A display system, comprising: a panel comprising: a plurality of scan lines; at least one data line; a plurality of pixels arranged by the plurality of scan lines and the at least one data line, wherein the plurality of scan lines correspond to a plurality of rows and the at least one data line corresponds to at least one column; and a demultiplexer having a plurality of switch blocks (146a, 146b) adapted to activate the plurality of scan lines by demultiplexing an input signal (136a, 136b) in accordance with a control signal (CTRL, CTRL); and a gate driver adapted to operate the panel, the gate driver comprising: a plurality of address cells (138a-138d) each outputting a respective gate driver signal; and a driver output unit adapted to provide to the panel a single driver output (136a, 136b) for activating the plurality of scan lines, the single driver output being connected to the demultiplexer on the panel, wherein the single driver output is demultiplexed on the panel to activate each of the plurality of scan lines; characterized in that the driver output unit comprises: a multiplexer (134a, 134b) adapted to multiplex the plurality of gate driver signals generated by the respective address cells (138a - 138d) such that the signal output by the single driver output (136a, 136b) corresponds to one of the plurality of gate driver signals; wherein the multiplexer (134a, 134b) is controlled by a multiplexing control signal (iCTRL) that is associated with said control signal (CTRL, CTRL) for controlling the demultiplexing of the single driver output (136a, 136b) on the panel; and each switch block (146a, 146b) of the demultiplexer is adapted to receive an output from the multiplexer (134a, 134b). a panel comprising: a plurality of scan lines; at least one data line; a plurality of pixels arranged by the plurality of scan lines and the at least one data line, wherein the plurality of scan lines correspond to a plurality of rows and the at least one data line corresponds to at least one column; and a demultiplexer having a plurality of switch blocks (146a, 146b) adapted to activate the plurality of scan lines by demultiplexing an input signal (136a, 136b) in accordance with a control signal (CTRL, CTRL); and a plurality of scan lines; at least one data line; a plurality of pixels arranged by the plurality of scan lines and the at least one data line, wherein the plurality of scan lines correspond to a plurality of rows and the at least one data line corresponds to at least one column; and a demultiplexer having a plurality of switch blocks (146a, 146b) adapted to activate the plurality of scan lines by demultiplexing an input signal (136a, 136b) in accordance with a control signal (CTRL, CTRL); and a gate driver adapted to operate the panel, the gate driver comprising: a plurality of address cells (138a-138d) each outputting a respective gate driver signal; and a driver output unit adapted to provide to the panel a single driver output (136a, 136b) for activating the plurality of scan lines, the single driver output being connected to the demultiplexer on the panel, wherein the single driver output is demultiplexed on the panel to activate each of the plurality of scan lines; a plurality of address cells (138a-138d) each outputting a respective gate driver signal; and a driver output unit adapted to provide to the panel a single driver output (136a, 136b) for activating the plurality of scan lines, the single driver output being connected to the demultiplexer on the panel, wherein the single driver output is demultiplexed on the panel to activate each of the plurality of scan lines; characterized in that the driver output unit comprises: a multiplexer (134a, 134b) adapted to multiplex the plurality of gate driver signals generated by the respective address cells (138a - 138d) such that the signal output by the single driver output (136a, 136b) corresponds to one of the plurality of gate driver signals; wherein the multiplexer (134a, 134b) is controlled by a multiplexing control signal (iCTRL) that is associated with said control signal (CTRL, CTRL) for controlling the demultiplexing of the single driver output (136a, 136b) on the panel; and each switch block (146a, 146b) of the demultiplexer is adapted to receive an output from the multiplexer (134a, 134b). the driver output unit comprises: a multiplexer (134a, 134b) adapted to multiplex the plurality of gate driver signals generated by the respective address cells (138a - 138d) such that the signal output by the single driver output (136a, 136b) corresponds to one of the plurality of gate driver signals; wherein the multiplexer (134a, 134b) is controlled by a multiplexing control signal (iCTRL) that is associated with said control signal (CTRL, CTRL) for controlling the demultiplexing of the single driver output (136a, 136b) on the panel; and each switch block (146a, 146b) of the demultiplexer is adapted to receive an output from the multiplexer (134a, 134b). a multiplexer (134a, 134b) adapted to multiplex the plurality of gate driver signals generated by the respective address cells (138a - 138d) such that the signal output by the single driver output (136a, 136b) corresponds to one of the plurality of gate driver signals; wherein the multiplexer (134a, 134b) is controlled by a multiplexing control signal (iCTRL) that is associated with said control signal (CTRL, CTRL) for controlling the demultiplexing of the single driver output (136a, 136b) on the panel; and each switch block (146a, 146b) of the demultiplexer is adapted to receive an output from the multiplexer (134a, 134b).