| abstract |
An organic light-emitting apparatus is provided which is reduced in reflection of light incident on an organic light-emitting device and has a high contrast in a light environment. The organic light-emitting apparatus has a number of organic light-emitting devices and has contact holes formed for providing electrical connection to the organic light-emitting devices having a polarizing plate on a light extraction surface side. The organic light-emitting apparatus further has, on the contact holes, an insulating layer which is a light transmissive member, has an opening defining a light-emitting region of the organic light-emitting device, and covers an opening of a planarizing layer and a region between adjacent portions of a first electrodes, and a light shielding layer formed on the insulating layer so as to cover the opening in the planarizing layer. |