The LIDAR system comprising: • a detector , which is set up in such a way that it detects light from a field of view , • a light source comprising a plurality of partial light sources which are arranged such that they emit light into the field of view , • a coarse angle control element arranged to deflect light from the light source to the field of view and to deflect light from the field of view to the detector , and • a light emission controller which is arranged to control the partial light sources of the plurality of partial light sources such that each partial light source of the plurality of partial light sources emits light in a respective emission time period, characterised in that the coarse angle control element is further arranged to determine an angular extent of a cache as a partial section of the field of view, • the detector comprises a plurality of detector pixels arranged along a first direction, wherein a first spatial resolution in the first direction depends on the angular extent of the tile along the first direction and on the number of detector pixels arranged along the first direction, • wherein each detector pixel of the plurality of detector pixels is associated with a respective subsection of the field of view , • wherein the partial light sources of the plurality of partial light sources are arranged along a second direction at an angle to the first direction, wherein a second spatial resolution in the second direction depends on the angular extent of the tile along the second direction and on the number of partial light sources arranged along the second direction, and • wherein each partial light source of the plurality of partial light sources is assigned to a respective partial section of the field of view . • a detector , which is set up in such a way that it detects light from a field of view , • a light source comprising a plurality of partial light sources which are arranged such that they emit light into the field of view , • a coarse angle control element arranged to deflect light from the light source to the field of view and to deflect light from the field of view to the detector , and • a light emission controller which is arranged to control the partial light sources of the plurality of partial light sources such that each partial light source of the plurality of partial light sources emits light in a respective emission time period, characterised in that the coarse angle control element is further arranged to determine an angular extent of a cache as a partial section of the field of view, • the detector comprises a plurality of detector pixels arranged along a first direction, wherein a first spatial resolution in the first direction depends on the angular extent of the tile along the first direction and on the number of detector pixels arranged along the first direction, • wherein each detector pixel of the plurality of detector pixels is associated with a respective subsection of the field of view , • wherein the partial light sources of the plurality of partial light sources are arranged along a second direction at an angle to the first direction, wherein a second spatial resolution in the second direction depends on the angular extent of the tile along the second direction and on the number of partial light sources arranged along the second direction, and • wherein each partial light source of the plurality of partial light sources is assigned to a respective partial section of the field of view . <EOS>