shouldn’t expect performance impact if you plan to plug the card into a PCIe 3.0 x16 slot.
5.Is the RTX 3070 compatible with HDMI 2.1 and will it work with older HDMI standards?
Yes, the RTX 3070 offers full HDMI 2.1 support. The point is, no gaming PC monitor supports the HDMI 2.1 standard yet. The first model with HDMI 2.1 support is expected to arrive in early 2021. Some TVs support the HDMI 2.1 standard and on these models, you can play at 4K and 120Hz.
6. What resolutions is the RTX 3070 best suited for?
The RTX 3070 aims for a resolution of 1440p. You will be able to play any game with maximum settings and around 70-100fps at 1440p. By decreasing some visual settings a bit in some AAA titles, you should hit 144Hz at 1440p in almost all current titles.
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