How do Dual CPU Motherboards Work with Gaming?

Many modern motherboards are coming with a dual CPU socket option. If you are wondering will it be great for your new gaming rig then you have come to the right place. We have written a complete detailed guide for you to answer your query.

A Dual CPU motherboard can work for a gaming pc but it’s not a great idea to build a gaming rig with dual processor motherboards. It is not optimal for gaming because for modern games a four-core CPU is enough to go with. Moreover, it is also a waste of your money and resources to invest in dual-core CPU motherboards as modern games leverage a max of 4 cores.

Furthermore, a dual CPU motherboard is more beneficial to use in gaming streams, heavy computer workstations, and advanced servers. They are rarely used in gaming systems.

So far we have discussed their use and their existence. Now let’s see some of their advantages and disadvantages.

Advantages of Dual CPU Motherboards:

The first and most important thing about having a dual CPU motherboard is it gives you the freedom to use multiple CPUs at a single time. Also, It gives you a high number of CPU cores which results in high performance, better multitasking, and mainly more computing power.

Other than that a dual CPU motherboard generally has massive parallel processing power, amazing bandwidth, and includes more RAM (maximum of 256 GB ) and PCIe peripherals.

Disadvantages of Dual CPU Motherboards:

It probably wouldn’t increase your gaming performance and consumes more power so requires an additional heatsink to balance CPU temperature. Also Comes with an expensive price tag.

You will require bigger cases to adjust dual CPU motherboards. The most important disadvantage of buying a dual CPU motherboard is you will lose gaming performance on a dual-socket motherboard because games perform better on a single-core CPU.

So will it help you in gaming?

Well, the simple and short answer is not. As I said earlier that modern games can leverage a max of 4 core so why do you need a gaming system with 8 or more core support. It is a complete waste of money to invest in a dual-socket motherboard.

How Dual CPU motherboard work?

The processors in dual-socket motherboards work in tandem for data processing with multiprocessing techniques. The instructions are divided between two CPUs or processors through which the dual-socket mobo system performs faster than the system with a single core motherboard.

A dual-processor motherboard processes twice the amount of data per second in comparison with a single processor. Not all applications perform faster with dual processors because an application to take advantage of the dual processor’s program should be written accordingly because a multi-processor system is dependent on how the application is written.

Where do Dual CPU Motherboards use?

There are many uses of motherboards with dual processors you can use them in stemming while live gaming because in steaming two heavy applications are running simultaneously.

They are also installed in heavy workstations and advanced servers to provide heavy data transfer rates and fast performance.

Single vs Dual CPU Motherboards: Performance Comparison

Normally the CPU with more cores is better as compared to the CPU with fewer ones. However, this is not the case in every situation because some applications perform better on a single-core CPU.

Moreover, with enormous counts, a dual-processor motherboard outshines a single processor by a greater amount of performance on servers. However, this is not in the case of gaming systems so you didn’t have to worry about it because games can’t leverage that amount of cores so it is of no use in gaming systems.

Furthermore, dual-processor motherboards support more RAM like you can install a maximum of 768 Gb of RAM on Intel Xeon Gold 5118 scalable processors. This helps you to perform multiple tasks without getting any lag.

Lastly, single processor motherboards are best for gaming and for applications that support or work better on single-core processor motherboards. In contrast, a dual-processor motherboard is suitable for large data centers which have modern servers installed.


A dual-processor motherboard has two separator processor slots separated physically from each other. The systems with dual-core processors have more cores and support more RAM in comparison to systems with single processors.

Hence Dual processor motherboards work better with heavy workstations and in advanced servers but not best to use them with gaming systems because it does not help you to increase gaming performance.

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