An arrangement of solid state light sources, comprising: a substrate; and a plurality of solid state light source sets arranged on respective solid state light source regions of the substrate, each of the solid state light source sets including a first color solid state light source chip and a second color solid state light source chip coupled to the substrate and arranged immediately adjacent to each other, the first color solid state light source chip being configured to emit light of a first wavelength, the second color solid state light source chip being configured to emit light of a second wavelength different than the first color solid state light source chip, wherein the first color solid state light source chip and the second color solid state light source chip are arranged such that colors of lights emitted from the first color solid state light source chip and the second color solid state light source chip are mixed, wherein each of the solid state light source sets is immediately adjacent at least two other solid state light source sets, wherein at least a subset of the solid state light source chips (314, 316) is located on an imaginary circle and at least a subset of the solid state light source chips (314, 316) is located inside of the imaginary circle, and wherein the first color solid state light source chips and the second color solid state light source chips alternate around the imaginary circle, characterized in that the solid state light source chips (314, 316) in at least one of the solid state light source sets are skewed relative to the solid state light source chips (314, 316) in at least another of the solid state light source sets. a substrate; and a plurality of solid state light source sets arranged on respective solid state light source regions of the substrate, each of the solid state light source sets including a first color solid state light source chip and a second color solid state light source chip coupled to the substrate and arranged immediately adjacent to each other, the first color solid state light source chip being configured to emit light of a first wavelength, the second color solid state light source chip being configured to emit light of a second wavelength different than the first color solid state light source chip, wherein the first color solid state light source chip and the second color solid state light source chip are arranged such that colors of lights emitted from the first color solid state light source chip and the second color solid state light source chip are mixed, wherein each of the solid state light source sets is immediately adjacent at least two other solid state light source sets, wherein at least a subset of the solid state light source chips (314, 316) is located on an imaginary circle and at least a subset of the solid state light source chips (314, 316) is located inside of the imaginary circle, and wherein the first color solid state light source chips and the second color solid state light source chips alternate around the imaginary circle, characterized in that the solid state light source chips (314, 316) in at least one of the solid state light source sets are skewed relative to the solid state light source chips (314, 316) in at least another of the solid state light source sets.