A transceiver device for interfacing between at least two different voltage domains (12, 14), namely a first supply voltage domain having a higher first supply voltage and a second supply voltage domain having a lower second supply voltage, wherein the transceiver device has: a first interface, which is supplied by the first supply voltage and is adapted to interface to at least one external first digital device operating in the first supply voltage domain; a second interface, which is supplied by the second supply voltage and is adapted to interface to an external communication bus operating in the second supply voltage domain; a first internal communication link, which is adapted to transfer transmit data, which are generatable by the external first digital device operating in the first supply voltage domain, from the first interface to the second interface, and a second internal communication link, which is adapted to transfer receive data, which are supplyable from the external communication bus operating in the second supply voltage domain, from the second interface to the first interface, wherein, in respect of the transmission of transmit data and receive data, respectively, the first and the second internal communication link (130, 170) are based on differential voltage transmission (140, 180), and wherein the first internal communication link comprises: a first differential voltage transmitter, which operates with reference to the first supply voltage domain, which is adapted to receive, via the first interface, the transmit data generated by the external first digital device operating in the first supply voltage domain, and to generate and output a first differential voltage signal for transmitting the transmit data, and a first differential voltage receiver, which operates with reference to the second supply voltage domain, which is adapted to receive the first differential voltage signal transmitted by the first differential voltage transmitter, and to transmit a first single-ended digital signal for transmitting the transmit data, via the second interface, to the external communication bus operating in the second supply voltage domain. a first interface, which is supplied by the first supply voltage and is adapted to interface to at least one external first digital device operating in the first supply voltage domain; a second interface, which is supplied by the second supply voltage and is adapted to interface to an external communication bus operating in the second supply voltage domain; a first internal communication link, which is adapted to transfer transmit data, which are generatable by the external first digital device operating in the first supply voltage domain, from the first interface to the second interface, and a second internal communication link, which is adapted to transfer receive data, which are supplyable from the external communication bus operating in the second supply voltage domain, from the second interface to the first interface, wherein, in respect of the transmission of transmit data and receive data, respectively, the first and the second internal communication link (130, 170) are based on differential voltage transmission (140, 180), and wherein the first internal communication link comprises: a first differential voltage transmitter, which operates with reference to the first supply voltage domain, which is adapted to receive, via the first interface, the transmit data generated by the external first digital device operating in the first supply voltage domain, and to generate and output a first differential voltage signal for transmitting the transmit data, and a first differential voltage receiver, which operates with reference to the second supply voltage domain, which is adapted to receive the first differential voltage signal transmitted by the first differential voltage transmitter, and to transmit a first single-ended digital signal for transmitting the transmit data, via the second interface, to the external communication bus operating in the second supply voltage domain. a first differential voltage transmitter, which operates with reference to the first supply voltage domain, which is adapted to receive, via the first interface, the transmit data generated by the external first digital device operating in the first supply voltage domain, and to generate and output a first differential voltage signal for transmitting the transmit data, and a first differential voltage receiver, which operates with reference to the second supply voltage domain, which is adapted to receive the first differential voltage signal transmitted by the first differential voltage transmitter, and to transmit a first single-ended digital signal for transmitting the transmit data, via the second interface, to the external communication bus operating in the second supply voltage domain.