A method for making a pixelated array of wavelength converted light emitting devices, the method comprising: providing a wavelength converting structure comprising a wavelength converting layer having a first surface and a carrier layer having a first surface and an oppositely positioned second surface, the first surface of the wavelength converting layer disposed on the first surface of the carrier layer, the wavelength converting structure comprising gaps extending completely through the wavelength converting layer and partially through the carrier layer to define at least a first segment of the wavelength converting structure having a first surface opposite from the first surface of the carrier layer and a second segment of the wavelength converting structure having a first surface opposite from the first surface of the carrier layer, wherein a contiguous portion of the carrier layer connects the first and the second segments; after providing the wavelength converting structure, attaching a first light emitting device to the first surface of the first segment and attaching a second light emitting device to the first surface of the second segment; removing the contiguous portion of the carrier layer connecting the first and second segments such that the segments are no longer connected via the carrier layer to define at least a first pixel from the first segment and the first light emitting device and a second pixel from the second segment and the second light emitting device; disposing an optical isolation material on exposed surfaces of each of the first pixel and the second pixel; and removing remaining portions of the carrier layers from the first pixel and the second pixel along with portions of the optical isolation material disposed on the remaining portions of the carrier layer. providing a wavelength converting structure comprising a wavelength converting layer having a first surface and a carrier layer having a first surface and an oppositely positioned second surface, the first surface of the wavelength converting layer disposed on the first surface of the carrier layer, the wavelength converting structure comprising gaps extending completely through the wavelength converting layer and partially through the carrier layer to define at least a first segment of the wavelength converting structure having a first surface opposite from the first surface of the carrier layer and a second segment of the wavelength converting structure having a first surface opposite from the first surface of the carrier layer, wherein a contiguous portion of the carrier layer connects the first and the second segments; after providing the wavelength converting structure, attaching a first light emitting device to the first surface of the first segment and attaching a second light emitting device to the first surface of the second segment; removing the contiguous portion of the carrier layer connecting the first and second segments such that the segments are no longer connected via the carrier layer to define at least a first pixel from the first segment and the first light emitting device and a second pixel from the second segment and the second light emitting device; disposing an optical isolation material on exposed surfaces of each of the first pixel and the second pixel; and removing remaining portions of the carrier layers from the first pixel and the second pixel along with portions of the optical isolation material disposed on the remaining portions of the carrier layer.