A luminous laminated glazed roof for a vehicle and in particular an automobile, said roof comprising: - a laminated glazing including: - a first transparent glazing, made of mineral glass, with main faces (11, 12) called faces F1 and F2; which glazing is intended to be the exterior glazing; - a second transparent glazing made of mineral glass, with main faces (13, 14) called faces F3 and F4, which glazing is intended to be the interior glazing; - between the faces F2 and F3, which are the internal faces of the laminated glazing, an optionally tinted transparent lamination interlayer film (2, 20) made of thermoplastic polymeric material, this lamination interlayer film having a main face FA face F2 side and a main face FB face F3 side; and - a set of N >1 inorganic light-emitting diodes, each diode including at least one semiconductor chip, each diode being able to emit in the direction of the face F3 and having a front surface; characterized in that said lamination interlayer is provided, between the face FA and the face FB, with one or a set of M apertures that are preferably through apertures or that form blind holes; in that each diode is associated with a through aperture or a blind hole housing the diode or in that at least one group of said diodes is associated with a given what is called common, through aperture or a given what is called common, blind hole housing the group of diodes; and in that the laminated glazing furthermore includes a set of collimating optics that are in particular made of transparent material, each collimating optics being associated with one what is called dedicated light-emitting diode that is in the, preferably through, aperture, or associated with the group of light-emitting diodes that are in the common, preferably through, aperture and each collimating optics is arranged between the faces F2 and F3, with at least one functional portion between the front surface and the face F3, and in particular each collimating optics furthermore includes an entrance face face F2 side and an exit face face F3 side. - a laminated glazing including: - a first transparent glazing, made of mineral glass, with main faces (11, 12) called faces F1 and F2; which glazing is intended to be the exterior glazing; - a second transparent glazing made of mineral glass, with main faces (13, 14) called faces F3 and F4, which glazing is intended to be the interior glazing; - between the faces F2 and F3, which are the internal faces of the laminated glazing, an optionally tinted transparent lamination interlayer film (2, 20) made of thermoplastic polymeric material, this lamination interlayer film having a main face FA face F2 side and a main face FB face F3 side; and - a first transparent glazing, made of mineral glass, with main faces (11, 12) called faces F1 and F2; which glazing is intended to be the exterior glazing; - a second transparent glazing made of mineral glass, with main faces (13, 14) called faces F3 and F4, which glazing is intended to be the interior glazing; - between the faces F2 and F3, which are the internal faces of the laminated glazing, an optionally tinted transparent lamination interlayer film (2, 20) made of thermoplastic polymeric material, this lamination interlayer film having a main face FA face F2 side and a main face FB face F3 side; and - a set of N >1 inorganic light-emitting diodes, each diode including at least one semiconductor chip, each diode being able to emit in the direction of the face F3 and having a front surface; characterized in that said lamination interlayer is provided, between the face FA and the face FB, with one or a set of M apertures that are preferably through apertures or that form blind holes; in that each diode is associated with a through aperture or a blind hole housing the diode or in that at least one group of said diodes is associated with a given what is called common, through aperture or a given what is called common, blind hole housing the group of diodes; and in that the laminated glazing furthermore includes a set of collimating optics that are in particular made of transparent material, each collimating optics being associated with one what is called dedicated light-emitting diode that is in the, preferably through, aperture, or associated with the group of light-emitting diodes that are in the common, preferably through, aperture and each collimating optics is arranged between the faces F2 and F3, with at least one functional portion between the front surface and the face F3, and in particular each collimating optics furthermore includes an entrance face face F2 side and an exit face face F3 side.