PUBG Mobile has gained immense popularity worldwide and is enjoyed by players on both mobile devices and computers. However, due to its high storage and processing requirements, many low-end mobile devices struggle to provide a smooth gaming experience. This often leads to frustrating issues such as low FPS, lag, and overheating.

We are going to address these common problems faced by players on low-end devices and provide helpful tips and solutions. But first, take a look at the FPS (Frames Per Second) difference below to get an idea of the performance variation across different devices.

FPS: Frames Per Second, frames produced within 1 second or frames that appear within 1 second. Higher the frames, smoother the video/game.

When it comes to gaming, the Frames Per Second (FPS) can significantly impact the overall gaming experience. As illustrated in the comparison between 20 FPS and 30 FPS videos, the video with 30 FPS appears smoother than the one with 20 FPS. The reason behind this is simple: FPS refers to the number of frames displayed on the screen per second. A higher FPS results in a smoother video. To ensure a smoother gaming experience, it is important to increase the number of FPS.

Understanding the impact of FPS on gaming experience brings us back to the main topic: finding the best mobile device for playing PUBG Mobile. While several factors influence the gaming experience, it's crucial to consider a few important aspects when purchasing a mobile device for gaming. Check below listed key factors!

Processor – It's Important, So Choose Wisely

One key factor is the processor. The processor plays a vital role in processing data and directly affects FPS and gaming performance. Opting for a device with a good processor ensures higher FPS and a better gaming experience. The question arises here: how can someone find out which processor to choose and which to avoid? Well, if you're not a tech person and need assistance regarding processors, don't worry, we've got you covered. To determine whether a processor is suitable for gaming, check the processor's architecture.

To assist in selecting a suitable processor, create a list of mobile devices within your budget. For example, if your budget is 50,000 PKR, you could make a list of potential options such as Poco M4 Pro, Realme 9, Infinix Note 12, and Vivo Y15c. (Please note that the prices of these mentioned devices might be different, and these devices are only used as a reference here.) To evaluate their processors, check their architecture. See below for a better understanding.

• Poco M4 Pro – MediaTek Helio G96 (12 nanometers)
• Realme 9 – Qualcomm Snapdragon 680 4G (6 nanometers)
• Infinix Note 12 – MediaTek Helio G88 (12 nanometers)
• Vivo Y15c – MediaTek Helio P35 (12 nanometers)

Just like computers, the term "Generation" is used to determine how latest a processor is, for example Core i5 6th generation, higher generation meaning a faster processor. But in mobile devices, the term "Nanometer Architecture" or "nm" is used to indicate the architecture of a processor. Smaller nm architecture signifies a more advanced processor. So all you need to do is shortlist the processor with smaller architecture (a processor with 6nm architecture is better than one based on 12nm architecture). For example, the Realme 9 from the list above has smaller nm architecture, so you can shortlist it. And we're not done yet, as we need to measure the processor from other angles too.

Benchmark Score

Once you have identified the generation of the processor, the next step is to assess its performance by comparing benchmark scores. To facilitate this process, we have included benchmark scores for each device on our website, conveniently located under the specification tab. By referring to these scores, you can easily determine how fast a particular processor performs. It's worth noting that sometimes an older processor may outperform a newer one in terms of benchmark scores. Therefore, it is crucial to select the latest processor with a benchmark score that is higher than or equal to that of other options.

Consider the Realme 9 from the list above, which comes with a processor built on a 6-nanometer architecture. On the other hand, the Poco M4 Pro features an older processor based on a 12-nanometer architecture. Upon comparing their benchmark scores, we discover that the Poco M4 Pro's processor significantly outperforms the one found in the Realme 9 (328,176 vs. 268,692), despite the Realme 9 having a more recent processor. Hence, a smaller nanometer architecture does not always guarantee higher performance, it's just one factor in measuring a processor's overall performance. However, if two processors exhibit similar benchmark scores or only a marginal difference, opting for the processor with the smaller nanometer architecture can be a suitable choice.

Important Points

• Choose a processor with smaller nanometer (nm) architecture only when the benchmark scores are good when comparing processors
• Compare benchmarks and consider the processor with higher scores
• If the benchmark scores of two processors are equal or there's only a little difference, then choose the processor with the smaller nm
• Compromise on nm architecture, not on benchmark score

Benchmark score is used to measure how fast a processor is, how quickly it can process data, or how fast it can execute instructions. Higher benchmark scores mean faster performance.

RAM and ROM

RAM plays a crucial role in the realm of gaming phones and should not be overlooked. Acting as a data queue, RAM aids in rendering graphics swiftly and reducing lag. The significance of higher RAM capacity lies in the fact that it accommodates a larger volume of data and necessary files within the queue. Consequently, the processor is relieved of the need to access specific folders each time data is required, if the data is already stored in the RAM, the processor can swiftly retrieve the necessary information from the queue. This can be likened to having all the ingredients ready in your kitchen for cooking, obviating the need to visit the market each time an ingredient is needed.

However, it's important to note that a higher RAM capacity does not automatically guarantee exceptional performance, merely having everything in the kitchen does not ensure the creation of delicious dishes. It is imperative to strike a harmonious balance between RAM and the processor. Consider this analogy: an outdated or sluggish processor like the MediaTek Helio P22 cannot deliver satisfactory performance, even when paired with 12GB of RAM. On the other hand, the Snapdragon 8 Gen 1+, renowned as one of the fastest processors globally, cannot provide optimal performance if combined with a meager 2GB of RAM. Therefore, it is crucial to establish a solid combination of RAM and processor to unlock the full potential of a gaming phone.

To ensure a good gaming experience, it is helpful to refer to the recommended RAM specifications outlined below:

• For normal gaming: 4GB or higher RAM, with a minimum Antutu score of 250k–400k.
• For medium gaming: 6GB or higher RAM, with a minimum Antutu score of 400k–600k.
• For high-end gaming: 8GB+ RAM, with an Antutu score of 600k or higher.

Please note that these recommendations are only for Android devices, and by adhering to these recommended RAM requirements, you can enhance your gaming performance and enjoy a seamless gaming experience on your chosen device.

Screen Size and Type

When it comes to purchasing a gaming phone, screen size is a factor that demands careful consideration. A larger screen size offers significant advantages for gamers. Firstly, it enables players to spot enemies more easily, as the larger display showcases game elements in a more prominent manner. This enhanced visibility can be instrumental in gaining a competitive edge. Moreover, a larger screen facilitates movement during gameplay, providing gamers with extra space to maneuver their fingers and thumbs comfortably. This aspect is particularly crucial for individuals who employ the 4 or 5 finger claw technique, as a larger screen ensures a more secure grip and optimal control. Therefore, it is advisable to select a mobile device with a screen size of at least 6 inches to accommodate these gaming requirements.

In addition to screen size, the screen type is another essential consideration. We recommend opting for an AMOLED screen. Compared to IPS and TFT displays, AMOLED screens offer distinct advantages in terms of color reproduction and texture. The utilization of AMOLED technology results in more vibrant and vivid colors, enhancing the overall visual experience while gaming. Additionally, AMOLED screens tend to consume less battery power compared to their counterparts, allowing for extended usage without compromising performance. This means you can enjoy extended gaming sessions without constantly worrying about running out of battery life. When selecting a gaming phone, prioritize devices equipped with AMOLED screens to benefit from their superior color quality, enhanced texture, and battery efficiency.

Conclusion

• Always prioritize the latest processor for optimal performance.
• If an older processor outperforms the latest one in terms of benchmark scores, it can still be a viable option.
• Don't solely rely on RAM, instead aim for a balanced combination of RAM and processor power.
• Whenever possible, choose a device with a larger screen size.
• If available, opt for an AMOLED screen, as it offers superior color reproduction and consumes less battery power.
• Pro tip: when comparing processors, consider choosing Snapdragon processors over MediaTek processors if other specifications, such as benchmark scores, are similar.

By keeping these points in mind, you can make an informed decision when selecting a gaming phone that meets your performance and display preferences. Happy gaming!