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For buying the best CPU for Encoding, people have questions in their minds like whether to go with Intel or AMD and whether to prioritize core count or clock speed. One of the most CPU-intensive tasks you can do on your computer is video encoding.
We are looking at several performance aspects with the help of our CPU collection, which contains models ranging from 6 to 64 cores and got a lot of encoding experiments in the works.
Look at CPU performance concerning many tasks, including encoding, in this post. Encoders are a vital component of the setups of many gamers. Your CPU is going to be one of the most critical pieces of your computer, whether you are a Twitch broadcaster, YouTuber, or amateur movie editor.
For gaming reasons, the ordinary gamer would not notice much difference between an i7 and an i5, but the encoding is another matter. We will go through some of the best CPU for encoding for you to make the best decision. So stay with it to the conclusion.
Reviews on the Best CPU for Encoding
It is not as easy as it looks to choose the best CPU for encoding. The simple answer is to getting the strongest CPU is what you can afford. There are a few factors to consider before buying a new CPU, which we will cover after the review.
It is the best CPU for Encoding 2021. With this most powerful desktop CPU, you will be unstoppable. Whether you are playing the newest games, planning the next skyscraper, or processing scientific data, AMD Ryzen 5000 Series CPUs give the highest level of performance. You will always be ahead with AMD Ryzen.
It is an excellent CPU, with single-core performance that outperforms all Intel competitors and multi-core performance that outperforms many competitors. It has the best thermals and is highly energy efficient for performance benefits. Everything is smoother and responsive after upgrading from an I5-2500K.
The Ryzen 5000 series appears to easily outperform most Intel competitors and the past Ryzen 3000 series line. It is a lot more in the best CPU for rendering 2021 and workstation benchmarks as the number of cores increases.
Using AMD Ryzen Master ECO Mode of software to reduce excessive temperatures is a great way to go. It appears to reduce total power consumption from 145 watts (with PBO/OC mode enabled) to around 88 watts while maintaining the same Cinebench Single-Core result.
Cinebench, Handbrake benchmark encoding, and other multi-core workloads experience a 10% performance loss. The performance of CPU-intensive games drops a touch is still better than the previous 8700K, and temperatures are 20 percent lower on average.
As strange as it may sound, this keeps fan/pump speeds substantially lower and quieter until it does not affect performance for 90% of 1440p gaming. Maybe with future BIOS upgrades, this appears to be the safest choice.
- Easy to Lock
- Value for Money
- ECO Mode
- High Temperature
It is the best CPU for h264 encoding. For competitive play and more immersive experiences, Intel’s newest desktop CPU architecture and rapid clock speeds enable excellent frame rates and minimal latency. It works with Intel chipset-based motherboards from the 400 and 500 series.
With a 5.3 GHz frequency, thermal Velocity Boost allows for a turbo frequency of up to 3.0. Intel Smart Cache of 16 M is used in the high-end CPU. You can multitask with ease due to Intel’s hyperthreading technology.
Provide an excellent single and multi-thread performance. Onboard graphics are present. It has a TDP of 125 watts. It is unlocked and overclocked to 5.2 GHz. You can run it at 5GHz with air cooling and get 40 on idle and 49 under high load if you know how to overclock it.
The packaging does not include a thermal solution. You can create your own 2 fan liquid cool by purchasing each component separately or purchasing a Coolermaster ML240L V2 cooler. There are also two slim fans because there isn’t enough space above the RAM to use the cooler’s fans.
Choose two Thermalright TL-C12015W-S RGB SLIM 120 FANS instead (15mm thick). The screws that come with the slim fans do not fit the radiator, so you will need to acquire new screws or 1cm plastic spacers and use the finger-tight screws that came with the cooler instead.
- Easy to Install
- Value for Money
- Tech Support
- Best for Gaming
- Flexible with Overclocking
- Fewer Cores
The new AMD Ryzen 7 3700X 8-Core CPU is the best CPU for x264 encoding 2021. It is a powerhouse for any workstation and the best Processor for video encoding. AMD CPU gives an ultra-fast performance of 100+ FPS in the most popular games and multitasking activities. It is a top-of-the-line CPU capable of handling any workload while remaining power efficient.
This CPU will be an excellent pick for your next build due to its high clock speeds and great integrated graphics. To save money on external components, you may choose from a selection of suitable motherboards with built-in Wi-Fi.
It has the newest Zen 2 architecture and a 12nm manufacturing process, offering improved performance over its predecessor. The CPU also has 16MB of L3 cache, 4x 512KB of L2 cache per core, compatibility for up to 64GB of DDR4 RAM (with overclocking), and an AM4 socket.
The integrated GPU can only produce graphics at around a sixth of the speed of Intel’s i7700K. There is no need to overclock because it boosts itself to the maximum extent possible.
This CPU not only outperforms Intel’s current lineup, but it also has the quality to back it up. It not only works effectively, but it also maintains a consistent temperature. Under full load, the temperature ranges between 65 and 70 degrees Celsius, and with the standard Wraith Prism cooler.
- Easy to Install
- For Multitasking
- Value for Money
- Advance CPU
- AMD Wraith Prism Cooler
- Single Core
Intel’s Core I9-10850K is the best CPU for x265 encoding. It can run at a base clock speed of 3.6 GHz with a peak speed of 4.3 GHz. Intel Core has 12 processor cores for demanding activities and an integrated graphics card from Intel’s 8th Generation HD Graphics 630.
The base frequency of this CPU is 4.3GHz and can increase to 5.0 GHz thanks to an 8MB cache that you can also upgrade through Turbo Boost 2.0 for even more power. It contains six cores and can process data at a speed of 10,850 kHz.
With this fast CPU, you’ll be able to multitask with ease, run apps without lag or slowdown, and move between activities with ease. It’s also unlocked, which means you can overclock it. It has an integrated graphics card, so your desktop won’t require a separate GPU to function smoothly.
The Intel Core I9-10850K also includes a cooling that prevents the CPU from overheating no matter how hard you work it. With this new CPU, you can expect up to 12 cores and 24 threads of processing power, making it capable of handling practically any task you throw at it.
This CPU is ideal for gamers who want to play their favorite games at higher frame rates or video producers who want to edit 4K recordings without latency. This chip can be perfect for you if you’re not a heavy user but want something more than what you have today.
- Easy to Lock
- For Gamers
- Overclocked to 5.3 GHz
- Great Value for the Cores
- Blazing Fast
- Bad Thermals
The AMD Ryzen 5 5600X 6-core CPU is the best CPU for encoding and is one of AMD’s newest products. With the unrivaled speed of the world’s fastest desktop CPUs, you’ll be unstoppable.
Whether you’re playing the newest games, planning the next skyscraper, or processing scientific data, AMD Ryzen 5000 Series CPUs give the utmost in fast performance. With Precision Boost 2 technology, the basic clock speed of CPU can increase to 4.2 GHz. It features six cores and 12 threads, making it ideal for simple work and multimedia programs used by both consumers and corporations.
This CPU will make any gaming setup sing with its 6 cores, 12 threads, and 3.8GHz base clock speed! One of the finest advantages of this CPU is the pricing, which starts at USD 209 for an unlocked chip that can overclock to 4.2 GHz.
The new CPU includes eight threads, a Turbo Mode of 4.2GHz, and a 95W TDP that can overclock for enhanced performance. For high-speed data access, you’ll also receive 2MB of L2 cache per core, which is ideal if you’re running demanding programs like video editing or 3D rendering software.
The AMD Ryzen 5 5600X is a strong CPU with six cores and 12 threads running at a 3.6GHz base and 4.2GHz boost. It’s also an unlocked component, which means you can overclock it as much as you want! The Radeon RX Vega 11 integrated GPU, which has 11 compute units and can drive up to 1.3 teraflops of performance, is also included in this chip.
- Easy to Install
- Gaming CPU
- High Performance
- With AMD Wraith Cooler
- Single Core
Buying Guide for the Best CPU for Encoding
You cannot underestimate the importance of encoding. The process of converting data into a needed format is known as encoding. You can use letters, numbers, and special characters in a special order in the format.
If you require a lot of cores for rendering, encoding, or even running a lot of virtual machines, it’s worth sacrificing a little clock speed to get more breathing room. Users would also benefit from a quad-channel memory controller in the event of Core X or Ryzen Threadripper, which would considerably enhance bandwidth.
There are a few things to consider when buying the best CPU for encoding. The trick is to match your tastes to your requirements. So let’s get started.
Which is better, AMD or Intel?
AMD’s new CPUs are the best available, as stated in the introduction. They are expensive than previous-generation Zen 2 CPUs, and some Intel CPUs are comparable.
And because of the current pandemic situation, modern hardware is in short supply. Keep in mind that Intel plans to release Rocket Lake CPUs in the first quarter of 2021, so you might have to wait a while.
AMD CPUs are frequently out of supply due to their popularity. An Intel CPU may be your only option. In addition, you can find Intel CPUs from the 9th and 10th generations for a reasonable price.
Moreover, if you have a low-end Intel CPU and a good motherboard, you may wish to save money by upgrading to the best CPU that your motherboard supports.
Clock Speed or Core Count
When it comes to video encoding, both the number of cores and their clock speed are essential. If you’re confused about which to choose, here’s the easiest way to figure it out. The number of cores and the clock speed each have their significance.
With more cores but slower performance, you can work on many apps simultaneously but each will run slowly. With only 1 or 2 cores, having a higher clock speed means you can handle a single program that loads faster.
A 6-core CPU is recommended for gaming, but editors who also handle encoding can use a quad-core processor.
A cache is a chip built into the CPU that allows rapid data retrieval. It functions as a temporary storage facility, in simpler terms. You can save many files for faster data access with a larger cache.
It’s near to the CPU. However, it is less than the main memory. It is faster than RAM and only takes a few nanoseconds to reply. A minimum of 8 MB cache is required if you want your computer/laptop to perform well overall.
Mobile Processors or Desktop CPU
Because laptops rely on charging, desktop CPUs have greater temperature tolerance and overclocking flexibility, whereas mobile processors preserve energy. They are slower than desktop computers as a result of this reason.
Mobile CPUs release heat more slowly and efficiently. Because they have fewer cores, they use less electricity. As a result, desktop CPUs have a higher TDP and clock speed. A mobile processor is a way to go if you want to make a small system, but a CPU is more dependable.
Thermal Design Power
While functioning, all types of CPUs create heat. The maximum amount of heat created by a CPU is known as thermal design power. As a result, an appropriate cooler is required for the proper dispersal of heat. A better cooling system is required for higher TDP. So, if your CPU is 65 W, you’ll need a cooler that can handle a 65 W processor, not a less powerful one.
Frequently Asked Questions
Is handbrake use a Graphic Card?
The video transcoder Handbrake is widely used. One of the reasons for this is that it uses GPU acceleration to achieve quick video transcoding speeds. Since Handbrake 1.2, GPU acceleration for NVidia NVENC and AMD VCE has been included.
Up to 6 CPU cores, Handbrake scales effectively, with declining returns after that. As a result, a 4 CPU is approximately twice as strong as a dual-core CPU. With Intel QuickSync, Handbrake additionally allows for hardware encoding.
H264 or H265: which is better?
The H265 video compression standard is for the next generation of high-resolution video. When compared to H264 encoding CPU benchmark, this newer standard delivers data compression improvements of 25% to 50% while maintaining the same video quality. It essentially sends out high-quality videos at the same bitrate.
Simply put, the encoder you select determines which hardware will produce your video. You can advise OBS to utilize your graphics processing unit (GPU) or your central processing unit (CPU) if you pick NVENC or AMF, or x264 if you choose x264 (CPU).
What is the best way to deal with encoding overload?
You can deal with encoding overload by following these steps:
- Reduce the resolution of the output.
- Reduced Frame Rate.
- Change the preset for the encoder.
- Encode using hardware.
- Prioritize the Change Process.
- Shut off any background programs.
- Make room on your drive for new files.
- Turn off Game Mode.
- Upgrade your hardware or look at alternatives.
There are many factors to consider while selecting the best CPU for encoding. Everything depends on the type of your job, your workload, and your budget. Perhaps, this article helped you to address some misunderstandings concerning computer devices.
The AMD Ryzen 7 5800X 8-core Processor is excellent for encoding. This CPU can easily handle any video editing or rendering work and multitasks better than most CPUs on the market today.