A display device, comprising: a backlight comprising a plurality of individually controllable illumination sources, a light conversion layer a backlight control logic configured to control the plurality of illumination sources on the basis of image data, wherein the illumination sources of the backlight are configured to emit first light of a first frequency spectrum onto the light conversion layer, wherein the light conversion layer is configured to be stimulated by the first light and to convert at least a portion of the first light into second light of a second frequency spectrum different from the first frequency spectrum, the second light being white light, and wherein using the light conversion layer results in spatial color shifts for yellow light spectral components; a light modulator configured to modulate the second light transmitted through individual subpixels of the display device; a logic configured to compute first and second light field simulations, wherein the first light field simulation is obtained by modelling the plurality of individually controllable illumination sources with a first point spread function for white light spectral components and the second light field simulation is for compensating the spatial color shifts for yellow light spectral components and is obtained by modelling the plurality of individually controllable illumination sources with a second point spread function for yellow light spectral components, the first point spread function being narrower than the second point spread function; a controller configured to determine intermediate display modulation drive values for the light modulator based on the image data and on the first light field simulation and compensate for a spatial color non-uniformity of the second light by adjusting the intermediate display modulation drive values based on the second light field simulation. a backlight comprising a plurality of individually controllable illumination sources, a light conversion layer a backlight control logic configured to control the plurality of illumination sources on the basis of image data, wherein the illumination sources of the backlight are configured to emit first light of a first frequency spectrum onto the light conversion layer, wherein the light conversion layer is configured to be stimulated by the first light and to convert at least a portion of the first light into second light of a second frequency spectrum different from the first frequency spectrum, the second light being white light, and wherein using the light conversion layer results in spatial color shifts for yellow light spectral components; a light modulator configured to modulate the second light transmitted through individual subpixels of the display device; a logic configured to compute first and second light field simulations, wherein the first light field simulation is obtained by modelling the plurality of individually controllable illumination sources with a first point spread function for white light spectral components and the second light field simulation is for compensating the spatial color shifts for yellow light spectral components and is obtained by modelling the plurality of individually controllable illumination sources with a second point spread function for yellow light spectral components, the first point spread function being narrower than the second point spread function; a controller configured to determine intermediate display modulation drive values for the light modulator based on the image data and on the first light field simulation and compensate for a spatial color non-uniformity of the second light by adjusting the intermediate display modulation drive values based on the second light field simulation.