People used to buy smartphones based on what manufacturers said in advertisements and other places. Customers have grown aware of several things now that we have a strong understanding of how cell phones work. We believe the most common misunderstanding is between Octa Core and Quad Core processors. It’s a well-known truth that a smartphone’s processor plays a critical part in its performance.

Quad-core processor handsets were once considered a magnificence in the smartphone world. Only a handful of top devices featured Quad Core processors. memorializing though, the mobile performance sector has seen tremendous growth. Even some low-cost handsets now use Octa Core processors. At the very least, you have an option when it comes to a device’s processor.

We’ll explain the differences between quad core and octa core CPUs so you can make an informed decision. We’ll also compare various popular Snapdragon CPU configurations.

What are Processors and Cores?

Smartphones have now evolved into miniaturized replicas of full-fledged computers! They also happen to have full-fledged processors inside them. A Processor, similar to what you’ve seen in the computer’s world, has the primary purpose of executing tasks and processes.

The Processing Units of the Processors are readily referred to as the Processor Core. We understand how perplexing that is. Simply put, one or more cores can be found in a single CPU, such as the Snapdragon 410. To put it another way, the processor has one or more components for processing tasks. In essence, a Processor Core is one of the most fundamental and necessary components of a computer.

We wish we will give you a better understanding of smartphone processors and processor cores. We’ll now look at the fundamental distinctions between an Octa Core processor and a Quad Core processor.

Octa Core vs Quad Core:

In terms of numbers, the categorization is extremely straightforward. Octa-Core Processors are chips with eight distinct processor cores. In the case of Quad-Core CPUs, however, there are just four processor cores. This does not, however, imply that an octa-core processor double powerful as a quad-core processor. Other considerations come into play, the most important of which is the organization of CPU cores.

Life of the Batteries

The processor is the biggest user of battery power. In a typical case, you will quickly deplete your battery if you are performing resource-intensive operations, such as HD streaming or gaming. The number of processing cores also plays a significant influence.

Assume your smartphone has four CPU cores running at the same time. In some cases, eight processing cores may be active. As it turns out, the second option’s battery consumption will be higher. But, because you won’t have all four cores or all eight cores running at the same time, this is all speculation.


When using quad-core CPUs, all the processing cores can be used. It’s possible that none of the four cores are in use. Nonetheless, if you’re watching HD videos or playing graphics-intensive games, all of your cores are likely to be busy. In brief, whether an app/game is tuned to utilize all the CPU cores in a single chip is the trigger here.

In most Octa-Core CPUs on the market, things are a little different. There will be two sets of CPU cores, according to the processor design. There will be four processor cores in each pair. Four of these cores are low-powered, while the remaining four are high-powered. One thing remembers that in most smartphones, the less-power cores are always active. So, if you can’t detect the double speed in your Otacore CPU device when compared to quad-core ones, don’t worry.


We hope this answers your queries about why Otacore devices don’t have the extra speed you’re looking for. To put it a different way, it makes no difference how many processor of cores has if the device/app can’t handle them. It’s worth mentioning an Apple example here. Apple Inc. continues to use Dual-Core Processors to power its products, and there have been no notable performance issues.

By the way, some smartphone makers use True Octa-Core processors. This indicates that all eight processing cores will be active at the same time. On paper, this should provide the best performance, with performance doubled over the quad-core situation. Everything is worthless without apps that take advantage of the eight-cores-at-a-time scenario.

Our Last Words:

Remember what we stated earlier: there’s no use in delving into the numbers. In actuality, simply because a gadget has eight CPU cores does not mean it will perform better than a quad-core device. It’s also a question of whether those CPU cores are being appropriately utilized – by the device as well as all of the resource-hungry apps out there.

There aren’t many Android apps in this category yet, but we can expect more in the near future. Until then, buying an Octa-Core smartphone instead of a Quad-Core smartphone will provide you with no benefits. You’re literally squandering money. Furthermore, when selecting processors, you should not be solely concerned with statistics.

A Quad Core Processor can be more powerful than an Octa-Core Processor in some situations. It also has to do with the cores that are used in them. In other words, the notion that “Octa Core is more powerful than Quad Core” was created by marketers and smartphone makers to defraud ordinary people.


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