Best Value: Intel Core i7

In these days of high-performing CPUs from AMD and Intel, the question becomes what is the best value for your dollar? In this article we will take a look at some recent changes in pricing as well as how to determine which CPU makes sense.

The “intel core i7-10700k” is a high-performance processor that offers a great value. It’s a fast CPU with a lot of features and it’s also very affordable.

There are three crucial aspects to consider while constructing a PC, particularly for gaming and computation intensive apps. The speed and performance of your CPU, which influences how quickly your PC can accomplish tasks computationally, is perhaps the most crucial component. Your graphics card and RAM are the other two considerations. There’s always a trade-off between being able to play current games at high to extreme graphics settings with at least 60 frames per second (or even 90 frames per second for shooter games) and having adequate performance resources for new games coming out shortly without going overboard. It’s quite simple to overspend on CPUs since the more the price goes, the more you pay for a little performance boost. That is the cost of having the most up-to-date and cutting-edge technology in your system.

 

Given all of the CPU alternatives available, making your system future-proof while not overpaying seems to be a difficult task. However, if you know what you want to accomplish with your system, it’s a simple and straightforward selection.

This post just covers three strong Intel processors: the Intel Core i7-8700K processor, Intel Core i7-9700K processor, and Intel Core i9-9900K processor, to make the process easy. If you’re looking for the greatest AMD Ryzen CPUs for the money, check out our AMD CPUs page.

Intel Core i7-8700K vs. Intel Core i7-9700K vs. Intel Core i9-9900K

Result of the Test

April 2020 Result of the Test 9.8/10 Excellent

April 2020 Result of the Test 9.7/10 Very Good

April 2020 Result of the Test 8.9/10 Good

the category of performance

CPUs in the high-to-mid-range price range

Cores

8 Cores / 16 Threads (3.60 GHz / 16 MB Cache)

8 Cores / 8 Threads (3.60 GHz / 12 MB Cache)

Pros

  • There are two extra cores in this CPU than in the previous top Coffee Lake CPU.
  • RAM of up to 128 GB is supported.
  • For single-threaded programs, a 5GHz peak one-core clock is available.
  • 16 threads / 8 cores
  • IHS soldered
  • Outstanding gaming performance
  • Excellent value for money.
  • 4.7GHz single-core processor
  • Multiplier has been unlocked.
  • Gaming is a breeze, and productivity is a breeze as well.

Cons

  • There is no stock cooler.
  • Under excessive load, power consumption increases.
  • There is no heatsink provided.
  • There is no cooler included in the package.
  • When compared to other Intel CPUs, it’s a little pricey.
  • A motherboard from the Z-series is required.

Performer of the Year

Noctua-NH

Test Result

April 2020 Test Result 9.8/10 Excellent

Cores

8 Cores / 16 Threads (3.60 GHz / 16 MB Cache)

Pros

  • There are two extra cores in this CPU than in the previous top Coffee Lake CPU.
  • RAM of up to 128 GB is supported.
  • For single-threaded programs, a 5GHz peak one-core clock is available.

Cons

  • There is no stock cooler.
  • Under excessive load, power consumption increases.

Best Deal

Noctua-NH

Test Result

April 2020 Test Result 9.7/10 Very Good

the category of performance

CPUs in the high-to-mid-range price range

Cores

8 Cores / 8 Threads (3.60 GHz / 12 MB Cache)

Pros

  • 16 threads / 8 cores
  • IHS soldered
  • Outstanding gaming performance
  • Excellent value for money.

Cons

  • There is no heatsink provided.
  • There is no cooler included in the package.

Noctua-NH

Test Result

April 2020 Test Result 8.9/10 Good

Pros

  • 4.7GHz single-core processor
  • Multiplier has been unlocked.
  • Gaming is a breeze, and productivity is a breeze as well.

Cons

  • When compared to other Intel CPUs, it’s a little pricey.
  • A motherboard from the Z-series is required.

Intel Core i9-9900K has the best performance.

1632847037_564_Best-Value-Intel-Core-i7

  • There are two extra cores in this CPU than in the previous top Coffee Lake CPU.
  • RAM of up to 128 GB is supported.
  • For single-threaded programs, a 5GHz peak one-core clock is available.
  • There is no stock cooler.
  • Under excessive load, power consumption increases.

The Intel Core i9-9900K is the CPU for those who wish to spend some serious shopping and then enjoy years of peace and quiet. This processor far surpasses the capabilities of existing high-end CPUs, with 8 cores that produce up to 16 threads per HT, a turbo frequency of 5.0 GHz, and an energy budget of 95 watts. In the PCGH CPU index, the Core i9-9900K still performs best in PC games.

 

Intel Core i7-9700K has the best price-performance ratio.

1632847038_171_Best-Value-Intel-Core-i7

  • 16 threads / 8 cores
  • IHS soldered
  • Outstanding gaming performance
  • Excellent value for money.
  • There is no heatsink provided.
  • There is no cooler included in the package.

With the update of the Coffee Lake architecture in late 2018, Intel entered the world of eight-cores with the Intel Core i7-9700K. Although the platform isn’t nearly as shiny as it once was, the CPU still delivers outstanding performance out of the box and is still well ahead in games because to its 4.9 GHz boost clock. If that isn’t enough, the CPU may be overclocked, which is simple to do owing to the free multiplier. Intel, on the other hand, hasn’t given the CPU an SMT, thus it’s a little slower in applications than similar CPUs. Our recommendation for dedicated gaming PCs!

 

At the same price as the Intel Core i7-9700K, the Intel Core i7-8700K is not recommended.

1632847039_835_Best-Value-Intel-Core-i7

  • 4.7GHz single-core processor
  • Multiplier has been unlocked.
  • Gaming is a breeze, and productivity is a breeze as well.
  • When compared to other Intel CPUs, it’s a little pricey.
  • A motherboard from the Z-series is required.

We don’t see a need for this obsolete CPU since it offers no genuine performance or cost advantages over the i7 9700K. We may alter our minds if the price drops much, but given that this CPU does not contribute to a future-proof PC or computer, we cannot suggest the i7 8700K.

 

Intel Core i7-8700K vs i7-9700K vs i9-9900K Specifications and Price Range

For the average user, Intel now offers two main CPU categories: The first is the 1151 v2 socket, which supports the Core 8000 and 9000 series CPUs, with the latter progressively replacing the former, and the second is the 2066 socket, which supports Skylake X processors for power users and professionals. Socket 2066 processors, including Xeon offshoots, might possibly have more cores, quad-channel RAM support, and PCI-E lanes than mainstream CPUs. Coffee Lake architecture, which is based on the Sky and Kaby Lake architecture, is used in Socket 1151 v2 CPUs. The old Coffee Lake CPUs may often establish themselves at the top of our gaming performance ranking due to a strong Pro-MHz performance and a high turbo clock. The Cascade Lake X processors were released in November 2019 as a further update for the HEDT series, however they only offer a minor frequency boost over their immediate predecessor.

The Intel Core i7-8700K, Intel Core i7-9700K, and Intel Core i9-9900K are all based on the same 300 series socket type (LGA1151), have a maximum of 16 PCIe lanes, and have the same thermal design power of 95 Watts. The Intel UHD 630 graphics processor is used in all three CPUs, which can handle up to 64GB of RAM. They all support DDR4 RAM speeds of up to 3200MHz. Because they are all based on the Coffe Lake design, they share the same 14nm specification.

The operating frequency (OF) and maximum turbo frequency (MTF) clocking rates of the three CPUs vary from one another (MTF). The i7 8700K has a 3.7 GHz OF and a 4.7 GHz MTF. The i7 9700K has a 3.6 GHz OF and a 4.9 GHz MTF, whereas the i9 9900K has a 3.6 GHz OF and a 5.0 GHz MTF. So there aren’t a lot of variations between the CPUs. The most significant differences, however, are in the core count, thread count, and, of course, price.

8700K versus 9700K vs 9900K Performance Benchmarks

On paper, all of these numbers seem wonderful, but what do the clock speeds and maximum tubo frequencies imply in terms of gaming and workplace performance? Is it really necessary to have so many cores?

In terms of gaming performance, the new Ryzen 7 CPUs are only almost as good as Intel’s four-core variants, according to testing, since the latter have far higher clock rates – which is still the deciding factor in games. Gamers should keep in mind, however, that a high frame rate is mostly determined by the graphics card.

Users that perform a lot of multitasking, or have many apps open at the same time, will benefit from having more CPU cores. A common example would be a two-monitor setup: The game is running on the main screen, while the browser is open, the voice chat feature is active, and maybe the game is being recorded or broadcast live on the other screen. More than four cores make themselves felt really favorably here as well.

The presence of more than four CPU cores is also a strong case for multimedia: More cores, rather than high clock rates, will assist you if you perform a lot of 3D rendering and video editing (such as editing and coding) or often deal with high-resolution audio files. This is due to the fact that these processes are multi-core optimized, distributing the load across all available computational cores at all times.

The FPS (frames per second) for each CPU for various games is shown in the table below.

Full HD Game Performance (FHD) Odyssey: Assassin’s Creed 3rd Borderlands Civilization VI: Gathering Storm (Civi-zation VI: Gathering Storm) (Civi-zation F1 2019 Far Cry 5 Forza Horizon 4 is a racing game. Exodus from the Metro Red Dead Redemption 2 is a sequel to Red Dead Redemption. Tomb Raider: Shadow of the Tomb Raider The Division 2 is a sequel to The Division.
Intel Core i7-8700K 82.7 111.3 106.8 183.7 148.3 186.9 101.2 92.4 148.9 143.5
Intel Core i7-9700K 83.3 113.3 108.7 191.0 149.3 187.2 100.5 94.8 151.5 145.7
Intel Core i9-9900K 86.3 115.3 112.5 195.0 154.8 182.6 99.0 94.8 155.2 154.6

Becnhmark test in the game

Because the i7 8700K and the i7 9700K are almost identical in price and the i7 9700K performs much better than the i7 8700K, it’s simple to place the older model last because it seems to provide no value. You may argue for a better price-performance ratio if the price of the i7 8700K drops dramatically in the future, but you should not consider the i7 8700K until the market pricing changes.

This leaves us with the Inte i7 9700K and i9 9900K CPUs, which we thoroughly evaluated.

Evaluation of performance

The Core i7 9700K comes in second place in the performance ranking, but the difference between it and the Core i9 9900K is just 2% in both the average and minimum frame rates (respectively in the 99th percentile fps). At this point, a comparison to CPUs with fewer cores is also intriguing, particularly in light of the issue of how much difference Hyper-Threading makes in each situation.

Thus, in the 99th percentile fps, the Core i7 8700K with six cores and twelve threads has a somewhat bigger advantage over the Core i5 8400 with six cores and six threads than in the average fps. There are even more differences between the Core i7 7700K with four cores and eight threads and the Core i3 8100 with four cores and four threads: The Core i7 is 26% faster than the Core i3 in terms of average frames per second, while it is 32% faster in terms of minimum frames per second.

Under gaming stress, the CPUs with Hyper-Threading clock much faster than the CPUs without Hyper-Threading. However, the measurement results still support the (obvious) hypothesis that hyper-threading has a more positive effect on processors with fewer cores, whereas it has almost no effect on models with eight real cores, such as the Core i7 9700K and Core i9 9900K – at least in games; application and streaming benchmarks are different.

In the contest between the Core i7 9700K and the Core i9 9900K, virtual core doubling makes little impact in games, but it appears different in our application benchmarks. In most cases, the 9900K can easily separate itself from the 9700K.

Benchmark for Streaming

The test discipline in which a large number of threads makes the most effect is broadcasting through OBS to Twitch.tv at fairly high quality settings. As a result, in compared to the Core i9 9900K, the Core i7 9700K must plainly fall short.

It cannot show a smooth picture with 60 frames per second in either 1280720 (720p) or 19201080 (1080p). The Core i9 9900K does this well in 720p and would also handle it in 1080p with a minor reduction in picture quality.

Throttling of the clock in detail

Under extreme strain, the Core i9 9900K can’t sustain its maximum boost frequency of 4.7 GHz on all eight cores, as we saw in the Core i9 9900K test. This is mostly due to the power usage, which is significantly more than the statutory TDP of 95 watts in this instance.

The Core i7 9700K is comparable, and we’ll take a deeper look at this occurrence with three samples at this point. However, it is important to remember that in Intel’s instance, the TDP pertains to the stated base clock, not the turbo clock. Insofar as the processors here act in accordance with their specifications’ framework.

In the Core I 9000 variants, Intel employs re-soldered metal between the CPU die and the heat spreader, which should allow for improved heat dissipation than the thermal compound used in prior generations’ CPUs. However, under heavy load, the temperatures of the new eight-cores remain rather high. Under gaming stress, the i7 9700K without Hyper-Threading runs around five degrees cooler than the i9 9900K. (with the same cooler).

As a result, a decent cooling solution is recommended, particularly if you want to overclock the CPU using its free multiplier (for which a motherboard with a Z370 or Z390 chipset is required). However, because the 9700K, like the 9900K, is already functioning at its limitations in factory condition, there shouldn’t be much space for manoeuvre.

Conclusion: Intel Core i7-8700K vs. Intel Core i7-9700K vs. Intel Core i9-9900K

In compared to the Core i9 9900K, the Core i7 9700K appears to be the plainly more reasonable option in the test, particularly in terms of gaming. Finally, the absence of hyper-threading and the little reduced clock rate make no effect.

However, if you consider that the price-performance advantage over significantly cheaper CPUs like AMD’s Ryzen 7 2700X or even the Core i5 8400 is manageable overall (and that it is even smaller if a slower graphics card or higher resolutions and detail levels than in our test are used), then the Core i7 9700K can definitely be recommended at the moment – although this may change with higher delivery quantities, but not before –

Regardless, it’s a lightning-fast processor. However, in factory state, the Core i7 9700K is already at its limitations, and it will take some time before eight genuine cores in games give considerable benefits over six (or perhaps merely four) cores.

The Complete Guide to CPUs

What is a processor, exactly? Clearly stated

 

Each computer has a processor that sequentially executes the tasks allocated to it. This article discusses what a processor is and what duties it is responsible for in a computer.

The processor is the computer’s brain.

Because it runs in a regular beat, the CPU is the computer’s heart. The processor is sometimes known as the CPU in general (Central Processing Unit). The CPU is a central processing unit that is found in many electronic devices and is used to process instructions. Intel and AMD are two well-known CPU manufacturers. If you’re looking for a comparison of Intel processors, we suggest our Intel Processor Comparison.

  • Every CPU has a rhythm, which is referred to as clock frequency. The clock frequency determines how quickly the CPU can process instructions. Hertz is a unit of measurement for the speed of rhythms. One hertz equals one second.
  • Cooling: High clock frequency rates result in significant heat dissipation. The heat created has the potential to harm the processor’s circuitry. Fans or water cooling devices are often employed to disperse the heat.

Processor Tasks: What Does the CPU Do?

Processors are responsible for certain tasks. The computer’s components must be managed and arithmetic operations must be done. Data is input, processed, and finally output. Only binary code can be processed by the CPU. This signifies that the CPU can only deal with 0s and 1s. As a result, every digit or number must be encoded in binary code.

  • Calculate: Each processor is equipped with a calculator. The processor performs computations inside the arithmetic unit. 1+1 = 2, for example, is a basic arithmetic operation in which the arithmetic unit outputs the number 2.
  • A control unit is also included in a processor. The control unit is in charge of coordinating the processor’s separate components. The control unit stores and reads data from the main memory and handles peripheral device inputs and outputs (mouse, keyboard, etc.).
  • Data is transferred between the different components of the computer via bus systems.

Hyper-threading and multi-core CPUs

A CPU core’s performance is physically restricted and cannot be increased at will. As a result, the frequency of the clock cannot be raised indefinitely. Despite this, processors may be coupled without altering the clock frequency to improve performance.

  • Multi-core: A multi-core CPU combines many processing cores into a single processor. In this scenario, the manufacturer distinguishes between single-core (single-core), dual-core (dual-core), quad-core (quad-core), six-core (hexa-core), and eight-core processors (eight-core) (octa-core).
  • Hz: The frequency of high-performance computers is measured in gigahertz (GHz). A single CPU is capable of doing one billion operations per second.
  • Multi-core CPUs may be found in a variety of devices, including laptops, desktop PCs, tablets, and smartphones.

The “intel core i9-10900k” is a processor that has been released by Intel. It’s one of the best processors on the market, and it can be found for around $500.

Frequently Asked Questions

What is the best Gen for i7?

A: The best Gen for i7 is Intels Kaby Lake.

Is 11th gen i7 better than 10th gen i7?

A: Unfortunately, this is an opinion question that cannot be answered by a computer.

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