In the world of mobile technology, smartphones are the only handsets worth talking about these days it seems. The following guide will explain in simple terms how they differ from normal mobile phones, what they do and how they actually work.
Introduction to Smartphones
Traditional mobile phones are made to tackle your communication needs such as making and receiving calls or texting. Smartphones differ in that they offer much more than this because they provide many of the same functions as you’re used to from your computer.
Smartphones allow you to install, configure and run the applications of your choice. In effect, this means the individual can tailor their mobile device to an unprecedented degree and access a range of functions from one tidy device.
These are some of the core things smartphones can do:
- E-mail – increasingly smartphones are Wi-Fi capable.
- Instant messaging.
- Personal Information Management, including calendar, notes and To-Do list.
- Communication with laptop or desktop computers.
- Data synchronisation with applications like Microsoft Outlook and Apple’s iCal calendar programs.
- Download and run advanced applications such as video games.
- Play audio and video files.
Future smartphone applications that are already in development seem to show that the sky is the limit when it comes to the range of functions they will be able to perform. For example, near field communication technology will allow your smartphone to act as a wireless credit card at retail stores. vivo v20
These days, smartphones run on computing processors with speeds that range from 100 – 624 MHz, and a 1 GHz processor is on its way. Many smartphones use power-efficient ARM processors, the same kind that can be found in printers, routers and MP3 players. They will also offer on-board memory storage in the tens of megabytes, and many devices have slots for removable memory to offer extra storage in the same way that you would use an external hard-drive for your computer.
Computer Chip Functionality
Computer chips give smartphones their functionality. This includes cameras with high-resolution image sensors like digital cameras, real-time web browsing, sharing multimedia files or playing music – without draining your phone’s battery life excessively. Some manufacturers also develop chips that integrate multiple functions to help reduce the overall cost of their handset, meaning with fewer chips per phone, their production costs and thus their retail prices are lowered.
It must be said that recent hardware innovations have led the way to become what users will expect as standard from a good smartphone. For example, Apple’s iPhone has an accelerometer that lets you change the view from portrait to landscape format by simply turning the phone 90 degrees. Also, dial buttons for calling are increasingly being replaced by touchscreen (the iPhone has no dial buttons at all). Then there are power saving features gaining ground – the iPhone has ambient light sensors that automatically adjusts the brightness of the display based on how much light is present in your surroundings.