Digital remote optical device, method of operating a digital remote optical device and camera system

A digital long-range optical apparatus for imaging an object, the digital long-range optical apparatus defining an optical axis, the digital long-range optical apparatus comprising:

• at least one lens configured to image the object, the at least one lens being arranged along the optical axis;
• at least one processor;
• at least one display configured to display an image of the object, the processor being line-connected to the display;
• at least one beam splitter, wherein the at least one lens is arranged first along the optical axis in a direction of light incidence, followed by the beam splitter;
• at least one first detector;
• and
• at least one second detector,
• wherein the processor is line-connected to both the at least one first detector and the at least one second detector,
• wherein the at least one first detector is configured to detect first light generated by the beam splitter,
• wherein the at least one second detector is configured to detect second light generated by the beam splitter,
• wherein the beam splitter comprises a first beam splitter face, at which the at least one first detector is arranged and which comprises a first face center,
• wherein the beam splitter comprises a second beam splitter face, at which the at least one second detector is arranged and which comprises a second face center,
• wherein the at least one first detector comprises a first sensitive detector area with a first detector area center,
• wherein the at least one second detector comprises a second sensitive detector area with a second detector area center,
• wherein the first detector area center of the at least one first detector is arranged at a first distance from the first face center of the first beam splitter face,
• wherein the second detector area center of the at least one second detector is arranged at a second distance from the second face center of the second beam splitter face,
• wherein the first distance differs from the second distance,
• wherein the first sensitive detector area is arranged offset to the first beam splitter face,
• wherein the second sensitive detector area is arranged offset to the second beam splitter face,
• wherein the first sensitive detector area records a first portion of the object,
• wherein the second sensitive detector area records a second portion of the object, and
• wherein the first portion of the object is different from the second portion of the object.