NOVELTY - The organic electronic device comprises a layered stack comprising an opaque metallic substrate (2), a translucent current collector layer (4) provided on a top of the substrate, a translucent electron transport layer (6), a translucent hole transport layer (8) and a photoactive layer (7) capable of generating a charge carrier effect. The active layer is provided between the electron transport layer and the hole transport layer. A current collector structure is provided on a top of the layered stack. The organic electronic device further comprises an insulating layer.    USE - The organic electronic device is useful as an organic solar cell, an organic LED, and a solid state dye sensitized solar cell (all claimed), and is useful for building integrated products and consumer products.    ADVANTAGE - The cost-effective organic electronic device exhibits high power conversion efficiency, long lifespan, and improved mechanical stability and temperature resistance.    DETAILED DESCRIPTION - The organic electronic device comprises a layered stack comprising an opaque metallic substrate (2), a translucent current collector layer (4) provided on a top of the substrate, a translucent electron transport layer (6), a translucent hole transport layer (8) and a photoactive layer (7) capable of generating a charge carrier effect. The active layer is provided between the electron transport layer and the hole transport layer. A current collector structure is provided on a top of the layered stack. The organic electronic device further comprises an insulating layer located on a surface of the metallic substrate adjacent to the current collector layer, and a further current collector layer. The insulating layer comprises a polymer material with a relatively high resistivity relative to the metallic substrate. The current collector layer comprises a metallic layer acting as an optical back reflector. The electron transport layer comprises a semiconducting metal oxide. The current collector layer is present in sequence coated with the electron transport layer, the active layer, the hole transport layer and the current collector structure. The hole transport layer is positioned adjacent to the current collector structure. The further current collector layer is positioned adjacent to the current collector structure, has a conductivity of 104-105 S/m, and comprises a contact layer for leveling the electron transport layer. The high conductivity polymer material comprises processing additive or dopant. The metallic substrate is optionally coated with metallic, organic, inorganic or hybrid coatings. The translucent hole transport layer comprises a material with a low conductivity of 0.01-0.3 S/m, thin semiconducting metal oxides, and doped organic or polymeric materials. The current collector structure comprises a metallic bus bar structure. The active layer includes an emissive electroluminescent layer and a photoelectrochemically active layer. An INDEPENDENT CLAIM is included for a method for manufacturing an organic electronic device.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic perspective view of a layered solar cell.    Metallic substrate (2)    Translucent current collector layer (4)    Translucent electron transport layer (6)    Photoactive layer (7)    Translucent hole transport layer. (8)