Opto-electric hybrid board and electronic equipment

A flexible opto-electric hybrid board in which an optical waveguide film and the flexible electric circuit board having a core and a cladding is formed by bonding, characterized by placing the reinforcement to at least a portion of the optical waveguide film side of the part to be bent flexible opto-electric hybrid board to be, and an electronic device using the flexible opto-electric hybrid board. Bend, even if bend, crack or crack is not generated, is possible to provide an electronic apparatus obtained by using the opto-electric hybrid board and optical-electric hybrid board in which an optical waveguide film and the flexible electric circuit board is formed by bonding it can.