A camera device for generating spatially representing image data of an environment, comprising a carrier medium, which is formed as a light guide, and on which a coupling-in area and a coupling-out area are arranged, wherein the coupling-in area comprises a deflection structure, which is formed to couple light, which is incident on the coupling-in area from the environment, into the carrier medium, the carrier medium is formed to transfer the light coupled-in via the coupling-in area to the coupling-out area by means of internal reflection, and the coupling-out area comprises a coupling-out deflection structure, which is formed to couple the transferred light, which is incident on the coupling-out area, out of the carrier medium, and an image capturing device is applied to the coupling-out area, which is formed to capture the light coupled out of the carrier medium and to generate image data therefrom, which is correlated with the light of the environment incident on the coupling-in area, wherein at least one further coupling-in area (E2, E3) is arranged on the carrier medium, which each comprises a further deflection structure (A2, A3), which is formed to couple light, which is incident on the respective further coupling-in area (E2, E3) from the environment, into the carrier medium, the carrier medium is formed to transfer the light coupled-in via the respective further coupling-in area (E2, E3) to the coupling-out area by means of internal reflection, the coupling-out deflection structure is formed to couple the transferred light incident on the coupling-out area out of the carrier medium, the image capturing device is formed to capture the light of the respective further coupling-in area (E2, E3) coupled out of the carrier medium and to generate respective further image data (B2, B3) therefrom, which is correlated with the light of the environment incident on the respective further coupling-in area (E2, E3), and the image capturing device is further formed to generate the spatially representing image data from the different image data (B1, B2, B3), characterized in that the camera device additionally includes a separating device, which is formed to separate the light incident on the different coupling-in areas (E1, E2, E3), and hereby the image capturing device separately captures the light incident on the different coupling-in areas (E1, E2, E3), wherein at least one optical grating, in particular a holographic surface grating or a holographic volume grating, is provided as the respective deflection structure (A1, A2, A3, A4). a carrier medium, which is formed as a light guide, and on which a coupling-in area and a coupling-out area are arranged, wherein the coupling-in area comprises a deflection structure, which is formed to couple light, which is incident on the coupling-in area from the environment, into the carrier medium, the carrier medium is formed to transfer the light coupled-in via the coupling-in area to the coupling-out area by means of internal reflection, and the coupling-out area comprises a coupling-out deflection structure, which is formed to couple the transferred light, which is incident on the coupling-out area, out of the carrier medium, and an image capturing device is applied to the coupling-out area, which is formed to capture the light coupled out of the carrier medium and to generate image data therefrom, which is correlated with the light of the environment incident on the coupling-in area, wherein at least one further coupling-in area (E2, E3) is arranged on the carrier medium, which each comprises a further deflection structure (A2, A3), which is formed to couple light, which is incident on the respective further coupling-in area (E2, E3) from the environment, into the carrier medium, the carrier medium is formed to transfer the light coupled-in via the respective further coupling-in area (E2, E3) to the coupling-out area by means of internal reflection, the coupling-out deflection structure is formed to couple the transferred light incident on the coupling-out area out of the carrier medium, the image capturing device is formed to capture the light of the respective further coupling-in area (E2, E3) coupled out of the carrier medium and to generate respective further image data (B2, B3) therefrom, which is correlated with the light of the environment incident on the respective further coupling-in area (E2, E3), and the image capturing device is further formed to generate the spatially representing image data from the different image data (B1, B2, B3), characterized in that the camera device additionally includes a separating device, which is formed to separate the light incident on the different coupling-in areas (E1, E2, E3), and hereby the image capturing device separately captures the light incident on the different coupling-in areas (E1, E2, E3), wherein at least one optical grating, in particular a holographic surface grating or a holographic volume grating, is provided as the respective deflection structure (A1, A2, A3, A4).