Laminated glass pane having a sensor assembly, wherein the laminated glass pane has a first glass layer (GS 1) and a second glass layer (GS 2) connected via a combination film, and a second combination film or an combination film and a carrier, wherein the laminated glass pane further has a transmitter antenna (ANT 2), a power supply device (ANT 3), and a data receiving device (ANT 4), wherein the sensor assembly has - at least one sensor (S touch, S temp, S break, S rain), - a receiver antenna (ANT 1) configured for obtaining electrical power from the power supply device (ANT 3) for supplying the sensor assembly, in particular the at least one sensor (S touch, S temp, S break, S rain), wherein the power supply device (ANT 3) is spatially separated from the sensor assembly, - an evaluation unit (muC) configured for evaluating information of the at least one sensor (S touch, S temp, S break, S rain) and for generating information for transmission to the transmitter antenna (ANT 2), - the transmitter antenna (ANT 2) configured for providing information of the at least one sensor (S touch, S temp, S break, S rain) or of the evaluation unit (muC) to the data receiving device (ANT 4), wherein the data receiving device (ANT 4) is situated outside the laminated glass pane, wherein the sensor assembly is situated between the first glass layer (GS 1) and the second glass layer (GS 2), wherein the sensor assembly is applied on the carrier within the laminated glass pane, or the at least one sensor (S touch, S temp, S break, S rain) and the evaluation unit (muC) are introduced in cutouts of the combination film or are arranged on the combination film, and the receiver antenna (ANT 1) and the transmitter antenna (ANT 2) are arranged on the second combination film, characterized in that the power supply device (ANT 3) and the data receiving device (ANT 4) are arranged on an outer side of the first and/or the second glass layer (GS 1, GS 2). a transmitter antenna (ANT 2), a power supply device (ANT 3), and a data receiving device (ANT 4), wherein the sensor assembly has - at least one sensor (S touch, S temp, S break, S rain), - a receiver antenna (ANT 1) configured for obtaining electrical power from the power supply device (ANT 3) for supplying the sensor assembly, in particular the at least one sensor (S touch, S temp, S break, S rain), wherein the power supply device (ANT 3) is spatially separated from the sensor assembly, - an evaluation unit (muC) configured for evaluating information of the at least one sensor (S touch, S temp, S break, S rain) and for generating information for transmission to the transmitter antenna (ANT 2), - the transmitter antenna (ANT 2) configured for providing information of the at least one sensor (S touch, S temp, S break, S rain) or of the evaluation unit (muC) to the data receiving device (ANT 4), wherein the data receiving device (ANT 4) is situated outside the laminated glass pane, - at least one sensor (S touch, S temp, S break, S rain), - a receiver antenna (ANT 1) configured for obtaining electrical power from the power supply device (ANT 3) for supplying the sensor assembly, in particular the at least one sensor (S touch, S temp, S break, S rain), wherein the power supply device (ANT 3) is spatially separated from the sensor assembly, - an evaluation unit (muC) configured for evaluating information of the at least one sensor (S touch, S temp, S break, S rain) and for generating information for transmission to the transmitter antenna (ANT 2), - the transmitter antenna (ANT 2) configured for providing information of the at least one sensor (S touch, S temp, S break, S rain) or of the evaluation unit (muC) to the data receiving device (ANT 4), wherein the data receiving device (ANT 4) is situated outside the laminated glass pane, wherein the sensor assembly is situated between the first glass layer (GS 1) and the second glass layer (GS 2), wherein the sensor assembly is applied on the carrier within the laminated glass pane, or the at least one sensor (S touch, S temp, S break, S rain) and the evaluation unit (muC) are introduced in cutouts of the combination film or are arranged on the combination film, and the receiver antenna (ANT 1) and the transmitter antenna (ANT 2) are arranged on the second combination film, characterized in that the power supply device (ANT 3) and the data receiving device (ANT 4) are arranged on an outer side of the first and/or the second glass layer (GS 1, GS 2).