A phosphor converted Light Emitting Diode comprising - a Light Emitting Diode emitting a first spectral distribution having a first peak wavelength in the blue spectral range from 445 nanometer to 495 nanometer, - a first luminescent material configured for absorbing a portion of the light of the first spectral distribution and for converting at least a portion of the absorbed light towards light of a second spectral distribution, the second spectral distribution having a second peak wavelength in the green spectral range, - a second luminescent material configured for absorbing a portion of the light of the first spectral distribution and/or a portion of the second spectral distribution and for converting at least a portion of the absorbed light towards lights of a third spectral distribution, the third spectral distribution having a third spectral width and having a third peak wavelength, - a third luminescent material configured for absorbing a portion of the light of at least one of the first spectral distribution, second spectral distribution, and the third spectral distribution and for converting at least a portion of the absorbed light towards light of a fourth spectral distribution, the fourth spectral distribution having a fourth spectral width and having a fourth peak wavelength, characterized in that - the third peak wavelength and the fourth peak wavelength are in the orange/red spectral range, - the third peak wavelength is within the range from 575 nanometer to 615 nanometer, - the fourth peak wavelength is larger than 610 nanometer, and - the third spectral width being larger than the fourth spectral width. - a Light Emitting Diode emitting a first spectral distribution having a first peak wavelength in the blue spectral range from 445 nanometer to 495 nanometer, - a first luminescent material configured for absorbing a portion of the light of the first spectral distribution and for converting at least a portion of the absorbed light towards light of a second spectral distribution, the second spectral distribution having a second peak wavelength in the green spectral range, - a second luminescent material configured for absorbing a portion of the light of the first spectral distribution and/or a portion of the second spectral distribution and for converting at least a portion of the absorbed light towards lights of a third spectral distribution, the third spectral distribution having a third spectral width and having a third peak wavelength, - a third luminescent material configured for absorbing a portion of the light of at least one of the first spectral distribution, second spectral distribution, and the third spectral distribution and for converting at least a portion of the absorbed light towards light of a fourth spectral distribution, the fourth spectral distribution having a fourth spectral width and having a fourth peak wavelength, characterized in that - the third peak wavelength and the fourth peak wavelength are in the orange/red spectral range, - the third peak wavelength is within the range from 575 nanometer to 615 nanometer, - the fourth peak wavelength is larger than 610 nanometer, and - the third spectral width being larger than the fourth spectral width. <EOS>