Decoder configured to reconstruct (106 v,1, 106 d,1) a first view (12 1) of a multi-view signal from a data stream by, according to first coding parameters (46 1, 48 1, 50 1) obtained from the data stream, predicting a current portion of the first view (12 1) from a first previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the first view (12 1) and correcting a prediction error of the prediction of the current portion of the first view (12 1) using first correction data (42 1,2) contained in the data stream; at least partially adopt or predict second coding parameters from the first coding parameters; and reconstruct (106 v,2, 106 d,2) a second view (12 2) of the multi-view signal from the data stream by, according to the second coding parameters, predicting a current portion of the second view from a second previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the second view (12 2) and correcting a prediction error of the prediction of the current portion of the second view (12 2) using second correction data (42 3,4) contained in the data stream, wherein each of the first view (12 1) and the second view (12 2) comprises a video (14 1,2) captured from a respective camera position, and associated depth/disparity map data (16 1,2), and wherein each frame of the first view (12 1) and the second view (12 2) comprises one sample array for luma samples and two sample arrays of chroma samples, wherein the decoder is configured to reconstruct (106 v,1) the video (14 1) of the first view (12 1) from the data stream by, according to a first portion (46 1, 48 1, 50 1) of the first coding parameters, predicting a current portion of the video (14 1) of the first view (12 1) from a third previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the video (14 1) of the first view (12 1) and correcting a prediction error of the prediction of the current portion of the video (14 1) of the first view (12 1) using a first subset (42 1) of the first correction data (42 1,2) contained in the data stream, at least partially adopt or predict a second portion of the first coding parameters from the first portion of the first coding parameters, reconstruct (106 d,1) the depth/disparity map data (16 1) of the first view (12 1) from the data stream by, according to the second portion of the first coding parameters, predicting a current portion of the depth/disparity map data (16 1) of the first view (12 1) from a fourth previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the depth/disparity map data (16 1) of the first view (12 1) and correcting a prediction error of the prediction of the current portion of the depth/disparity map data (16 1) of the first view (12 1) using a second subset (42 2) of the first correction data, wherein the first coding parameters define a segmentation of frames of the video (14 1) of the first view (12 1), and the decoder is characterized in that it is configured to, in reconstructing the depth/disparity map data (16 1) of the first view (12 1), use the segmentation of the frames of the video (14 1) of the first view (12 1) as a pre-segmentation of the depth/disparity map data (16 1) of the first view (12 1) along with a signaling of a deviation of the segmentation for the depth/disparity map data of the first view from the segmentation of the frames of the video of the first view via the data stream.