A hybrid data path for a hybrid output driver (115, 215), comprising: a high-voltage data path (110, 210) including: a first multiplexer configured to provide a high-voltage pull-up data signal for the hybrid output driver through a selection of a high-voltage data signal during a high-voltage data mode and through a selection of a first constant signal charged to a high-power supply voltage during a low-voltage data mode; and a second multiplexer configured to provide a high-voltage pull-down data signal for the hybrid output driver through a selection of the high-voltage data signal during the high-voltage data mode and through a selection of a first grounded signal during the low-voltage data mode; and a low-voltage data path (105, 205) including: a third multiplexer configured to provide a low-voltage pull-up data signal to the hybrid output driver through a selection of a low-voltage data signal during the low-voltage data mode and through a selection of a second constant signal charged to a low-power supply voltage during the high-voltage data mode, wherein the low-power supply voltage is less than the high-power supply voltage; and a fourth multiplexer configured to provide a low-voltage pull-down data signal to the hybrid output driver through a selection for the low-voltage data signal during the low-voltage data mode and through a selection of the first constant signal during the high-voltage data mode. a high-voltage data path (110, 210) including: a first multiplexer configured to provide a high-voltage pull-up data signal for the hybrid output driver through a selection of a high-voltage data signal during a high-voltage data mode and through a selection of a first constant signal charged to a high-power supply voltage during a low-voltage data mode; and a second multiplexer configured to provide a high-voltage pull-down data signal for the hybrid output driver through a selection of the high-voltage data signal during the high-voltage data mode and through a selection of a first grounded signal during the low-voltage data mode; and a first multiplexer configured to provide a high-voltage pull-up data signal for the hybrid output driver through a selection of a high-voltage data signal during a high-voltage data mode and through a selection of a first constant signal charged to a high-power supply voltage during a low-voltage data mode; and a second multiplexer configured to provide a high-voltage pull-down data signal for the hybrid output driver through a selection of the high-voltage data signal during the high-voltage data mode and through a selection of a first grounded signal during the low-voltage data mode; and a low-voltage data path (105, 205) including: a third multiplexer configured to provide a low-voltage pull-up data signal to the hybrid output driver through a selection of a low-voltage data signal during the low-voltage data mode and through a selection of a second constant signal charged to a low-power supply voltage during the high-voltage data mode, wherein the low-power supply voltage is less than the high-power supply voltage; and a fourth multiplexer configured to provide a low-voltage pull-down data signal to the hybrid output driver through a selection for the low-voltage data signal during the low-voltage data mode and through a selection of the first constant signal during the high-voltage data mode. a third multiplexer configured to provide a low-voltage pull-up data signal to the hybrid output driver through a selection of a low-voltage data signal during the low-voltage data mode and through a selection of a second constant signal charged to a low-power supply voltage during the high-voltage data mode, wherein the low-power supply voltage is less than the high-power supply voltage; and a fourth multiplexer configured to provide a low-voltage pull-down data signal to the hybrid output driver through a selection for the low-voltage data signal during the low-voltage data mode and through a selection of the first constant signal during the high-voltage data mode.