Tuned microcavity color OLED display

A color OLED display having at least three different colored microcavity pixels including a light-reflective structure and a semitransparent structure, comprising:

• a) an array of light-emitting microcavity pixels each having one or more common organic light-emitting layers, said light-emitting layer(s) having first, second, and third light-emitting materials that produce different light spectra, the first light-emitting material producing light having a first spectrum portion that is substantially contained within a first color of the array, the second light-emitting material producing light having a second spectrum portion that is substantially contained within a second color that is different from the first color, and the third light-emitting material producing light having a third spectrum portion that is substantially contained within a third color that is different from the first and second colors;
• b) each different colored pixel being tuned to produce light in one of the three different colors whereby the first, second, and third different colors are produced by the OLED display;
• and
• c) wherein at least two of the different colored microcavity pixels further include a cavity spacer layer wherein the thickness of the cavity spacer layer is different for each of said different colored microcavity pixels.

A color OLED display having at least three different colored microcavity pixels including a light-reflective structure and a semitransparent structure, comprising:

• a) an array of light-emitting microcavity pixels each having one or more common organic light-emitting layers, said light-emitting layer(s) having first, second, and third light-emitting materials that produce different light spectra, the first light-emitting material producing light having a first spectrum portion that is substantially contained within a first color of the array, the second light-emitting material producing light having a second spectrum portion that is substantially contained within a second color that is different from the first color, and the third light-emitting material producing light having a third spectrum portion that is substantially contained within a third color that is different from the first and second colors;
• b) each different colored pixel being tuned to produce light in one of the three different colors whereby the first, second, and third different colors arc produced by the OLED display;
• and
• c) wherein the light-reflective structure is disposed between the first, second, and third light-emitting layers and the substrate.

A color OLED display having at least three different colored microcavity pixels including a light-reflective structure and a semitransparent structure, comprising:

• a) an array of light-emitting microcavity pixels each having one or more common organic light-emitting layers, said light-emitting layer(s) having first, second, and third light-emitting materials that produce different light spectra, the first light-emitting material producing light having a first spectrum portion that is substantially contained within a first color of the array, the second light-emitting material producing light having a second spectrum portion that is substantially contained within a second color that is different from the first color, and the third light-emitting material producing light having a third spectrum portion that is substantially contained within a third color that is different from the first and second colors;
• b) each different colored pixel being tuned to produce light in one of the three different colors whereby the first, second, and third different colors are produced by the OLED display;
• and
• c) a color filter array disposed in operative association with one or more of the array of light-emitting microcavity pixels that filters light corresponding to the portions of the array corresponding to the red, green, and blue portions.