A
liquid crystal display including: a
liquid crystal panel including front and rear glass substrates, a plurality of
liquid crystal sub-pixels for red, green, and blue respectively corresponding to three color, i.e., red, green, and blue, lights, and disposed between the front and rear glass substrates, and a color filter disposed between the plurality of liquid
crystal sub-pixels and the front glass substrate; a backlight unit disposed behind the liquid
crystal panel, and including a plurality of three color light suppliers spaced apart from each other in groups and supplying the three color lights; and a
lenticular lens array disposed between the backlight unit and the liquid
crystal panel, and inducing the three color lights emitted from the three color light suppliers to the liquid crystal sub-pixels and the color filter of the liquid crystal panel. According to the
liquid crystal display, the
lenticular lens array is attached to the liquid crystal panel so as to induce red, green, and blue lights respectively to red, green, and blue color filters inside the liquid crystal panel, thereby increasing light
transmittance and decrease light loss. Accordingly,
power consumption of the
liquid crystal display is reduced, the
liquid crystal display realizes
high resolution, and manufacturing expenses of the liquid
crystal display are reduced.