An information-technological approach to the development of integral white light sources is introduced. It is based on the technology of epitaxial growth of nanostructures in multicomponent solid-state solutions of <$E roman {A sup 3 B sup 5}> compounds and their combination with silicium-based microdevices. We present a new conception of the perception of patterns by man's eye analyzer. It consists in the registration and the processing of biograms and neurograms which are analogs of optical holograms. It is shown that solid-state lighting allows one to perceive information which is equivalent to an energy efficiency of 150 - 200 Lm/W. This is economically profitable when going to solid-state lighting.

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