Ram in phone 2GB vs 4GB vs 6GB vs 8GB. എത്ര GB Ram ഫോണിൽ വേണം? ഈ തെറ്റ് ഒരിക്കലും ചെയ്യരുത്..

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RAM (Random Access Memory) is storage used for a place to hold data. If your mobile device or tablet has a small amount of RAM, you may find that it will start to slow down when you have opened and used lots of different applications at the same time. This is one of the reasons why some devices are more costly - more expensive devices will usually have a larger amount of RAM, and will be able to run more applications at the same time without slowing down as much.



Clearing the RAM will close and reset all running applications to speed up your mobile device or tablet. You will notice improved performance on your device - until there are too many apps open and running in the background again. It is good practice to close down applications regularly. See the instructions below - they're organised by Operating System so the steps are easy to follow. If you're not sure you can check our page on How to find the Operating System of your device.



For devices running Android or Oreo, see the page on the Device Maintenance feature which has more options to enhance and speed up the operating system.
The performance of your smartphone is influenced by many factors, including the operating system, manufacturer, and wireless carrier. But there's one essential and often-overlooked element that's largely responsible for the speed, efficiency, and battery life of your smartphone—the processor. Here's a simple guide to how it works, and what makes an all-in-one processor so powerful.

The Processor
The processor is the central hub of your smartphone. It receives and executes every command, performing billions of calculations per second. The effectiveness of the processor directly affects every application you run, whether it's the camera, the music player, or just a simple email program. Pick the wrong one and you could experience sluggish, stuttering apps and limited network performance, regardless of carrier, manufacturer, or operating system.

When you do something more complex, like playing an online multiplayer game with 3D–intensive graphics or capturing 1080p video, the load put on a processor can be immense. The ability of the processor to coordinate efficient communication between all its components—the modem, graphics, and multimedia engines—is essential to smooth operation.

The CPU, GPU, audio and video engine, connectivity features (GPS, WiFi, FM), and 3G/4G modem are the major components of a Qualcomm® Snapdragon™ mobile processor that control the operation of some of the most powerful and power-efficient smartphones. In contrast, other processors may not integrate as many components, which is why the all-in-one name is key. Let's take a look at what a Snapdragon processor is designed to do, and how the parts of the processor work together to enable seamless actions.

CPU, or Central Processing Unit. This is the "brain" of your smartphone. The CPU receives commands, makes instant calculations, and sends signals throughout your device. There are multiple ways to gauge the performance of a CPU besides checking the Gigahertz (GHz) speed or the number of CPU cores (a.k.a dual-core and quad-core). One of the most important ways to gauge performance is by looking at its supporting cast. In the past, the CPU handled the visuals that were sent to the screen in addition to its other duties, but the demands of high quality graphics led to the development of another component to lighten its load— the GPU.
GPU, or Graphics Processing Unit. The GPU assists the CPU by handling the visuals, particularly the kind that are delivered on games and other graphically-rich applications. By offloading work to the GPU, your phone can do a much better job handling a multitude of graphics-related chores than the CPU could alone. An integrated GPU is designed so video won't stutter, photo-edits will appear more quickly, and fast-moving objects won't appear pixilated. What's more, the GPU frees up the CPU, allowing it to conserve or redirect its resources.
Camera ISP (Image Signal Processor). An integrated Image Signal Processor provides the "oomph" for many of your smartphone's camera functions.

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