Component carrier , wherein the component carrier comprises: a stack comprising at least one electrically conductive layer structure and at least one electrically insulating layer structure ; an inductor (108, 108', 108") arranged at least partially in the stack and comprising an electrically conductive coil structure (110, 110', 110"), wound around a coil opening (112, 112', 112"), and a magnetic core (114, 114', 114"), wherein at least part of the magnetic core (114, 114', 114") at least partially fills the coil opening (112, 112', 112"); wherein at least part of at least one of the coil structure (110, 110', 110") and the magnetic core (114, 114', 114") is configured as an inlay embedded in the stack ; wherein the magnetic core (114, 114', 114") comprises a plurality of separate magnetic bodies, the magnetic bodies comprise a magnetic post extending through the coil opening (112, 112', 112"), a magnetic sheet extending laterally beyond the magnetic post and at least partially over the coil structure (110, 110', 110"), a further magnetic sheet extending laterally beyond the magnetic post and at least partially over the coil structure (110, 110', 110") and at least one structure of magnetic paste , wherein the magnetic post is sandwiched vertically between the magnetic sheet and the further magnetic sheet ; wherein the magnetic bodies are connected to one another so as to form an open magnetic path with a non-magnetic gap spacing two adjacent ones of the magnetic bodies by at least 75 μm; and wherein the at least one non-magnetic gap either comprises an airgap or a gap filled with electrically insulating resin material; wherein the magnetic paste connects the magnetic sheet with the magnetic post forming a closed magnetic path and the non-magnetic gap is formed by spacing the further magnetic sheet and the magnetic post . a stack comprising at least one electrically conductive layer structure and at least one electrically insulating layer structure ; an inductor (108, 108', 108") arranged at least partially in the stack and comprising an electrically conductive coil structure (110, 110', 110"), wound around a coil opening (112, 112', 112"), and a magnetic core (114, 114', 114"), wherein at least part of the magnetic core (114, 114', 114") at least partially fills the coil opening (112, 112', 112"); wherein at least part of at least one of the coil structure (110, 110', 110") and the magnetic core (114, 114', 114") is configured as an inlay embedded in the stack ; wherein the magnetic core (114, 114', 114") comprises a plurality of separate magnetic bodies, the magnetic bodies comprise a magnetic post extending through the coil opening (112, 112', 112"), a magnetic sheet extending laterally beyond the magnetic post and at least partially over the coil structure (110, 110', 110"), a further magnetic sheet extending laterally beyond the magnetic post and at least partially over the coil structure (110, 110', 110") and at least one structure of magnetic paste , wherein the magnetic post is sandwiched vertically between the magnetic sheet and the further magnetic sheet ; wherein the magnetic bodies are connected to one another so as to form an open magnetic path with a non-magnetic gap spacing two adjacent ones of the magnetic bodies by at least 75 μm; and wherein the at least one non-magnetic gap either comprises an airgap or a gap filled with electrically insulating resin material; wherein the magnetic paste connects the magnetic sheet with the magnetic post forming a closed magnetic path and the non-magnetic gap is formed by spacing the further magnetic sheet and the magnetic post . <EOS>