Type of Computer and Cell Phone Memory Used

Lutfi

Types of Good Computer and Cell Phone Memory

Rancakmedia.com – The latest information regarding the types of computer and cell phone memory and their respective functions, see more complete information by reading the article that we will provide below.

There are many people out there who don't know what a smartphone can do. Many people are more interested in the processor or other specifications in the cellphone. Sometimes, individuals who focus too much on specifications also ignore other aspects that are considered trivial.

It's not just about specifications when it comes to buying a smartphone; it's also about what you need. Why, for example, buy a phone with a powerful CPU but limited RAM. Why would someone buy a cell phone just for the camera, not realizing that the memory available to store images is not very large?

When shopping for a smartphone, the “memory” component is just as important as the “chipset” and “camera” components. As a result, the following is an explanation of Rancak Media regarding the type of memory on Komputer and cell phones.

This explanation of memory will be extensive because it is separated into two parts. It begins with an examination of the differences between men and women in terms of their memory for storing information. The second part of the talk focuses on the types of memory in phones.

General Memory Terms

There are several sectors called memory that are connected to the cell phone. ROM and internal memory are still seen by some as interchangeable terms, which causes some people to get confused. Therefore, let's look at the various types of memory on cellphones and the following explanation to make it clear!

RAM

RAM is short for Read-only Memory Access. The name RAM translates to “accessible storage,” which is exactly what it sounds like. This is only temporary. This implies that RAM will store data for a short time before being destroyed when the data or application is launched.

RAM can be thought of as an operating system data storage location for this purpose. When a user opens Instagram, opens a browser, while playing games, RAM will try to save data.

Multitasking is made possible by the RAM available on the computer. Please remember, however, that when users launch programs, RAM works to make room in system memory. RAM on a phone with 2 GB RAM will decrease by 100 MB every time Instagram is opened on that phone (for example).

PUBG Mobile will then launch and 1 GB RAM will be available. Next, the customer launches Youtube and it takes up 200 MB of space. With this consumption, the consumed RAM has reached 1300 MB, implying that the remaining RAM is 700 MB.

However, keep in mind that a phone with 2 GB RAM is not always fully accessible at 2 GB. RAM only functions when the operating system is active. This makes the RAM capacity which was previously 2 GB utilized. Most of the time, the operating system only uses a small amount of RAM. Assume that 700 MB of RAM is consumed by the operating system of 200 MB, then the remaining 500 MB.

Users prefer to launch more memory-intensive programs, which may require up to 500 MB of free RAM. When this happens, the phone will stutter because the RAM is under load. In order for the smartphone to function properly again, the user needs to exit the program or if necessary delete applications or games that take up a lot of RAM.

As can be seen from this example, the more RAM a computer has, the better. Moreover, many programs and games take up a lot of RAM. Imagine if the cellphone has 4 GB RAM, of course the free space is not 700 MB but maybe 2,7 GB and the cellphone does not experience latency.

On that premise, it is very important for customers to get a phone with a large amount of RAM. Currently, Android phones usually have to have a minimum of 3 GB of RAM, in fact it is best if the smartphone has 4 GB of RAM so that it can operate many applications smoothly. Currently there are several 3 GB RAM Android handsets that are cheaper.

It's interesting to see that a number of companies are offering RAM expansion options as systems evolve. For example, OPPO and Vivo allow phones that previously had a certain amount of RAM to grow by 3 GB by swapping memory from the internal memory. Check out the articles on OPPO phone RAM upgrades and vivo phone RAM upgrades for more information on this topic.

Internal Memory or Internal Storage

A better phrase would be “external memory,” as this is a misnomer. The most common use of space is to store things. Storage on mobile phones is often called "internal memory" because the words "external memory" are used.

So what exactly is internal memory? Internal memory is space for storing various data on a smartphone. Its function is comparable to an HDD or SSD in a computer. Deep data internal memory can be read, written, moved, or deleted like storage.

Apart from storing data, internal memory functions as a place to store software such as applications and games. Installing 50 MB of browser software, for example, will result in the loss of 50 MB of the phone's internal memory when downloaded. The internal memory will be reduced by 1 GB when a game with a capacity of 1 GB is installed. The same thing happens when saving portrait images or saving video data.

The larger the storage capacity of a cellphone, the better. Especially now that many programs and games have large data volumes. The data stored in photos and videos is also very large. Therefore, it is very important to buy a cellphone with a high capacity, for example 64 GB or 128 GB. For current use, it is recommended that the phone have at least 64 GB of storage.

ROM

ROM is an abbreviation for Read Only Memory. As the name suggests, ROM is a “space” in internal memory that can only be read. There is no write or erase access on the ROM. It is possible to remove it, but only with the help of special programs.

It's common to think of “ROM” as “storage capacity” or “internal memory” or “storage”. Even though ROM is not storage. ROM is a place to store read-only data which contains data such as firmware, factory settings and also various data needed to run the operating system.

This ROM is in the form of an IC chip which contains the operating system and other factory default settings. Because ROM is part of the manufacturer, the term Custom ROM appears. The term “custom ROM” refers to a ROM that has been modified by a user for a specific purpose.

As a result, it is wrong to call ROM internal memory. Internal storage is not completely dedicated to ROM. For example, if a cellphone has 32 GB of storage, generally if you look in the settings area, the available space is not 32 GB, even though the user has just bought the cellphone.

Depending on the Android UI, a phone with 32 GB of storage may often have 25 GB or 24 GB of free space. ROM, which stores the operating system and the data mentioned above, takes advantage of the available storage space.

External Memory

External memory is a word that refers to a cellphone that has an extra slot. External memory slots are not available on all smartphones, but they are becoming more popular among those who use them.

Today's cellphones require a tray-shaped slot to accommodate external memory cards. This slot is a hybrid or triple SIM tray. It is quite rare for hybrid device users to have the option of using one SIM card and an additional card for an external memory card or two SIM cards without an external memory card.

There are various types of slots for external memory. For more information about the different types of external memory, see this page. Micro SD and small SD cards are the most commonly used forms of external memory for smartphones today.

How do so many individuals need more memory? The reason is because the storage space on the smartphone seems insufficient for storing data. This is especially important if customers frequently record movies, take photos, or install large programs on their smartphones. Typically, such customers have phones with 32 GB or 64 GB storage.

USB-OTG

Another thing to keep in mind is that external USB storage is a viable option. This capability is not available on all cellphones, but recently many cellphones include a feature that allows smartphones to transfer data to a USB flash disk or vice versa. USB OTG, or USB On-the-Go, is the name given to this capability.

Because flash disks are also storage, flash disks are listed as a type of storage that supports cellphones. Additionally, the usefulness of this capability in migrating data is a key consideration for many customers. The USB OTG converter allows your smartphone to communicate with a USB Flashdisk, so there is no need to send data via a computer.

Cloud Storage

This one is not a kind of storage in the form of hardware but in the form of a service. The term “cloud storage”, as it is called in Indonesian, is used to describe this kind of storage. Today, many organizations offer services so that data can be stored in cloud storage.

This service might be a solution for those of you who need practical storage. Examples that offer this service include Google Drive, iCloud, OneDrive, and others. It's amazing how much easier it is to retrieve data when it's stored in the cloud, because it can be accessed from anywhere with an internet connection.

Types of Internal Memory in Mobile Phones

Internal memory or storage is available on today's smartphones. It turns out that there are two types of internal memory on cellphones, eMMC and UFS. Let's get to know the two types of internal memory on this cellphone.

eMMC

The internal memory of mobile phones on the market mainly uses the eMMC type or integrated Multi-Media Card. Often also known as an integrated Multi-Media Controller.

This form of memory is a storage medium based on NAND flash memory and flash drives. eMMC is a type of flash memory that can be used in various electronic devices, including cell phones.

So, it's not just smartphones that use eMMC. Devices such as GPS systems, eReaders, and some other mobile computing devices use this kind of chipset.

The latest high-end and mid-range smartphones, many of which use eMMC type storage. The most common type of eMMC is eMMC 5.1, which was released by JEDEC as the memory standard in 2015.

JEDEC is a non-profit trade organization for semiconductor engineers. This agency is also responsible for the standardization of semiconductor issues. JEDEC is based in Arlington, Virginia, United States.

JEDEC introduced eMMC 5.1 in 2015 as the current memory standard as a controller/interface circuit to help classify operations and improve performance.

UFS

UFS stands for Universal Flash Storage. In the case of mobile devices, this is the fastest memory available. You might think that UFS is called “SSD for mobile devices”.

In 2011, UFS was first introduced to the market. Version 2.0 of UFS, released in 2013, offers much faster performance. In 2015, UFS 2.1 was created which has a maximum bandwidth speed of 1200 MB/s.

In 2018, JEDEC introduced UFS type 3.0. The OnePlus 7 and OnePlus 7 Pro are the first smartphones to utilize this kind of technology. Type 3.1, a development of Type 3.0, is scheduled for release in 2020. With a maximum bandwidth of 2.900 MB/s, UFS 3.0 and 3.1 are the fastest available.

Despite the fact that UFS is currently commonly used in high-end phones, UFS storage is already present in some mid-range models. In the future, it looks like almost all smartphones, even low-end phones, will adopt UFS. The reason for this is because UFS is the next storage technology.

This version of eMMC is cheaper and easier to adopt but the speed is quite poor. In contrast, the 5.1 eMMC 2015 has read and write speeds of 250 mb/s and 125 mb/s respectively.

When compared to the 2013 UFS 2.0 release. This form of storage has a read speed of 350 mb/s, while the write speed is 150 mb/s. Of course UFS 3.0 offers much greater speed.

So, that's an explanation of the various types of storage offered on cellphones. Now that you've read the above, don't call internal storage ROM or vice versa, because they serve very different purposes.

What is Computer Memory RAM

Random Access Memory is referred to as RAM. Memory is computer hardware that functions to store data and different program instructions, the contents of RAM can be accessed randomly or not according to the data location settings.

Data in RAM is temporary, in other words the stored data will be deleted if the computer is turned off or the installed power source is removed. RAM sticks can also be referred to as primary storage memory, memory sticks, main memory, internal memory, or RAM sticks.

In fact, sometimes people just call it memory even though there are various kinds of memory installed in the computer. Data and instructions are processed quickly using RAM, which is a kind of internal memory.

Adding additional RAM to a computer may have a beneficial effect on the computer's performance and speed, but RAM does not actually affect the speed of the computer.

4 Types of Cell Phone Memory

  1. Random-access memory (RAM)
  2. Read-only memory (ROM)
  3. CMOS memory
  4. virtual memory
  5. RAM type

Based on How It Works

Dynamic RAM (DRAM)

  1. FastPage Mode DRAM (FPM DRAM)
  2. Extended Data Output DRAM (EDO DRAM)
  3. Synchronous DRAM (SDRAM)
  4. Rambus DRAM (RDRAM)
  5. Double Data Rate SDRAM (DDR SDRAM)

For videos

  1. Video RAM (VRAM)
  2. Windows RAM (WRAM)
  3. Synchronous Graphics RAM (SGRAM)
  4. Static RAM (SRAM)

Types of Computer Memory and Their Uses

Watch the video below so you can differentiate between the types of memory on a PC or laptop computer and their respective uses:

video source from: microsoft.com, via: windows youtube channel

FAQ

Below we have summarized some frequently asked questions about memory types, as follows:

What is memory in a cellphone?

Internal memory is a place to store various data on a smartphone, its function is similar to an HDD or SSD on a computer.

Conclusion

There are several sectors called memory that are connected to the cell phone. RAM can be thought of as a storage location for operating system data. RAM on a phone with 2 GB RAM will decrease by 100 MB every time Instagram is opened on that phone (for example).

That's the information about the types of computer and cellphone memory used, hopefully the article above can be useful and helpful for all of you.

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Lutfi

Hi, let me introduce myself, Lutfi Hulasoh, I am a writer and techno blogger. I started creating a personal blog writing informative articles about the latest trends and developments in technology. My writing covers a wide range of topics, from mobile applications to artificial intelligence, and I can also provide easy-to-understand explanations to help readers understand complex concepts.