A fluid ejection device (10;50;100;200;260;480) comprising: a molded panel (12;52;102;202;264;420) having a fluid communication channel (14;58;120;220;460) formed therethrough; an ejection die (16;54;104;204;266;402) molded to the molded panel (12;52;102;202;264;420) such that the ejection die (16;54;104;204;266;402) is exposed at a front surface of the molded panel (12;52;102;202;264;420), the ejection die (16;54;104;204;266;402) comprising a plurality of ejection nozzles (114;210;430;440) exposed at the front surface of the molded panel that are fluidly connected to the fluid communication channel (14;58;120;220;460), each ejection nozzle(114;210;430;440) to selectively dispense printing material received from the fluid communication channel (14;58;120;220;460); and characterized by further comprising an integrated circuit (18;56;106;206;268;404) proximate to the ejection die (16;54;104;204;266;402), the integrated circuit (18;56;106;206;268;404) molded into the panel such that the integrated circuit (18;56;106;206;268;404) is exposed at a front surface of the molded panel (12;52;102;202;264;420), the integrated circuit (18;56;106;206;268;404) to: receive nozzle data and control selective dispensation of printing material via the plurality of ejection nozzles (114;210;430;440) based at least in part on the nozzle data, wherein the ejection die (16;54;104;204;266;402) comprises a first set of electrical connection points that are exposed at the front surface of the molded panel (12;52;102;202;264;420), and the integrated circuit (18;56;106;206;268;404) comprises a second set of electrical connection points that are exposed at the front surface of the molded panel (12;52;102;202;264;420), wherein the ejection device further comprises electrical conducting elements positioned on the front surface of the molded panel (12;52;102;202;264;420) that electrically connect the first set of electrical connection points to the second set of electrical connection points to electrically connect the integrated circuit (18;56;106;206;268;404) to the ejection die (16;54;104;204;266;402). a molded panel (12;52;102;202;264;420) having a fluid communication channel (14;58;120;220;460) formed therethrough; an ejection die (16;54;104;204;266;402) molded to the molded panel (12;52;102;202;264;420) such that the ejection die (16;54;104;204;266;402) is exposed at a front surface of the molded panel (12;52;102;202;264;420), the ejection die (16;54;104;204;266;402) comprising a plurality of ejection nozzles (114;210;430;440) exposed at the front surface of the molded panel that are fluidly connected to the fluid communication channel (14;58;120;220;460), each ejection nozzle(114;210;430;440) to selectively dispense printing material received from the fluid communication channel (14;58;120;220;460); and characterized by further comprising an integrated circuit (18;56;106;206;268;404) proximate to the ejection die (16;54;104;204;266;402), the integrated circuit (18;56;106;206;268;404) molded into the panel such that the integrated circuit (18;56;106;206;268;404) is exposed at a front surface of the molded panel (12;52;102;202;264;420), the integrated circuit (18;56;106;206;268;404) to: receive nozzle data and control selective dispensation of printing material via the plurality of ejection nozzles (114;210;430;440) based at least in part on the nozzle data, wherein the ejection die (16;54;104;204;266;402) comprises a first set of electrical connection points that are exposed at the front surface of the molded panel (12;52;102;202;264;420), and the integrated circuit (18;56;106;206;268;404) comprises a second set of electrical connection points that are exposed at the front surface of the molded panel (12;52;102;202;264;420), wherein the ejection device further comprises electrical conducting elements positioned on the front surface of the molded panel (12;52;102;202;264;420) that electrically connect the first set of electrical connection points to the second set of electrical connection points to electrically connect the integrated circuit (18;56;106;206;268;404) to the ejection die (16;54;104;204;266;402).