A method for matching color information in an HDR optical system, the method comprising: receiving light by the HDR optical system, wherein the HDR optical system includes a main lens, a beam splitter, a first sensor, and a second sensor, wherien the light enters the main lens and wherein by the beam splitter the first sensor receives a first portion of the incoming light and the second sensor receives a second portion, larger than the first portion, of the incoming light; capturing a first image using the first sensor from the first portion of the light that entered the main lens and a second image using the second sensor from the second portion of the light that entered the main lens, each of the sensors having a plurality of pixels and wherein the second sensor receives the second portion, larger than the first portion, of the incoming light that entered the main lens, wherein each of the sensors introduces color inaccuracies into captured images and is associated with a different color correction space for the inaccuracies introduced by the respective sensor; demosaicing the first image; converting the demosaiced first image from a first color correction space of the first sensor to a second color correction space of the second sensor to thereby introduce inaccuracies into the demosaiced first image, the inaccuracies being associated with the second sensor, thereby obtaining a converted first image; mosaicing the converted first image; merging the non-demosaiced second image and the mosaiced converted first image into a merged image; demosaicing the merged image; color correcting the demosaiced merged image to remove inaccuracies associated with the second sensor including the inaccuracies that were introduced by the converting step into the first image. receiving light by the HDR optical system, wherein the HDR optical system includes a main lens, a beam splitter, a first sensor, and a second sensor, wherien the light enters the main lens and wherein by the beam splitter the first sensor receives a first portion of the incoming light and the second sensor receives a second portion, larger than the first portion, of the incoming light; capturing a first image using the first sensor from the first portion of the light that entered the main lens and a second image using the second sensor from the second portion of the light that entered the main lens, each of the sensors having a plurality of pixels and wherein the second sensor receives the second portion, larger than the first portion, of the incoming light that entered the main lens, wherein each of the sensors introduces color inaccuracies into captured images and is associated with a different color correction space for the inaccuracies introduced by the respective sensor; demosaicing the first image; converting the demosaiced first image from a first color correction space of the first sensor to a second color correction space of the second sensor to thereby introduce inaccuracies into the demosaiced first image, the inaccuracies being associated with the second sensor, thereby obtaining a converted first image; mosaicing the converted first image; merging the non-demosaiced second image and the mosaiced converted first image into a merged image; demosaicing the merged image; color correcting the demosaiced merged image to remove inaccuracies associated with the second sensor including the inaccuracies that were introduced by the converting step into the first image.