Best i7 Cpu for Video Editing

Best i7 Cpu for Video Editing – The CPU that you will buy for yourself mainly depends on your overall budget and video editing workload. If you are a professional that works on multiple videos daily, you need the best CPU for your video editing needs. The extra cores in the processor will make the things rapid, and you will see noteworthy gains in video rendering and encoding time.

If we need the best PC build for video editing, you need to analyze how the processor uses your video editing software. Not every processor is good for video editing. Even expensive models may not be suitable.

ROUND UP

It is worth mentioning the core, threads, and less important clock speed. Let’s see what is really worth your money, and discuss the role of the processor in video editing.

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1.Intel Core i7-11700K

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OUR TAKE

The 11700K’s pricing should make it an attractive chip if you want the most performance from a mainstream Intel platform that you can get without paying the flagship price, but it faces stiff competition from the AMD chips that have dominated our list of Best CPUs (at least when they’re available at retail).

Cypress Cove, Intel’s first new architecture for desktop PC chips in six years, grants the Rocket Lake chips a 19% increase in IPC in most workloads. But the backported Cypress Cove (which was designed for 10nm) comes with a big tradeoff: Rocket Lake is still etched on the 14nm process and tops out at eight cores and sixteen threads. That’s a step back from the previous-gen 10-core Comet Lake i9 models and pales in comparison to AMD’s beastly 16-core Ryzen 9 5950X flagship.

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2.Intel Core i7-10700K

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OUR TAKE

As expected, Intel reserved the best features for its halo Core i9-10900K, like support for its Thermal Velocity Boost that triggers higher boost speeds if the chip runs below a certain temperature. However, the Core i7-10700K still marks the debut of Turbo Max 3.0 to the Core i7 family.

This tech targets the 10700K’s two fastest cores, which peak at 5.1 GHz, with lightly threaded workloads to improve snappiness. That results in a surprisingly close competition for gaming supremacy between the Core i7-10700K and the Core i9-10900K.

The Intel Core i7-10700K also comes with a 3.8-GHz base clock that, paired with its 16 threads, improves its standing against price-comparable Ryzen processors in threaded desktop PC applications, while the snappy single-threaded performance gives it an outright win in lightly-threaded apps.

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3.Intel Core i7-9700K

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OUR TAKE

Part of Intel’s 9th Generation “Coffee Lake” CPU family, the Core i7-9700K ($374) is a powerful processor that will appeal to PC builders looking for proficient gaming performance at a reasonable price.

Thanks in part to a highly efficient architecture, this eight-core chip offers the excellent single-core performance that many AAA games require. But unless you’re looking strictly at gaming performance with the CPU paired with a robust video card, the Core i7-9700K’s overall computing performance suffers compared with that of its main competitor and our top pick for mainstream CPUs, the eight-core AMD Ryzen 7 3700X.

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4.Intel BX80684I79700KF

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OUR TAKE

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5.Intel Core i7-8700K

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Intel’s Core 2 Quad processors debuted with four cores in 2006. Although six-core models landed four years later in the high-end desktop space, the company’s most accessible chips topped out in quad-core configurations for more than a decade.

The Coffee Lake era begins with Intel upending its mainstream line-up by adding two more cores to Core i7, i5, and i3 families. Call this a much-needed improvement, cleverly timed to stave off AMD’s core-laden Ryzen assault.

Of course, while Intel’s accelerated Coffee Lake-S launch makes it look today’s unveiling is a direct response to heated competition, in reality, the long incubation period for new processors means it’s more likely the result of 10nm manufacturing delays.

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6.Intel Core i7-7820X

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Then came a pair of new high-end enthusiast platforms: the Core X-Series on the Intel side, and AMD’s competing Ryzen Threadripper chips on Team Red’s side of the test bench.

So much has been going on in the realm of CPUs this year that it’s really beyond the scope of this review. You can get a decent sense of where we’re at from checking the recent reviews of the Intel Core i9-7900X and the AMD Ryzen Threadripper 1920X, two of the highest-end consumer chips of 2017. If you’ve got some time to kill, check out those two reviews for some good backgrounder. (Go ahead. We’ll wait.)

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7.Intel Core i7-7700

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OUR TAKE

We already tested the Core i7-7700K, which is the higher-end seventh-gen Core i7 CPU. The Core i7-7700 is a less expensive version, with a lower clock rate, locked multiplied (so you cannot overclocking it just by changing its clock multiplier) and a lower TDP.
The Core i7-7700 has four cores (with eight threads thanks to the Hyper-Threading technology), base clock of 3.6 GHz, maximum clock of 4.2 GHz, 8 MiB of L3 cache and TDP of 65 W.
The direct competitor of the Core i7-7700 is the Ryzen 7 1700 from AMD, which has a similar price. So, we compared this CPU to the Ryzen 7 1700, and to the Core i7-7700K, to see which one has the best cost/benefit ratio.

We also included in our comparison the Core i5-7600K, which is a less expensive option based on the same architecture.
Figure 1 unveils the Core i7-7700 CPU.

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8.Intel BX80677I57400

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9.Intel Core i7-6700K

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The first socketed Broadwell chip, the Intel Core i7-5775C, landed in our test bed (and on store shelves) not much more than a month before we wrote this review in the first week of August 2015. We only saw the first previews of the i7-5775C at the Computex 2015 trade show in June.

With Broadwell, it was also quite an unusual time gap between the desktop and mobile parts. Desktop Broadwell, packing robust Iris Pro on-chip graphics in the i7 we tested, arrived nearly a year after the first 5th-Generation chips (low-power Core M ones, meant for thin laptops and 2-in-1s) were announced in September of 2014.

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10.Intel Core i7 i7-4790K

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The Core i7-4790K carries two professional features that the Core i7-4770K lacked. It provides support for Intel’s Transactional Synchronization Extensions (TSX) and I/O virtualization (VT-d). VT-d allows a virtual machine to assign specific I/O devices (meaning those hardware mounted physically within the system) to a particular virtual machine.

Both of these are specialized features, particularly TSX, which offers programmers the ability to design multithreading applications that scale more effectively than current software—if the CPU supports TSX already. Intel’s decision to leave both of these features off of the Intel Core i7-4770K last year drew criticism from enthusiasts who wanted a high-end chip that offered all of Intel’s high-end features, but were unable to buy one unless they gave up overclocking support.

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Best i7 Cpu for Video Editing – BUYER’S GUIDE

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Cores and Threads.

For all video editors, a multi-core processor is essential because it is the base of any workstation. For normal video editing tasks, four to six cores are suitable. When purchasing the best CPU for video editing, remember that a larger quantity of cores will make your system speedy and enable you to perform several tasks simultaneously.

The number of threads and cores directly affects the rapid processing of previews, rendering speed, encoding files, and overall it offers better responsiveness when you are using multiple programs.

Therefore, we will advise you to go for a multi-threaded processor that includes a large number of cores.

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Clock Speed.

The clock rate is also essential when you are building up a PC for video editing tasks. To keep the things short and sweet, the more number of cores, the lower the clock speed.

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Speed Test your processor For Free.

When you increase the clock speed, it will make the software more responsive and quick. High clock speed is necessary when you are using 3D effects and 4k rendering.

For 4K video editing tasks, the benefits of a higher and quick processor are quite obvious. Almost all processors support auto overclocking of the speed with an increase in the capacity. So, it is advised to buy a processor with a high clock speed but with an unlocked multiplier.

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Built-in GPU and Micro-Architecture.

Nowadays, most processors come with a built-in graphics processor, which decreases power consumption. The integrated graphic processor can manage the various tasks of GUI processing and video playback. Separately, this processor is not an active participant in video processing as the CPU. Only some applications like DaVinciResolve, PremierePro, FinalCutPro, AfterEffects use the GPU as they have many video effects and transitions working. So, if you want the best CPU for multimedia, don’t underestimate the GPU.

As for the micro-architecture, presently, all processors feature modern architecture. It impacts the overclocking abilities, chip size, number of operations, and compatibility with boards. Therefore, if you have a less graphical load, then a CPU and an available graphics card are enough for daily needs. But for professional uses, you always need a powerful separate graphics card.

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Frequently Asked Questions

How many CPU cores are enough for video editing?

No matter what type of video editing you are planing to do, a quad -core is minimum requirement. And if you are engaged in high video editing, 6 to 10 cores will be suitable for you.

How much RAM is enough for a 4K video editing?

For this purpose you will need minimum of 32 GB RAM for 4K or 6K editing.but for HD editing 16 GB RAM is enough.For 4K 32GB RAM is crucial as it allows the data to move quickly to both the CPU and RAM. Otherwise, Your PC performance will be much slower.

Are 2 cores enough for video editing?

No, in our opinion, at least four are the minimum requirement for video editing and programs. However, there are some post-production software that you can use on dual-core processors, but quad-core processors running at 2.5GHZ or faster are always a better option for most video editing software.

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WRAP UP

Best i7 Cpu for Video Editing –  Most of the functions of the video editing software are handled by the CPU, which interacts with the software interface and the operating system, so it is worth investment. Without a powerful processor, any system lags behind.

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