Anatomy of Smartphones – How Do Smartphones Work?


The smartphone software like iPhone can be considered as a software stack. The software sticks to a smartphone consists of five layers. The layers include kernel, middleware, application environment (AEE), user interface framework and application suite. The kernel manages processes and driver for the hardware. Middleware consists of libraries that run the smartphone application. The Environment Environment application provides a programming programming interface. The User Interface Network provides the design and interface shown on the screen. Application Suite combines main applications that users have access to, including menu view, calendar and mailbox.


Power Processing

The smartphones run on processors with a clock speed of 100-624 MHz (with 1 GHz processor) which is thoughtfully slow when used on the desktop today. Also, many smartphones have power supplies, which are also included in routers, printers and other built-in devices.

Computer Desk

It's the chip that provides the smartphone functionality it shows. High resolution cameras like digital cameras, real-time browsers, sharing multimedia files, or playing music with low battery consumption are some of the features that can be caused by the chip. There are innovations in hardware with the Apple iPhone that offers accelerometer where you can change the view from landscape to image by turning the phone around 90 degrees.

Operating System

All smartphones are characteristic of the operating system on which they are based. The operating system of the operating system determines the features, limits and number of applications that a user could access. There are two main venues that are popular today – Apple iOS and Google Android OS. Apart from these, Windows and Blackberry are also available on the market.


Your smartphone must be connected to your service provider. It uses digital radio technology. Digital information is converted in parallel (dual-channel as one and zero) and is compressed for easy transmission.

A large number of data that the smartphone is capable of dealing with is the result of the technology used in the so-called frequency switching system, which uses two frequencies. Each frequency is assigned to a given number in the double row and divides either 1 or 0 to send digital signals from the phone to the signal strength.


There are two types of memory found in smartphone. One is internal memory and the other is flash memory. Flash memory is like disk and the device uses this memory for additional space to contain information stored on the smartphone.


Your smartphone gets its power from a rechargeable battery. The battery will be released when electrically moving from negative to positive position. Innovations are made to reduce energy consumption as much as possible. The nature of light around is in the iPhone, as the sensor helps the smartphone adjust the brightness of the display according to the light present in the environment. The speed at which smartphone restores power depends on how much electrical current the charger allows to flow.

Smartphones are no longer luxury with amazing features and applications that it brings to their users. Whether you're a gizmofreak or just use it to meet your basic needs, your smartphone brings much more than what you expect from a mobile phone.

Source by Pradeep Hunka

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