Learn about our digital wallpapers: Farbound.Net Digital Wallpapers are created with the dual purpose of not just allowing you to decorate your computer and mobile phone with artistically done, visually pleasing bits of the past, but to also showcase history, display heritage and spread knowledge. Standard dimensions have been maintained, and size has been kept to the bare minimum so as to occupy less space on whichever device you choose to decorate.

Can the wallpapers be used for laptops, tablets and other screens?: Farbound.Net wallpapers are designed as per the standard desktop wallpaper size of 1920 x 1200 pixels, and the standard mobile phone wallpaper size of 1200 x 1920 pixels. However, the desktop wallpapers can be adjusted and used for laptops, tablets and other screens.

Can the digital wallpapers be printed?: Both Farbound.Net Desktop and Mobile Phone wallpapers are created in the RGB colour mode and offered for downloads as JPEGs, making them ideal for digital use. Printers, at home or printing services, rely on the CYMK colour mode. However, it is possible to print and use the desktop wallpapers since many modern printers are capable of printing RGB based JPEGs. If doing so please do not scale/enlarge the size of the desktop wallpaper. Suggested size (Horizontal) is 1920 x 1200 pixels or less. For wall decorations you can browse Farbound.Net's range of wall posters. The wallposters are in Cymk colour mode and provided as PDFs for download to facilitate printing.

History: This Farbound.Net Digital wallpaper features a photoart presentation of the Himalayas. The Himalayas was formed around 50000000 BCE when the Indian Teutonic plate having separated itself from the supercontinent of Gondwana due to massive volcanic disruptions had drifted northwards and eventually collided with the Eurasian Teutonic Plate. Though the Himalayas emerged around 50 million years ago, the process had started around 70 million years ago when the Indian plate was separated. On collision, the Indian plate had slid underneath the Eurasian plate, and pushed it upwards to form the mountain range. During the process sediments accumulated in the prehistoric sea known as the Tethys Ocean was also compressed and pushed upwards to form parts of the mountain range, explaining why fossils of marine life are to be found in the Himalayas.