AMD & Intel Processor Poster

Processors

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  • Intel Core i5-12400 Box View

    Intel Core i5-12400 CPU - Socket LGA1700 12th Gen Alder Lake 6 Core Processor

    • Cores: 6
    • Threads: 12
    • Base Clock: 2.5GHz
    • Boost Clock: 4.4GHz
    • Cache: 18MB Intel Smart Cache
    • L2 Cache: 7.5MB
    • TDP: 65W

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    Shipped: Monday

    25.5 Points

    £152.99

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  • Intel Core i5-12400F Box View

    Intel Core i5-12400F CPU - Socket LGA1700 12th Gen Alder Lake 6 Core Processor

    • Cores: 6
    • Threads: 12
    • Base Clock: 2.5GHz
    • Boost Clock: 4.4GHz
    • Cache: 18MB Intel Smart Cache
    • L2 Cache: 7.5MB
    • TDP: 65W

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    Shipped: Monday

    20 Points

    £119.99

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  • Intel Core i5-12600K Box View

    Intel Core i5-12600K CPU - Socket LGA1700 12th Gen Alder Lake 10 Core Processor

    • Cores: 10
    • Threads: 16
    • Single P-core Max/Base Clock Speed: 4.9/3.7GHz
    • Single E-core Max/Base Clock Speed: 3.6/2.8GHz

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    Shipped: Monday

    34.3 Points

    £205.99

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  • Intel Core i7-12700F Box View

    Intel Core i7-12700F CPU - Socket LGA1700 12th Gen Alder Lake 12 Core Processor

    • Cores: 12
    • Threads: 20
    • Single P-core Max/Base Clock Speed: 4.8/2.1GHz
    • Single E-core Max/Base Clock Speed: 3.6/1.6GHz

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    Shipped: Monday

    44.2 Points

    £264.99

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  • Intel Core i3-12100 Box View

    Intel Core i3-12100 CPU - Socket LGA1700 12th Gen Alder Lake Quad Core Processor

    • Cores: 4
    • Threads: 8
    • Base Clock: 3.3GHz
    • Boost Clock: 4.3GHz
    • Cache: 12MB Intel Smart Cache

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    Shipped: Monday

    20 Points

    £119.99

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  • Intel Core i3-12100F Box View

    Intel Core i3-12100F CPU - Socket LGA1700 12th Gen Alder Lake Quad Core Processor

    • Cores: 4
    • Threads: 8
    • Base Clock: 3.3GHz
    • Boost Clock: 4.3GHz
    • Cache: 12MB Intel Smart Cache

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    Shipped: Monday

    14.2 Points

    £84.99

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  • Intel Core I3-10100 Box View

    Intel Core I3-10100 CPU - Socket LGA1200 10th Gen Comet Lake Quad Core Processor

    • Cores: 4
    • Threads: 8
    • Base Clock: 3.6GHz
    • Boost Clock: 4.3GHz
    • Cache: 6MB Intel Smart Cache
    • Power Consumption: 65W

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    Shipped: Monday

    16 Points

    £95.99

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  • Intel Core I5-10400 Box View

    Intel Core I5-10400 CPU - Socket LGA1200 10th Gen Comet Lake 6 Core Processor

    • Cores: 6
    • Threads: 12
    • Base Clock: 2.9GHz
    • Boost Clock: 4.3GHz
    • Cache: 12MB Intel Smart Cache
    • Power Consumption: 65W

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    Shipped: Monday

    22.5 Points

    £134.99

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  • Intel Core i5-14600KF CPU

    Intel Core i5-14600KF CPU - Socket LGA1700 14th Gen Raptor Lake Refresh 14 Core Processor

    • Cores: 14
    • Threads: 20
    • Single P-core Max/Base Clock Speed: 5.3/3.5GHz
    • Single E-core Max/Base Clock Speed: 4.0/2.6GHz
    • Cache: 24MB Intel Smart Cache
    • L2 Cache: 20MB
    • TDP: 125W

    In stock

    Shipped: Monday

    38.3 Points

    £229.99

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  • Intel Core i5-14600K

    Intel Core i5-14600K CPU - Socket LGA1700 14th Gen Raptor Lake Refresh 14 Core Processor

    • Cores: 14
    • Threads: 20
    • Single P-core Max/Base Clock Speed: 5.3/3.5GHz
    • Single E-core Max/Base Clock Speed: 4.0/2.6GHz
    • Cache: 24MB Intel Smart Cache
    • L2 Cache: 20MB
    • TDP: 125W

    In stock

    Shipped: Monday

    42.3 Points

    £253.99

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  • Intel Core i7-14700KF

    Intel Core i7-14700KF CPU - Socket LGA1700 14th Gen Raptor Lake Refresh 20 Core Processor

    • Cores: 20
    • Threads: 28
    • Single P-core Max/Base Clock Speed: 5.5/3.4GHz
    • Single E-core Max/Base Clock Speed: 4.3/2.5GHz
    • Cache: 33MB Intel Smart Cache
    • L2 Cache: 28MB
    • TDP: 125W

    In stock

    Shipped: Monday

    61.8 Points

    £370.99

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  • Intel Core i9-14900KF

    Intel Core i9-14900KF CPU - Socket LGA1700 14th Gen Raptor Lake Refresh 24 Core Processor

    • Cores: 24
    • Threads: 32
    • Single P-core Max/Base Clock Speed: 5.6/3.2GHz
    • Single E-core Max/Base Clock Speed: 4.4/2.4GHz
    • Max Turbo: 6.0GHz
    • Cache: 36MB Intel Smart Cache
    • L2 Cache: 32MB
    • TDP: 125W

    In stock

    Shipped: Monday

    78.7 Points

    £471.99

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Gaming PC Processors

The CPU (central processing unit) or processor is the brain of the operation for your gaming PC. Your CPU will have to work harder and more efficiently to handle all of the complex data needed to complete your more demanding activities, therefore it will need to be more powerful.

The speed and power of your computer’s CPU have a significant impact on how well it performs. The quantity of memory, the presence of a graphics card, and the availability of sufficient cooling to keep the CPU below its maximum operating temperature are other factors that affect total computer performance.

Therefore, your choice of CPU is just as important as your GPU selection. Every task you do on your PC, even while not gaming, goes through the CPU. If you want a fast, reliable, and exciting gaming experience, you have some decisions to make about your CPU. At Ultimate Gaming Paradise, we stock a wide range of Intel and AMD processors for your gaming PC. Keep reading to learn more about making that vital decision.

What Does My CPU Do?

A computer’s CPU is comparable to the brain in that it directs the PC. Although it also handles computer operations like accessing internal hard drives, presenting graphics on the screen, and running applications, in some respects, it resembles a giant calculator. The quantity of RAM in a computer is crucial since huge files require a lot of memory on a computer. Because hard drives are slower than RAM, when there isn’t enough RAM, computers use the hard disc to make up the difference.

Intel VS AMD

The first thing you’ll hear when you start researching CPUs is Intel VS AMD. In the past, Intel used to be the leading, top-performing company, while AMD was the cheaper option. Now, they are equal, producing high-quality processors for all needs and budgets. We don’t recommend staying loyal to a single brand. Instead, look at what you need in a processor, and decide on the right chip regardless of manufacturer. Both companies create all types of processors to meet your needs and frequently fluctuate in their pricing and capabilities.

It is extremely important, however, to match your manufacturing CPU to your motherboard.

CPU Performance

The finest computer processors have a multitude of cores and fast clock rates. While the number of cores affects the number of simultaneous tasks a CPU can carry out, clock speed indicates how quickly a processor does computations. The issue with choosing more cores is that games are rarely developed for more than 2 or 4 cores; thus, upgrading from a quad-core processor to an 8-core processor won’t offer much of a performance boost as a CPU with a faster clock speed.

When their maximum operating temperature is reached, computer CPUs slow down to prevent overheating. For demanding applications like gaming and video editing, it’s crucial to think about fans and CPU cooling.

The top-of-the-line mainstream CPUs are the Intel Core i9 or AMD Ryzen 9 series; both have a much greater core count and may be overclocked further for improved performance. These work well with the best graphics cards to give incredibly smooth gaming and the ability to multitask, which is why content creators, broadcasters, and professional gamers use them in their machines. However, you don’t always need the greatest and most powerful CPU to get excellent frames and 4K capabilities while gaming. Chat with our team today to discuss what CPU is right for you.

CPU Tuning and Overclocking

Increasing a component’s clock rate and operating it faster than it was intended to be used is known as overclocking. Although the CPU or GPU are typically affected, other components can also be overclocked.

A component may execute more operations per second by increasing its clock rate, but it also generates more heat. Your components may perform better with overclocking, but they frequently require more cooling and maintenance.

If your computer’s processing speed is constrained by its CPU, this might speed it up, but the CPU will generate more heat. If you don’t supply additional cooling, it might get physically harmed, be unstable and cause your computer to blue-screen, crash, or restart.