Best Cpu for Gtx 1080 ti

Best Cpu for Gtx 1080 ti – CPU is the main unit of the computer and without a CPU which can support GTX 1080 ti, the GPU is of no use. In the list, we included those 5 processors from different price points, which can support GTX 1080 ti. Considering the budget is not a concern and based on the factors considered the best two CPU for GTX 1080 this Intel Core i9-9900kf and AMD Ryzen 9 3900X. Both CPU is of the same segment with similar performance but AMD comes at a significantly lower price but Intel Core I9-9900kf makes up for that difference by its performance.

Also, the Thermal Design Profile (TDP) of AMD is much higher than Intel, hence require a more sophisticated cooling system. Intel comes with an additional advantage of better singe core performance making a clear cut choice for hardcore gamers.

ROUND UP

And if you’re looking for something more than just to play games than you may consider the premium of among all, the Intel i9-9820X with comes an ability to handle heavy multitasking and you can experience VR at 4k. But there is a huge price difference between I9-9900kf and i9-9820X and 9820X being on the higher side.

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1.Intel BX80684I99900KF

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OUR TAKE

Core i9-9900KF marks a shift in Intel’s strategy as the company begins selling processors with disabled graphics engines for the first time. The -9900KF isn’t really new at all, though. Rather, it features the same 8C/16T configuration as Intel’s celebrated Core i9-9900K. Aside from the lack of on-die graphics, both chips should be otherwise identical.

That’s good news for the -9900KF because Core i9-9900K is a winner. It barreled onto the scene last year to become Intel’s highest core count model for mainstream platforms.

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2.Intel Core i9-9900KF

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OUR TAKE

The -9900KF isn’t really new at all, though. Rather, it features the same 8C/16T configuration as Intel’s celebrated Core i9-9900K. Aside from the lack of on-die graphics, both chips should be otherwise identical.

That’s good news for the -9900KF because Core i9-9900K is a winner. It barreled onto the scene last year to become Intel’s highest core count model for mainstream platforms. Armed with eight cores and 16 threads, Core i9-9900K established itself as the fastest desktop processor we’ve ever tested.

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3.Intel Core i5-8400

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OUR TAKE

The plucky i5 8400 has been the surprise package of the Coffee Lake CPUs. While the K-series Core i7 8700K might have grabbed all the headlines, with its Ryzen-battling multi-threaded performance and 5.2GHz overclocking chops, it’s the i5 8400 which has really turned out to be the best Intel CPU for gamers. That means we have a battle royale going down between this and the Ryzen 5 2600 for the mighty PC gaming dollar.

It’s normal for the Core i5 chips in a new generation to be the ones we end up recommending for gamers – historically, the HyperThreading tech only offers a little extra gaming performance with the Core i7 – but this is the first time I’ve recommended ditching the K-series processors in their entirety.

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4.Intel Core i5-9400

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OUR TAKE

The best guess is that these F-suffixed processors are aimed at system integrators who always ship their base units with a dedicated video card in place. We’d also imagine the buy-in pricing to be lower than ‘normal’ parts, helping SIs hit agreeable price points that compete well with AMD Ryzen systems.

Intel’s Core i5-9400, meanwhile, does very little on the spec. sheet to differentiate itself from the last-gen 8400. Both are based on the third-generation 14nm++ process, share the same IGP and memory capability, cost the same, though there’s a very minor increase in frequency. In fact, it could easily be classed as the Core i5-8450 and no-one would be the wiser.

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5.AMD Ryzen 5 2600X

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OUR TAKE

AMD’s second generation of Ryzen processors, built on the ‘Zen+’ architecture, are mostly the same as the previous generation, but with some optimizations to improve performance and clockspeeds.

The new 12nm LP process from GlobalFoundries provides for potentially smaller features, but AMD appears to be content to keep the same die size and transistor count—meaning the features might be smaller, but instead of shrinking the chip or adding more transistors, AMD gives the functional elements on the CPU a bit more padding. That can help with thermals, which in turn helps with clockspeeds.

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6.AMD Ryzen 5 3600

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OUR TAKE

Those new chips have now taken over the top ranks on our CPU Benchmark Hierarchy.

AMD’s value proposition has always been straightforward — more for less. While we typically think of AMD offering more CPU cores than Intel for less money, the strategy also applies to the company’s unrestrained feature sets for each processor, regardless of price.

That includes in-box coolers, Hyper-Threading (AMD calls it SMT), and unlocked multipliers that enable easy overclocking, all of which are features that Intel either leaves out or disables on some of its chips in the name of segmentation.

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7.AMD Ryzen 5 1600

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OUR TAKE

That’s especially true if you’re not the type who wants to fuss with overclocking and aftermarket coolers.

Running at stock clock speeds of 3.2GHz (base) and 3.6GHz (boost), the Ryzen 5 1600 is no slouch at less core-intensive tasks, as well. And like all Ryzen CPUs, it’s unlocked for overclocking.

So the skilled and the patient will likely be able to push it closer to the 4GHz or 4.1GHz that seems to be the general limit (without exotic cooling methods like liquid nitrogen) that we’ve seen when testing other Ryzen CPUs.

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8.AMD 100-100000158BOX

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OUR TAKE

With six cores and threads, the Ryzen 5 3500X stands out among AMD’s third-gen Ryzen stack as the only model without simultaneous multi-threading (SMT).

Like the Ryzen 9 3900 we took for a spin, this processor isn’t intended for retail. Most customers will encounter this chip in pre-built systems, but you won’t find these desktops competing against the best gaming PCs, because they are only available in China. However, various resellers offer the chip for stand-alone sales in Asia and India even though AMD lists it as China-only.

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9.Intel Core i5-10400

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OUR TAKE

To elaborate on our introduction, Intel’s move to the LGA 1200 socket with its “Comet Lake” 10th Generation desktop chips saps much of the Core i5-10400’s value proposition, since you need to get a new motherboard for it. That’s in contrast with AMD’s ubiquitous support of Socket AM4 with its mainstream Ryzen CPUs.

Boards with that socket, through a host of chipsets, have been on the market for years now, and you may already own one. That is not likely in the case of Intel’s new boards, and that dampens the value proposition of lower-end chips.

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10.Intel Core i5-10600K

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OUR TAKE

Intel’s Comet Lake recently crashed into the market with the beastly $488 Core i9-10900K leading the charge, showing us that its aging Skylake architecture and hyper-refined 14nm++ process still has the gumption to keep the company’s gaming performance crown.

But the ten-core 20-thread processor brought some baggage along with it, like high power consumption that requires exotic accommodations to get the best performance possible, pricing it out of consideration for the majority of enthusiasts.

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Best Cpu for Gtx 1080 ti – BUYER’S GUIDE

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Clock Speed

The clock speed of a processor is the speed at which it can complete its given tasks.

Meaning your processor has a set amount of time to execute each instruction it’s given, measured in Gigahertz (GHz) nowadays, but used to be measured in Megahertz (MHz).

This, of course, means that the CPU can complete more instructions the higher the clock speed is.

In short, a higher clock is usually better in most cases, and processes like overclocking can boost your CPU’s clock speed higher than its factory setting.

Though, as your CPU speed gets higher, it might require more power and output more heat as a result.

But clock speed isn’t the only thing that determines how fast a processor is.

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Core Count

As confusing as it may sound, cores are basically individual processing units.

So a CPU (Central Processing Unit) may have 2, 4, 6, or even 8 individual processing units, or cores, within its walls.

The odd naming scheme stems from the fact that originally, processors only had one core, and all instructions went through that single processing unit.

Though, as manufacturers started to realize, they could cram more units onto a single silicon die to increase performance, resulting in the up to 64-core server processors of today.

You’re going to hear the word “usually” a lot here because there are many other architectural factors that play into CPU performance that we don’t have space to cover at the moment, but oh well.

Usually, a higher core count plus a higher clock speed means better performance, but that depends on the field.

For example, a higher core count processor will handle rendering and video editing tasks a lot better than a lower core count processor, but some lower core count processors might help you get a higher FPS boost in games since many games don’t utilize most of your CPU cores.

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Hyperthreading

Hyperthreading is a little neat trick that Intel came up with back in 2002 that’s managed to not only survive but become commonplace almost two decades into the future.

What hyperthreading does is essentially trick the computer into thinking it has a lot more cores than it actually does.

In a hyperthreaded CPU, your computer may see 12 cores while your CPU is really only packing 6 physical cores.

It allows for your CPU’s cores to share resources more effectively to speed up task execution.

We should note that the virtual cores gained by hyperthreaded CPUs are no substitute for physical cores (eg. 6-cores, 12-threads vs 8-cores, no hyperthreading).

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Frequently Asked Questions

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Will 1080 fit my motherboard?

It doesn’t actually mean which motherboard you pick
If you’re building a notable high-end PC, you want 1080 Ti; any motherboard you choose will be excellent. The 1080 Ti needs a single PCIe 3.0 slot at x8 or x16, depending on your system.

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Will an i5 bottleneck a 1080 Ti?

Usually, No. An i5 is more than sufficient for most extreme games to run anything the game can throw at it. The bottleneck will often be the GPU. This is also true with a 1080 Ti.

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Can I run in 1080?

A real powerhouse, the GeForce 1080 Ti command, also the most demanding game system requirements. This GPU will match DirectX 12 gaming system necessities. In addition, this graphics hardware can run 968 of the 1000 most troublesome PC games operated today.

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How much RAM do I need for gaming?

8 GB is the lowest for any gaming PC. With 8 GB of RAM, your PC will be running most games without any difficulty, yet few authorizations in terms of graphics will be required when it comes to the newer, more demanding titles. 16 GB is the optimal amount of RAM for gaming today.

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What games can a 1080 run?

NVIDIA GTX 1080 Ti 4K can efficiently and fastly run
1. Gears of War 4
2. Rise of the Tomb Raider
3. GTA V
4. PUBG

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Is Intel or AMD better?

Overall, both companies produce processors within striking distance of one another at almost every aspect price, power, and performance. Intel chips offer better performance per core, but AMD repays with more cores at a given price and better onboard graphics.

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WRAP UP

Best Cpu for Gtx 1080 ti –  GTX 1080 ti, launched in March’17, still a good choice even in 2020 when the new RTZ 2060 Super is already available in the market. The GTX 1080 still manages to match the performance of RTX 2060 super and comes much cheaper as compared to RTX 2060  Super. GTX 1080 ti is Nvidia’s top of the line gaming GPU that comes with 11 Gbps GDDR5X memory and 11 GB massive frame buffer. But, do you have a processor capable enough to support Nvidia’s GTX 1080 ti?

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