Desktop CPU Processor - Showing 313 - 336 of 576 Products

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100-000000719 Ryzen 9 9950X3D 4.30GHz 16-Core Processor - Granite Ridge AM5
$2,578 .50
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AMD Ryzen Threadripper PRO 5995WX - Ryzen Threadripper PRO Chagall PRO (Zen 3) ...
$3,299 .99
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100-000000446 Ryzen Threadripper PRO 5965WX 3.80GHz 24-Core Processor
$3,740 .00
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Intel Core i3-10100 - Core i3 10th Gen Comet Lake Quad-Core 3.6 GHz LGA 1200 65W Intel ...
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Intel - Dual-Core 3.7 GHz Desktop Processor - BX80715G7400
$345 .72
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Intel Core Ultra 5 235 - Core Ultra 5 (Series 2) Arrow Lake 14-Core (6P+8E) 2.9 GHz (E-core ...
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Intel Core i5 10th Gen - Core i5-10600KA Comet Lake 6-Core 4.1 GHz LGA 1200 125W Desktop ...
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Intel Celeron G5905 - Celeron Comet Lake Dual-Core 3.5 GHz LGA 1200 58W Intel UHD ...
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Intel Core i5-10600K - Core i5 10th Gen Comet Lake 6-Core 4.1 GHz LGA 1200 125W Intel UHD ...
$257 .00
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Intel Pentium G7400 - Pentium Gold Alder Lake Dual-Core 3.7 GHz LGA 1700 Processor 46W ...
$345 .72
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Intel Core i3-10100F - Core i3 10th Gen Comet Lake Quad-Core 3.6 GHz LGA 1200 65W None ...
$87 .87
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$87 .87
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Intel Core i5-12600KF - Core i5 12th Gen Alder Lake 10-Core (6P+4E) 3.7 GHz LGA 1700 125W ...
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Intel Core i5-11600KF - Core i5 11th Gen Rocket Lake 6-Core 3.9 GHz LGA 1200 125W None ...
$148 .51
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Intel Core i3-7100 Kaby Lake Processor 3.9GHz 8.0GT/s 3MB LGA 1151 CPU, Retail
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Intel Core i9-10900X - Core i9 10th Gen Cascade Lake 10-Core 3.7 GHz LGA 2066 165W None ...
$668 .75
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Intel Core i5-11600K - Core i5 11th Gen Rocket Lake 6-Core 3.9 GHz LGA 1200 125W Intel UHD ...
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AMD EPYC 8224P 24/48 160 SP6 64MB 3000 - 100-000001134
$3,227 .80
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Intel Xeon Gold 6330 - 2 GHz - 28-core - 56 threads - 42 MB cache - LGA4189 Socket - Box
$1,827 .20
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Intel Xeon E-2478 - 2.8 GHz - 8-core - 16 threads - 24 MB cache - FCLGA1700 Socket - Box
$2,182 .80
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INTEL XEON E-2334 PROCESSOR Model CM8070804495913
$981 .60
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Common Questions about Computer Processors

Introduction

Shopping for a computer processor can require some research to find the one that best meets your demands and is within your budget. Often, such research can lead to additional questions about features and specifications. To help you in your search for a computer CPU, NeweggBusiness answers some of the most common questions that users usually have.

How many cores do I need?

The number of cores that you need is largely dependent on the tasks and applications that the computer will be running. Having more than one core helps with multitasking and can improve performance if the software supports multi-core computer processors. For software that does not support multiple cores, multi-core CPUs will not provide additional performance gains.

Should I prioritize the number of cores or clock speed?

It can vary depending on how the processor will be used. If you intend to use the processor with software that can take advantage of multiple cores, then you should prioritize core count. If you are planning to use the computer processor with applications that cannot take advantage of multiple cores, you will see more performance benefits from faster clock speeds.

What is an Accelerated Processing Unit (APU)?

An APU is a type of computer processor produced by AMD that functions as both a CPU and graphics processing unit (GPU). Intel also produces computer processors with integrated GPUs, though they are not marketed as APUs. The advantage of a computer processor with a built-in graphics accelerator is the fact that a video card is not required, which lowers costs for assembling a computer system.

What does the nanometer (nm) rating signify?

A computer processor’s nm rating is a measurement of its die size. The die is a chip that is cut from a larger wafer and is measured in nanometers. The smaller a die is, the more that can be cut from a single wafer. The advantages for the manufacturer are lower production costs and higher yields. For end-users and IT professionals, the benefits of decreasing die size include lower heat production and power usage.

What is the difference between L1, L2, and L3 cache memory?

There are multiple levels of cache memory for a computer processor and each level has different data access speeds and capacities. The fastest is L1 cache, which is the primary cache and has the smallest storage capacity. Next is L2 memory, which is slightly slower but larger than L1 cache. L3 cache is the slowest but has the largest capacities of the three levels of cache memory.