Addressing process for a sequential colour liquid crystal display, from a video sequence made up of several video frames (Fk), each video frame comprising a sequence of three coloured frames (fR1, fG1 fB1,...) corresponding to the three primary colours, shown in the same successive sequence of primary colours in each video frame, the process comprising a rearrangement phase of said coloured video sequence frames, to deliver a display sequence whereby these coloured frames are successively shown on the screen in a different sequence, characterised in that the rearrangement phase to create said display sequence involves repeating the following steps: - take k successive video frames from the video sequence where k is an integer at least equal to 3, - assign each one of the 3k coloured frames of said k successive video frames, according to the associated primary colour, in a sequence packet (SD 1) of three successive packets (p1, p2, p3) of n=k coloured frames each, according to the following assignment rules: - the three packets are each associated with a different pair of a first primary colour and a second primary colour, - for each packet, the n=k coloured packet frames are selected amongst said 3xk coloured frames, in the successive order of appearance in the video sequence, according to said pair of first and second primary colours associated with the packet, and they are arranged in the packet so that the odd-numbered row coloured frames are of said first primary colour and the even-numbered row coloured frames are of said second primary colour and - the row n coloured frame of a packet and the row 1 coloured frame of the next packet in the sequence are coloured frames of different primary colours, the display sequence thus comprises sequences (SD 1, SD 2) of 3 packets each successively created from k successive video frames of the video sequence. - take k successive video frames from the video sequence where k is an integer at least equal to 3, - assign each one of the 3k coloured frames of said k successive video frames, according to the associated primary colour, in a sequence packet (SD 1) of three successive packets (p1, p2, p3) of n=k coloured frames each, according to the following assignment rules: - the three packets are each associated with a different pair of a first primary colour and a second primary colour, - for each packet, the n=k coloured packet frames are selected amongst said 3xk coloured frames, in the successive order of appearance in the video sequence, according to said pair of first and second primary colours associated with the packet, and they are arranged in the packet so that the odd-numbered row coloured frames are of said first primary colour and the even-numbered row coloured frames are of said second primary colour and - the row n coloured frame of a packet and the row 1 coloured frame of the next packet in the sequence are coloured frames of different primary colours, the display sequence thus comprises sequences (SD 1, SD 2) of 3 packets each successively created from k successive video frames of the video sequence. - the three packets are each associated with a different pair of a first primary colour and a second primary colour, - for each packet, the n=k coloured packet frames are selected amongst said 3xk coloured frames, in the successive order of appearance in the video sequence, according to said pair of first and second primary colours associated with the packet, and they are arranged in the packet so that the odd-numbered row coloured frames are of said first primary colour and the even-numbered row coloured frames are of said second primary colour and - the row n coloured frame of a packet and the row 1 coloured frame of the next packet in the sequence are coloured frames of different primary colours,