Why is it that the longer the phone is turned on, the larger the memory?

It doesn't necessarily take longer to boot up, the higher the memory usage, which has a certain relationship with the software you load and the person who wrote the software. Because generally speaking, as the boot time increases, you will definitely open multiple programs, and each program will apply for a certain amount of memory space, so that the memory usage will increase, but if the program is closed, correspondingly, the memory space used by the program station should be released. However, it is not excluded that some software writers forget to release the occupied memory space after closing the program when designing the program, and such occupation can only be released by restarting.

1. The mobile phone system itself will occupy a part of the memory and cannot be cleaned up, which is a normal phenomenon.

2. Running the program will occupy a part of the memory, it is recommended to clean up the background running program with one click, and close the background program that is not used.

3. If the system caches too much garbage, enter File Management - File Cleanup, and clean it up.

Because there is unnecessary software running, first of all, the faster the boot speed, that is, the less software your phone starts, the slower the boot, the more software is started, so it takes up a lot of memory, the solution, ** Android master, there is an optimized boot inside, and another ** task terminator to help you turn off the software that runs automatically.

The larger the running memory of the mobile phone, the better, because this kind of mobile phone runs very fast, the operation is very sensitive, the memory is large, the processor is very good, and the speed of the software is also very fast, so when I buy a mobile phone, I must pay attention to this aspect of the problem.

This is true, because the larger the memory, the faster it will be, and it will not be easy to generate mobile garbage.

I think this is indeed the case, because the bigger the heart, the less likely the phone is to freeze, and it can also hold a lot of things.

Memory generally gets larger after an app update.

After the mobile phone app is updated, there are three situations in which the internal knowledge of the bucket becomes larger or smaller:

1. The update of the minor version of the mobile app is usually bigger and bigger. For example, updating to, usually to fix bugs, ** the amount usually increases, and the volume will increase.

2. The update of the major version of the mobile app is usually smaller. For example, to such a large version of the leap, it is possible to rewrite the underlying **.

3. However, mobile phone applications also have a large version leap, but will increase significantly, because the underlying mechanism has changed.

Mobile apps and their updates

Mobile phone software mainly refers to the software installed on the smartphone to improve the shortcomings and personalization of the original system. The main means to make the mobile phone perfect its functions and provide users with a richer user experience. The operation of mobile phone software requires the corresponding mobile phone system, as of June 1, 2017, the main mobile phone system:

Apple's iOS, Google's Android (Android) system is based on the Symbian platform, and the Microsoft platform.

The new version of the app is conducive to running on newer operating systems and platforms, such as iOS devices will soon remove all 32-bit apps, the reason is that 64-bit apps have better support and are more conducive to the performance of mobile phones.

1.Browser apps: Browser apps often take up a lot of memory because they need to work on multiple web pages and content at the same time. In addition, browser apps cache web page data to improve the user's browsing speed, which also increases their memory footprint.

2.Social apps: Social apps, such as Facebook, Instagram, and Twitter, take up a lot of memory because they need to load and display a lot of content at the same time.

3.Gaming apps: Games are resource-intensive, and they need to load and render a lot of graphics, sounds, animations, and so on at the same time.

This game data is usually stored in memory for quick access and execution, so gaming apps tend to take up a lot of memory space.

4.Multi-application: Multi-application, multi-application, and multi-application, such as the user, need to process a large number of audio and files at the same time, which are usually large and require a certain amount of memory space for decoding and processing.

As a result, multi-app applications tend to take up a lot of memory space.

5.Virtualized applications: Some virtualized applications, such as virtual machines and emulators, require other operating systems or applications to be simulated on the phone.

These virtualized applications not only need to occupy a certain amount of memory to emulate and execute other systems or applications, but also require additional memory to store the data and state of the virtualized environment.

It should be noted that different mobile phones, different operating systems, and different versions of applications may have differences in memory usage, and the above applications are just the types of applications that occupy more memory under normal circumstances. In addition, the memory footprint of an app can also be affected by factors such as phone configuration, app optimization, and user habits.

Generally speaking, the biggest memory content on your phone is apps and their associated data. Apps include social** apps, game games, utility apps, and more, and their installation files and cache data take up space on your phone's memory. In addition, files such as **, **, **, documents, etc. will also occupy a certain amount of memory space.

When buying a mobile phone, a large amount of memory is an important consideration, but it's not the only one to consider. Here are some considerations regarding memory size:

1.Multitasking: The more memory, the better the phone will perform when running multiple apps at the same time. The larger memory provides more space to store and switch between applications, reducing the number of apps stuttering and closing due to low memory.

2.Games and multi-needs: If you often play large games or store a large number of files, a larger memory can provide more space to store and process these files, avoiding frequent cleaning and transferring files.

3.System and app updates: Phone operating systems and apps are constantly updated and upgraded over time, and these updates often require a certain amount of memory space.

Larger memory can better cope with system and application updates, so you don't have to run out of memory to update your software.

In addition to memory size, there are other factors to consider, such as processor performance, camera quality, screen quality, battery life, etc. Different users have different spring imitation needs, so when buying a mobile phone, you need to comprehensively consider your own usage habits and needs, and choose a mobile phone configuration that suits you.