A processing system for a display device comprising an integrated capacitive sensing device, the processing system comprising: a driver module comprising driver circuitry, the driver module coupled to a plurality of common electrodes (0-N) configured to be driven for updating a plurality of display lines in a display screen of the display device and performing capacitive sensing, wherein the driver module is configured to drive a first display cluster of a first display frame during a first time period of the first display frame, and drive a second display cluster of the first display frame during a second time period of the first display frame, wherein a display cluster comprises a plurality of the common electrodes for updating a plurality of sequential display lines, and wherein the driver module is configured to drive a first transmitter electrode for capacitive sensing during a third time period of the first display frame, the first transmitter electrode comprising at least one of the plurality of common electrodes, and the third time period being at least as long as a display line update and occurring after the first time period of the first display frame and before the second time period of the first display frame; wherein the driver module is configured to drive a first display cluster of a second display frame during a first time period of the second display frame, and drive a second display cluster of the second display frame during a second time period of the second display frame, and wherein the driver module is configured to drive a second transmitter electrode for capacitive sensing during a third time period of the second display frame, the second transmitter electrode comprising at least one of the plurality of common electrodes, and the third time period of the second display frame being at least as long as a display line update and occurring after the first time period of the second display frame and before the second time period of the second display frame; wherein the driver module is configured to, between the first display frame and the second display frame, shift the timing of the first or second time periods; a receiver module coupled to a plurality of receiver electrodes and configured to receive resulting signals while driving the first and second transmitter electrodes during the third time period; and a determination module configured to determine positional information for an input object based on the resulting signals. a driver module comprising driver circuitry, the driver module coupled to a plurality of common electrodes (0-N) configured to be driven for updating a plurality of display lines in a display screen of the display device and performing capacitive sensing, wherein the driver module is configured to drive a first display cluster of a first display frame during a first time period of the first display frame, and drive a second display cluster of the first display frame during a second time period of the first display frame, wherein a display cluster comprises a plurality of the common electrodes for updating a plurality of sequential display lines, and wherein the driver module is configured to drive a first transmitter electrode for capacitive sensing during a third time period of the first display frame, the first transmitter electrode comprising at least one of the plurality of common electrodes, and the third time period being at least as long as a display line update and occurring after the first time period of the first display frame and before the second time period of the first display frame; wherein the driver module is configured to drive a first display cluster of a second display frame during a first time period of the second display frame, and drive a second display cluster of the second display frame during a second time period of the second display frame, and wherein the driver module is configured to drive a second transmitter electrode for capacitive sensing during a third time period of the second display frame, the second transmitter electrode comprising at least one of the plurality of common electrodes, and the third time period of the second display frame being at least as long as a display line update and occurring after the first time period of the second display frame and before the second time period of the second display frame; wherein the driver module is configured to, between the first display frame and the second display frame, shift the timing of the first or second time periods; a receiver module coupled to a plurality of receiver electrodes and configured to receive resulting signals while driving the first and second transmitter electrodes during the third time period; and a determination module configured to determine positional information for an input object based on the resulting signals.