UD Asks: is my smartphone capable enough to run the latest apps and games?

Tech is advancing so fast at the speed of Mach 10 and you don’t want your phone to be outdated, so the question: is it capable now?

One of the key factors affecting how well a smartphone performs is the phone’s processor. It manages and processes the data, applications, and other functions of the device’s brain.

When it comes to running the most recent apps and games, the processor’s performance is crucial to the phone’s smooth operation.

In this article, we’ll talk about the ideal phone processor power needed to smoothly run the newest apps and games.

But before that…

Let’s first understand how the processor functions and how it affects the performance of the phone before delving into the ideal processor power.

The tiny transistors that make up a processor function as switches to control the data flow. The processing speed of the phone is based on the speed of these switches.

The phone processes data more quickly and more smoothly the faster the switches are.

Now, in order to determine the ideal processor power, we must take into account a number of variables, including clock speed, the number of cores, and the type of processor.

An example diagram showing how a SoC works

The clock speed, expressed in gigahertz (GHz), is the rate at which the processor can process data in seconds. The term “cores” describes the number of processors that make up a processor.

These processors can cooperate to manage data more quickly. Last but not least, the term “type of processor” refers to the processor’s architecture and its suitability for various programs and applications.

What is the minimum speed required to run the latest apps and games then?

A phone processor should have a minimum clock speed of 2.0 GHz or higher to run the newest apps and games smoothly.

This clock speed is necessary to make sure the processor can handle complex applications quickly and without any hiccups.

The performance of the phone is also greatly influenced by the number of cores. A processor with four cores, for instance, can manage data more quickly than one with two cores.

This is due to the fact that the workload can be distributed among the cores, enabling the phone to run multiple programs and tasks at once.


The phone’s performance is greatly influenced by the processor type. ARM-based processors and x86-based processors are the two primary processor architectures used in smartphones.

Smartphones frequently use ARM-based processors because they are faster at managing data and consume less power than x86-based processors.

Additionally, they work better with mobile operating systems like iOS and Android. Therefore, it is advised to use an ARM-based processor in your smartphone for the best performance.

Popular examples:


  1. MediaTek Dimensity 700
  2. MediaTek Dimensity 800U
  3. MediaTek Dimensity 810
  4. MediaTek Helio G90T
  5. MediaTek Helio G95
  6. MediaTek Helio G96
  7. MediaTek Helio G99
  8. MediaTek Dimensity 900
  9. MediaTek Dimensity 920
  10. MediaTek Dimensity 1080
  11. MediaTek Dimensity 1100


  1. Snapdragon 480
  2. Snapdragon 630
  3. Snapdragon 662
  4. Snapdragon 675
  5. Snapdragon 680
  6. Snapdragon 690
  7. Snapdragon 695
  8. Snapdragon 710
  9. Snapdragon 712
  10. Snapdragon 720G
  11. Snapdragon 732
  12. Snapdragon 750G
  13. Snapdragon 765G
  14. 14. Snapdragon 768G


In conclusion, the ideal phone processor should have a minimum clock speed of 2.0 GHz or higher, at least four cores, and use an ARM-based processor architecture in order to efficiently run the newest apps and games.

With these features, your phone will be able to handle complicated tasks and applications with ease, giving you a seamless and easy user experience.

The ideal processor power may, however, differ depending on the games and applications you use, with some requiring more processing power than others.


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