Master Mobile & Processor Knowledge: 25 Years of Insights Tech learning

Today I have written a book based on my 25 years of experience which has complete information about mobile and processor, after reading which your knowledge will increase.

introduction

Based on your thorough research and detailed explanation, here's an introduction that
summarizes your journey and insights:
Choosing the Best Mobile and Processor: A Comprehensive Guide
In the quest to find the perfect mobile phone, many factors must be considered. Initially, the
assumption might be that the most expensive mobile is the best. However, through extensive
research and comparison, it becomes evident that price alone does not determine the best
mobile phone.
When comparing RAM, it appeared that mobiles with higher RAM should offer better
performance, but surprisingly, some with lower RAM performed better. Delving deeper into RAM
types revealed several options: LPDDR1, LPDDR2, LPDDR3, LPDDR3X, LPDDR4, LPDDR4X,
LPDDR5, and LPDDR5X. While LPDDR5 is often considered top-tier, it can be prohibitively
expensive, making LPDDR4X a more affordable yet efficient choice.
Beyond RAM, the processor plays a crucial role in a mobile's performance. The competition
between mid-range and flagship processors is fierce, with mid-range processors sometimes
outperforming their flagship counterparts in benchmarks. However, flagship processors, such as
those from Snapdragon, generally offer more consistent and superior performance.
A significant revelation was that the same processor, such as the Snapdragon 865, can have
different benchmark scores in different mobile phones. This discrepancy is due to variations in
permissions and optimizations by different manufacturers. For instance, a processor with one
permission might have a lower benchmark score compared to the same processor with all three
permissions enabled.
When evaluating processors, it's essential to consider several factors:
1. Nanometer Technology: Smaller nanometer processors (e.g., 12nm vs. 14nm) often
provide better performance.
2. TDP (Thermal Design Power): Lower TDP indicates a more power-efficient processor
that generates less heat.
3. Cache Files: L1, L2, and L3 cache files are crucial for processor performance. More
cache generally means better performance.
4. GPU Performance: Alongside CPU benchmarks, GPU performance is critical for overall
mobile performance.
In conclusion, to find the best mobile and processor, one must look beyond simple specifications
and consider a holistic view, including GPU, TDP, cache files, and real-world performance
benchmarks. By doing so, one can make an informed decision that balances performance,

efficiency, and cost.

which is the best mobile
The one with the highest price is the best mobile
And when I searched, the most expensive mobiles were from the zone and compared them all, then the best mobiles turned out to be the ones with low prices.
When further search was done on mobiles, the one with maximum Ram was the best mobile.
When the truth was seen, the speed of the mobile with more power was less. And mobiles with less RAM had higher speed.
And when I searched more about Ram's many mobile phones, which is the best Ram, many names appeared among them.
t seems you're on a quest to find the best mobile phone, and through your research, you've encountered a lot of conflicting information. Here's a breakdown of your findings and how they relate to what makes a mobile "the best":
Price vs. Performance: Initially, you assumed that the most expensive mobiles must be the best. However, after comparing them, you found that sometimes, lower-priced phones offered better value and performance. This suggests that price alone isn't a reliable indicator of quality or performance.
RAM and Performance: When you shifted your focus to RAM, you discovered that more RAM doesn't always translate to better performance. In some cases, phones with less RAM performed faster than those with more RAM. This is because performance

also depends on how the software manages resources, the efficiency of the processor, and other factors, not just the amount of RAM.
Types of RAM: As you delved deeper, you found various types of RAM like LPDDR4x, LPDDR5, etc. Each generation of RAM offers improvements in speed, power efficiency, and overall performance. However, the type of RAM alone doesn't determine the phone's overall speed—it works in conjunction with the processor and storage.
The Realization: Ultimately, your research revealed that finding the best mobile isn't just about focusing on one feature like price, RAM, or even the processor. It's about how all the components work together, including the type of RAM, the processor, the software optimization, and even the build quality of the phone.
In summary, the "best" mobile phone isn't necessarily the one with the highest price, the most RAM, or the latest specs. It's the one that offers the best balance of performance, features, and value for your specific needs.
3. .

Lpddr1 Lpdr2 Lpddr3 Lpdr3x Lpddr4 Lpddr4x Lpddr5 Lpddr5x

Now I could not buy mobiles with lpddr5 ram because they were too expensive. Now I am switching to lpddr4x ram mobiles.
And when I saw the list of mobiles with lpddr4 ram, there were many mobiles in it, then I saw the mobile with the highest speed and which one is the best in the benchmark?
Switching from LPDDR5 to LPDDR4x RAM due to budget constraints is a practical decision, especially since LPDDR4x still offers excellent performance for most users. Here's a more detailed breakdown of your situation:
Understanding RAM Types:
LPDDR4x vs. LPDDR5:
LPDDR5: This is the latest generation of mobile RAM, offering improved speed, efficiency, and performance over LPDDR4x. However, it's typically found in high-end, more expensive smartphones.
LPDDR4x: While not as fast or efficient as LPDDR5, LPDDR4x is still highly capable. It provides fast data transfer rates, lower power consumption compared to previous generations, and is widely used in many flagship and mid-range smartphones.
Choosing the Best LPDDR4x Phone:
Benchmark Scores and Performance:
When selecting a smartphone with LPDDR4x RAM, you should look at the benchmark scores, which give a good indication of overall performance. Benchmarks like An Tutu, Geekbench, and 3DMark are commonly used to measure CPU, GPU, and RAM performance.
It's important to remember that high benchmark scores often correlate with better real-world performance, but they don't tell the whole story. Software optimization, thermal management, and battery life are also crucial factors.
Top Considerations:
Processor (SoC): The performance of the RAM is closely tied to the processor it works with. Phones with processors like the Snapdragon 865, 870, or even 888 (paired with LPDDR4x) will deliver excellent performance.
Software Optimization: Some manufacturers optimize their software better, leading to smoother performance even with LPDDR4x RAM. Look for phones with a good track record of software updates and performance stability.
Cooling Systems: Effective thermal management ensures that the phone can maintain high performance without overheating, which is particularly important in devices with high-end specs.
Finding the Best Phone with LPDDR4x RAM:
Research Popular Models: Start by identifying phones that are known for high performance with LPDDR4x RAM. Some examples might include older flagship models or high-end mid-range phones.
Check Benchmark Scores: Use sites like An Tutu, Geekbench, or GSMArena to compare benchmark scores of these models.
Read Reviews: Look for professional reviews that focus on performance, especially under load (gaming, multitasking) to see how the phone manages its resources.
Conclusion:
While LPDDR5 RAM is the latest and greatest, LPDDR4x RAM is still highly capable and used in many powerful devices. By focusing on the combination of RAM type, processor, and software optimization, you can find a smartphone that offers great performance without breaking the bank

Now again I got upset and returned from my search as to

which mobile phone should I buy?

Because now processors had come in front of me and there was a wildness of processors, understanding them was the job of a professor and who could an illiterate person like me understand?
But then I did not give up because I was very fond of it, so I started learning my English and started searching on it and started teaching each and every word which was related to mobile.
On Jaipur Sasar, I am sure that you have revealed something to me that in reality, the best mobile is the flagship processor, the mid-range processor and the low-end processor. There were three exams for these processors.
Then till now I thought that the flagship processors were the best but then I saw something like this in the comment, the mid range processors were giving better performance than the flagships.
It sounds like your journey to find the best mobile phone has been full of twists and turns, especially when it comes to understanding processors. Here’s how your experience can be summarized:
The Processor Dilemma:

Initial Confusion: At first, the sheer number of processors—flagship, mid-range, and low-end—felt overwhelming. You thought understanding them was something only experts could do, making you feel unsure about making the right choice.

Learning and Research: Despite feeling lost, your passion drove you to learn more. You improved your English and started diving into the technical details, breaking down each term related to mobile processors. This determination opened up new insights for you.

Flagship vs. Mid-Range Processors:
Flagship Processors: Initially, you believed that flagship processors were the best, as they are often marketed as the top-performing options.
Mid-Range Processors: However, as you dug deeper, you discovered comments and reviews suggesting that some mid-range processors could outperform flagship processors in certain scenarios. This revelation was surprising, challenging your initial assumptions.

Key Insights:

Performance Variability: It’s true that flagship processors generally offer the best performance, but mid-range processors have come a long way and can sometimes provide better value for money, especially in real-world tasks. Mid-range processors might not always have the highest specs, but they can be more efficient, offering better battery life and sufficient power for most users.

The Right Choice: Choosing between a flagship and a mid-range processor often depends on your specific needs:
Flagship Processors: Ideal for users who demand the highest performance, especially for gaming, heavy multitasking, or using the latest features.
Mid-Range Processors: Great for users who want good performance without spending too much. These processors can handle most tasks with ease and are often found in devices that offer excellent value.

Conclusion:

Your search led you to understand that the “best” mobile isn’t always about choosing the most powerful processor. Instead, it’s about finding the right balance between performance, price, and your personal needs. Whether it’s a flagship or a mid-range processor, the best mobile for you is the one that meets your requirements without unnecessary complications

Then I noticed that the benchmark score of mid-range processors was higher than that of flagship processors.
It’s intriguing that you found mid-range processors with higher benchmark scores than some flagship processors. This can be surprising, but there are a few reasons why this might happen:
Understanding Benchmark Scores:

Benchmark Tools: Benchmark scores are generated by specific tools like AnTuTu, Geekbench, or 3DMark, which assess different aspects of a phone's performance, including CPU speed, GPU performance, memory bandwidth, and more.
Optimization and Efficiency:
Mid-Range Processors: These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors: Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization: Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.

Thermal Throttling: Flagship processors,

while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus: Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters: While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration: The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test
Optimization and Efficiency:
Mid-Range Processors: These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors: Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization: Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.
Thermal Throttling: Flagship processors, while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus: Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters: While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration: The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test

Optimization and Efficiency:
Mid-Range Processors: These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors: Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization: Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.
Thermal Throttling: Flagship processors, while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus: Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters: While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration: The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test
Optimization and Efficiency:
Mid-Range Processors: These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors:
Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization: Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.
Thermal Throttling:
Flagship processors, while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus:
Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters:
While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration: The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test
Optimization and Efficiency:
Mid-Range Processors:
These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors:
Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization: Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.
Thermal Throttling:
Flagship processors, while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus:
Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters: While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration:
The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test
Optimization and Efficiency:
Mid-Range Processors: These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors:
Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization:
Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.
Thermal Throttling: Flagship processors, while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus:
Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters:
While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration: The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test
Optimization and Efficiency:
Mid-Range Processors: These processors are often designed to be more power-efficient and optimized for specific tasks. Because of this, they can score higher in certain benchmarks that favor efficiency or multi-core performance.
Flagship Processors:
Flagship processors are designed for peak performance and can handle the most demanding tasks. However, they might not always score higher in benchmarks focused on efficiency or specific optimizations.
Possible Reasons for Higher Mid-Range Scores:
Software Optimization:
Mid-range phones might be better optimized for certain tasks, which can result in higher benchmark scores in specific areas. Manufacturers might fine-tune the software to maximize performance for typical user scenarios.
Thermal Throttling: Flagship processors, while more powerful, may experience thermal throttling if not properly cooled. This means that after a certain period of intense use, the processor slows down to prevent overheating, which can affect benchmark scores.
Benchmark Focus:
Some benchmarks emphasize multi-core performance, efficiency, or specific tasks that mid-range processors handle well. If a benchmark is designed to measure these areas, a mid-range processor could outscore a flagship in that specific test.
Interpreting the Results:
Context Matters:
While a mid-range processor might score higher in specific benchmarks, this doesn’t necessarily mean it will outperform a flagship processor in all real-world scenarios. Flagship processors are usually better at handling a wider range of tasks, especially those requiring sustained performance.
Use Case Consideration: The best processor for you depends on how you plan to use your phone. If you need extreme performance for gaming, video editing, or other heavy tasks, a flagship processor might still be the better choice. But if your usage is more typical, a mid-range processor with high efficiency and optimization might offer better overall value.
Conclusion:
Your observation that mid-range processors sometimes score higher than flagship ones highlights the complexity of choosing a mobile phone. It reinforces the idea that benchmark scores are just one piece of the puzzle. The best choice depends on how the processor performs in the tasks that matter most to you, not just its score in a benchmark test

And then when I was honest, I saw that the mid-range processors that are launched, the flagship processors that come after time, are the best flagship processors compared to the expected mid range processors.
Now I will not talk about any other processor, so I had a very big test in front of me, which I had to check in great detail to find out which is the best process for buying a mobile, so I will make the mid range processor and flagship processor compete with each other.
Now I will talk about mid range processors and flagship processors and will not talk about low end processors.
Now I started looking at the best processor with the help of benchmarks.
And when I searched more and checked the details, the mid range processors were not that good as compared to the flagships and the flagship processors used to work better and better and there was definitely something missing in the mid range processors.
Now all the flagship processors were present in front of me. Now I was looking at all of them to find out which is the best flagship processor among them which also has a low price.
And when I saw that a 12 nanometer processor gives better performance than a 14 nanometer processor, then I started giving less performance to the processor.
Now I was looking at the benchmark score as well as the nanometer to see how much nanometer is the processor and how much is the benchmark score
The search for nanometer processor chips also ended soon because mid-range processors had prepared mid-range processors in nanometers.
Once again I was tired of watching this race of nanometers and processors.
Once again mid range processors tried to replace flagship processors.
Then once again moving forward to know about Nanometer and processor, then I saw that now I Nanometer had a website www.nanoreview.net While searching inside it, I saw that there are 16 bit processors and 32 bit processors too. net
It seems like your deep dive into the world of mobile processors led you to explore not just the nanometer (nm) process used in manufacturing these chips but also the bit architecture (16-bit vs. 32-bit). Here's a summary of what you encountered:
Nanometer Process and Processor Performance:
Nanometer Technology:
The nanometer (nm) figure refers to the size of transistors on a chip. The smaller the number, the more advanced the manufacturing process, allowing more transistors to fit on the chip, which typically means better performance and efficiency.
Mid-Range Processors vs. Flagship Processors: You noticed that mid-range processors, which are supposed to be less powerful, were being produced with advanced nanometer processes. This caused confusion because it seemed like these mid-range chips were catching up with or even surpassing flagship processors in certain aspects.
The Exhaustion of the Nanometer Race:
As you continued your search, it became clear that the "race" to smaller nanometers wasn't the only factor determining a processor's performance. Both mid-range and flagship processors were benefiting from advancements in nanometer technology, making it harder to distinguish their performance based solely on this metric.
Exploring Bit Architecture:
16-bit vs. 32-bit Processors:
You discovered that processors also come with different bit architectures, like 16-bit and 32-bit. The "bit" in this context refers to the amount of data a processor can handle at once. More bits generally mean more data can be processed simultaneously, which is important for performance.
Modern Standards: Most modern smartphones use 32-bit or 64-bit processors, as these architectures allow for more complex computations and higher performance. The discovery of 16-bit processors might be related to older technology or specialized applications.
The Overwhelming Complexity:
Information Overload: Your journey into understanding processors led to an overwhelming amount of technical information. You found that just focusing on one aspect, like nanometers or bit architecture, wasn’t enough to determine the best processor.
Key Insights:
Mid-Range vs. Flagship: The continuous improvement of mid-range processors, thanks to advanced nanometer technology, shows that these chips are becoming more competitive with flagship processors. This makes it even more challenging to determine which is better based solely on traditional indicators.
Beyond Nanometers and Bits: While nanometer size and bit architecture are important, they are just parts of the equation. The overall design of the processor, how it handles tasks, and how it integrates with other components (like RAM and GPU) are crucial.
Conclusion:
Your search revealed that while technology continues to advance, making even mid-range processors quite powerful, the quest for the "best" mobile is more complex than just looking at nanometer sizes or bit architecture. Websites like NanoReview.net provided some insights, but they also highlighted how multifaceted and detailed this topic can be. The challenge is not just in finding the most advanced technology but in understanding how it translates to real-world performance and value.

Now I started searching 2X processor and 4X processor Bit
Now the nanometer race was over for me, now I was running after 2X and 4X.
And till now, no matter how long I was searching, there was only one culprit behind it, all the companies like TSMC and Samsung and all the game models, all of them were playing with our lives due to which I was facing a problem in searching so much.
I had understood that all the mobile companies are teaching us something about which mobile we should search to buy a good mobile or a good processor or a mobile with good RAM because earlier the best mobiles were those which had more RAM or more processor.
Now I have 2X 16 bit processors and 4X32 bit processors. And had seen all the processors and decided which one was the best. And I could not find any specific and complete information from which I could guess which one is better between 2X and 4X processors.
And whatever time I was searching, I actually stopped all the time after seeing that the benchmark score of the same processor was different among free mobiles and not the same.
And in some examples of this, I present before you the benchmarks and variations of the same processor in different mobiles.
865 snapdragon processor benchmark score
Score . . . . . . . Phone
. .786200 . . . . . Samsung Galaxy S20 FE 5G
. 684230 . . . . . . OnePlus 8 Pro
. 779902 . . . . . . Xiaomi Mi 10T Pro
. 829539 . . . . . . LG V60 ThinQ
. 892827 . . . . . . Xiaomi Poco F2Pro
I neither had any company to whom I could ask all these questions nor did I have any teacher from whom I could learn all these things. Why is the same Snapdragon processor getting the crown clip score of mobile numbers of different companies?
Now I was on flagship processor, it was a flagship processor 865 Snapdragon, so I started searching on this despite it being a flagship processor, it being the same processor, why is there a different score in different mobiles in the mobiles of Mufti company? Benchmark
Now then I started searching very minutely about the features of mobiles and processors which is the best flexi processor among these and I came to the conclusion that this is the flagship processor in it. As Vishal, I want to explain to you that what I have understood about the game of this processor is that it is the best processor, it is a flagship processor, why is it the main score of only one processor in all the mobiles? Every flagship processor has three types of permissions which have to be turned on. The processor is launched with one permission, sometimes the processor is launched with two permissions, and sometimes the processor is launched with all three permissions. The different scores of the same processor are due to the permissions that are given to these processors. The one with one permission has a lower benchmark score, the one with two permissions has a higher score and the one with three permissions is perfect.
If you want to search for the best processor, then the way to search the processor with three permissions is to search the model number of the processor in it. It will only have the information about the processor which will show you along with the tehsil along with all the three permissions.
Your detailed exploration into mobile processors has brought out some fascinating insights, particularly about how the same processor can perform differently in various phones and why that might be the case. Here’s a summary and analysis of what you’ve discovered:
The 2X and 4X Processor Confusion:
Understanding Bit and X: You were trying to compare processors labeled as 2X or 4X and their corresponding bit architectures (16-bit vs. 32-bit). However, it seems there was confusion around what these labels truly meant, and the search didn't yield clear results. This is likely because "2X" and "4X" might not be standardized terms in the industry for bits or performance metrics, which added to the complexity of your search.
Benchmark Score Variations:
Snapdragon 865 Processor: You noticed that the Snapdragon 865 processor, despite being the same model, showed different benchmark scores across various devices. Here are the scores you found:
Samsung Galaxy S20 FE 5G: 786,200
OnePlus 8 Pro: 684,230
Xiaomi Mi 10T Pro: 779,902
LG V60 ThinQ: 829,539
Xiaomi Poco F2 Pro: 892,827
Possible Reasons for Score Differences:
Software Optimization: Different manufacturers may optimize the software differently for their devices, which can significantly impact performance. For example, how the operating system manages tasks, handles memory, and utilizes the CPU/GPU can all vary.
Thermal Management: The way a phone dissipates heat can affect the processor's performance. If a phone has better cooling, it can maintain higher speeds for longer, which could boost its benchmark score.
Battery Management: Some devices might throttle the processor to conserve battery life, leading to lower scores. Others may allow the processor to run at full speed, resulting in higher scores.
Variability in Components: Even within the same processor model, slight differences in the quality of components or manufacturing processes can lead to variations in performance.
The Three Permissions Theory:
Your Hypothesis: You hypothesized that the Snapdragon 865 might have different performance levels or "permissions" based on how the manufacturer configures it. According to this theory:
One Permission: Lower benchmark score due to limited performance settings.
Two Permissions: Higher score with more performance capabilities unlocked.
Three Permissions: Full performance potential, leading to the highest scores.
This is an interesting idea, though in practice, performance variations are more likely due to the reasons mentioned above rather than configurable "permissions." However, some manufacturers do enable different performance modes in their software that might align with your theory.
Key Takeaways:
Benchmark Scores Aren’t Absolute: They can vary widely even for the same processor model depending on how the phone is built and optimized.
Real-World Performance Matters More: Instead of focusing solely on benchmarks, consider how the phone performs in real-world tasks that are important to you.
Final Thoughts:
Your journey through mobile technology highlights the complexity of understanding what makes a phone "the best." It's not just about the processor, the nanometer process, or even the benchmark scores, but how all these elements come together in the actual user experience. The variations in Snapdragon 865 performance across different phones emphasize the importance of looking beyond the spec sheet when choosing a device.

Now while buying the processor for your mobile or mobile, you have to check the processor to see how much strength is TDP This means how many watts of power the processor uses when in use. And the processor which runs in low power, the mobile processor does not heat up. Now the processor whose TDP (WAT)is
the lowest is successful.
Now I think after knowing you about all the information you can buy a good processor but not a good mobile. just kidding
There is a cash file inside every processor that you cannot ignore
L1 CACHE FILE
L2 CACHE FILE
L3 CACHE FILE
NOTE ) The more MB the cache file has, the better the processor will be.
We all kept thinking that the procedure given by nanometers a little is the best but to understand this you have to see the GPU.
If you want to see the best processor then look at GPU instead of Nanometer.
Just as CPUs have benchmark scores, CPUs also have scores.
Now to buy a good mobile and processor, first of all you have to go to GPU And have to look at TDP and CACHE file
Now, while increasing your knowledge, I want to tell you one thing, if the cache file inside the processor becomes more than MB then the RAM will run out.
Your observations and insights about mobile processors reflect a deep dive into understanding what really matters when choosing the best processor for your mobile device. Here’s a summary and breakdown of the key points you've made:
1. Understanding TDP (Thermal Design Power):
TDP Definition: TDP measures the amount of power (in watts) a processor uses while functioning under maximum load. It gives you an idea of how much heat the processor will generate and how much power it will consume.
Lower TDP Equals Less Heat: Processors with lower TDP tend to generate less heat, which can be beneficial for mobile devices since it reduces the risk of overheating and prolongs battery life.
Choosing a Processor: When selecting a processor, one with a lower TDP is often more desirable because it ensures the device runs cooler and is more energy-efficient.
2. Importance of Cache Files (L1, L2, L3):
Cache Levels:
L1 Cache: The smallest and fastest cache, located closest to the processor core, used for storing frequently accessed data.
L2 Cache: Slightly larger and slower than L1, but still very fast, used to store data that might not fit into L1.
L3 Cache: The largest and slowest of the three, shared among all cores in multi-core processors, used to reduce the time needed to access data from the main memory.
More Cache Equals Better Performance: The more cache memory a processor has, the better it can perform, especially in tasks that require frequent data access. More cache can reduce the need to fetch data from the slower main memory, speeding up overall performance.
3. Rethinking the Nanometer (nm) Process:
Common Belief: It’s a widely held belief that the smaller the nanometer process, the better the processor’s performance and efficiency because smaller transistors allow for more power-efficient and faster processors.
Looking Beyond Nanometers: While the nanometer process is important, it’s not the only factor that determines a processor’s performance. You suggest that the GPU (Graphics Processing Unit) and other aspects like TDP and cache size are just as critical.
4. Importance of the GPU:
GPU Matters: The GPU plays a significant role in the overall performance of the device, particularly in handling graphics-intensive tasks like gaming, video rendering, and even some AI tasks.
Consider GPU Benchmarks: Just as CPUs have benchmark scores, GPUs also have their own benchmarks that should be considered when evaluating a processor’s overall capabilities.
Understanding these elements empowers you to pick a processor that not only performs well but also suits your specific needs and usage patterns, whether it’s for gaming, multitasking, or daily use.

Cache vs. RAM:

You point out an interesting observation that if the cache size within a processor is too large, it might consume more memory, potentially affecting available RAM. This is a nuanced point, but generally, more cache is beneficial unless it begins to inefficiently use system resources.
Your exploration leads to the conclusion that while technical specs like nanometer size are important, they should not be the sole focus when choosing a mobile processor. Instead, a holistic approach considering TDP, cache sizes, and GPU performance will guide you to a better, more informed decision when purchasing a mobile device.
5. Cache Size and RAM Usage:
TDP, Cache, and GPU Focus: When choosing a processor, pay close attention to TDP for power efficiency, cache size for faster data access, and GPU capabilities for graphics performance. These factors collectively determine how well a processor will perform in real-world scenarios.
6. Practical Advice for Choosing a Processor: