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The distinction between Snapdragon and Octa CPUs is confusing to many smartphone users. Many people are completely unaware of this contrast, which is practically nonsensical. While Octa Core technology is essentially a processor that is divided into eight cores, Snapdragon is a mobile phone processor series that is made by Qualcomm. Its Octa Core technology’s primary goal is to guarantee improved performance and speed when processing different types of content, including games and applications. This article explains what Octa Core and Snapdragon processors actually imply in plain English.

Octa Core vs Snapdragon Processor

One of the top processor series made by Qualcomm, a firm that manufactures several mobile phone Processors, is Snapdragon. For instance, you might be familiar with the Snapdragon 660, 675, or 855 series CPU.

The CPU and GPU in this type of processor come in a variety of configurations, including dual-core (2 cores), quad-core (4 cores), and the cutting-edge Octa Core (8 cores).

Basically, this means that the ability to run multiple programmes and games at once without experiencing any issues like crashes or slowdowns improves with greater clock speeds (measured in GHz).

Many people think that purchasing a phone with an Octa Core processor entails paying a large sum of money, making them the priciest models on the market. However, this is not totally accurate because a lot of these devices are offered at extremely low costs.

An Octa Core phone is therefore the best option if you are a heavy consumer and want to keep up with what the industry has to offer in terms of the newest and most advanced technology, especially because you can find this technology in the most reasonably priced laptops.

The quickest processors are those made by Qualcomm, then Apple for the most recent iPhone models, Exynos for the most recent Samsung Galaxy S, and Huawei CPUs.

Which Processor to Choose for your Smartphone?

There are now two primary CPU families available for Android handsets. There are those who are members of the family of experts, such as the Qualcomm and Mediatek founders. Their chips are available in various segmentations to target low-cost, mid-range, and expensive devices made by various brands.

Then there are those for whom it is not their primary business but who have distinct divisions that reserve their research and development for only their line of goods. This is the case with Apple, who creates the A12, A13, A14, and now A15 Bionic processors reserved only for Apple brand handsets, Samsung, which makes the Exynos chips inserted into South Korean mobiles, and the Chinese tech giant Huawei, who provides its Kirin HiSilicon chip.

Without getting into the specifics of the processors, just be aware that there are processors available for every price point of smartphones. The engraving fineness of the most powerful is 5 nm, while that of the slowest ones is 12 nm.

It’s also intriguing to consider the amount of cores because they each have a certain job to do. Performance will improve when there are more cores. Also, if we take a closer look at the technical specifications of the chips, we see that the cores might have a range of clock rates (expressed in GHz), with the greatest values corresponding to the highest performance levels.

That concludes our discussion of Octa Core versus Snapdragon CPU. While you’re here, you might also be interested in learning more about the differences between the Apple M1 and M2 chip sets and the iPad Air 4 and Air 5 (2022). (2020).