An optoelectronic device configured to emit light, in particular to display images, or to capture light, the optoelectronic device comprising: - at least one set {Ai} of primary pixels (A i ) where each primary pixel (A i ) is arranged on a free surface of a substrate and comprises at least one primary sub-pixel (A iβ ) capable of emitting a primary light beam on the side opposite to the substrate , - at least one set {B i } of secondary pixels (B i ) where the secondary pixels (B i ) are arranged on the free surface of the substrate alternately with the primary pixels (A i ) so that each primary pixel (A i ) is adjacent to at least one secondary pixel (B i ) and each secondary pixel (B i ) comprises at least one secondary sub-pixel (B iβ ) capable of emitting a secondary light beam on the side opposite to the substrate , - a set {C i } of optical systems (C i ) where each optical system (C i ) is arranged so as to be able to cover, on the side opposite to the substrate , both the entirety of a pixel (A i , B i ) belonging to one of the sets ({Ai}, {Bi}) of pixels selected from the set {Ai} of primary pixels (A i ) and the set {B i } of secondary pixels (B i ) and at least part of sub-pixels (A iβ , B iβ ) of at least one of the adjacent pixels (A i , B i ) belonging to the other of the sets ({Ai}, {Bi}) of pixels, each optical system (C i ) being configured to act optically on all or part of the light beams likely to be emitted by the sub-pixels (A iβ , B iβ ) belonging to the pixels (A i B i ) that it covers, the total number of pixels (A i , B i ) of the sets ({Ai}, {Bi}) of primary and secondary pixels (A i , B i ) being greater or equal to twice the number of optical systems (C i ) contained in the set {C i } of optical systems (C i ), - at least one displacement mechanism making it possible to apply a relative movement between the set {C i } of optical systems (C i ) and the sets ({Ai}, {Bi}) of pixels (A i , B i ) in a predetermined sequence. - at least one set {Ai} of primary pixels (A i ) where each primary pixel (A i ) is arranged on a free surface of a substrate and comprises at least one primary sub-pixel (A iβ ) capable of emitting a primary light beam on the side opposite to the substrate , - at least one set {B i } of secondary pixels (B i ) where the secondary pixels (B i ) are arranged on the free surface of the substrate alternately with the primary pixels (A i ) so that each primary pixel (A i ) is adjacent to at least one secondary pixel (B i ) and each secondary pixel (B i ) comprises at least one secondary sub-pixel (B iβ ) capable of emitting a secondary light beam on the side opposite to the substrate , - a set {C i } of optical systems (C i ) where each optical system (C i ) is arranged so as to be able to cover, on the side opposite to the substrate , both the entirety of a pixel (A i , B i ) belonging to one of the sets ({Ai}, {Bi}) of pixels selected from the set {Ai} of primary pixels (A i ) and the set {B i } of secondary pixels (B i ) and at least part of sub-pixels (A iβ , B iβ ) of at least one of the adjacent pixels (A i , B i ) belonging to the other of the sets ({Ai}, {Bi}) of pixels, each optical system (C i ) being configured to act optically on all or part of the light beams likely to be emitted by the sub-pixels (A iβ , B iβ ) belonging to the pixels (A i B i ) that it covers, the total number of pixels (A i , B i ) of the sets ({Ai}, {Bi}) of primary and secondary pixels (A i , B i ) being greater or equal to twice the number of optical systems (C i ) contained in the set {C i } of optical systems (C i ), - at least one displacement mechanism making it possible to apply a relative movement between the set {C i } of optical systems (C i ) and the sets ({Ai}, {Bi}) of pixels (A i , B i ) in a predetermined sequence. <EOS>