Nokia Cell Phone Company has won the trust of the customers providing latest and advanced handsets. This cell phone company beats other cell phone company in the matter of enticing look, light weight, advanced features and affordable deals and offers so the handsets of this company always attract the customers in their first look. Nokia E63 Black on 3 is a new model of this company which has been designed keeping needs and interest of the customers of current era. This is complete package for the customers to fulfill their communication as well as entertainment needs as it sufficient entertainment features in it which are also demanded by the customers.

Nokia E63 Black mobile phone holds 2.4 inch screen that is able to display maximum content on the screen without scrolling down. Its QWERTY keyboard helps its users to insert texts with speed so sending SMS, MMS, Email and instant messaging is possible with this new handset. Prominent feature of the handset is its 2.0 mega pixels camera which provides sufficient resolution to ensure good quality images. Having 2.4 inch big screen, you will be able to see the images in reasonable size without the need of squint.

Fascinated feature of the handset is its access to the internet whilst on the move that will let you access internet while on the move on some social networking sites like Facebook and Twitter. Nokia E63 Black mobile phone offers sound alternative to many of the higher prices phones. This handset is good for listening to music as it has inbuilt music player that will your favorite music anytime and anywhere. Music player is able to play all major file formats so you need not worry about its file formats. Internal memory of the handset is adequate that has sufficient space to store data files including image, music files, thousands of contacts and so on. This handset is able to share the images captured by this latest handset as it has inbuilt camera which comes with Bluetooth connectivity that is able to share your images with your loved ones taking the help of its connectivity.