Light emitting device and method of manufacturing the same

A method of manufacturing a light emitting device comprising:

• forming an insulating film on a first electrode,
• forming a reflective metal film over the insulating film, a first transparent film over the reflective metal film, and a light-absorbing film over the first transparent film so as to form a light-absorbing multilayer film, thereby forming a laminate of the insulating film and the light-absorbing multilayer film;
• etching the laminate so as to form a partition wall;
• forming an organic compound-containing film over the first electrode and the partition wall;
• and
• forming a second electrode over the organic compound-containing film,
• wherein the second electrode transmits light,
• wherein the partition wall comprises the etched insulating film and the etched light-absorbing multilayer film over the etched insulating film,
• wherein the etched insulating film covers an end portion of the first electrode, and
• wherein the light-absorbing multilayer film comprises a second transparent film.

A method of manufacturing a light emitting device comprising:

• forming a laminate of an insulating film and a light-absorbing multilayer film on a first electrode;
• etching the laminate so as to form a partition wall;
• forming an organic compound-containing film over the first electrode and the partition wall;
• forming a second electrode over the organic compound-containing film;
• and
• forming a wiring over the partition wall and the second electrode,
• wherein the second electrode transmits light,
• wherein the partition wall comprises the etched insulating film and the etched light-absorbing multilayer film over the etched insulating film,
• wherein the etched insulating film covers an end portion of the first electrode, and
• wherein the light-absorbing multilayer film comprises a reflective metal film, a first transparent film comprising nitride, a light-absorbing film comprising nitride, and a second transparent film comprising nitride.