Row crosstalk mitigation

1. An apparatus comprising:

a light emitting diode (LED) display panel comprising a plurality of light emitting pixels divided into rows, the rows of light emitting pixels each further divided into at least one region;

a row driver is configured to receive image data from a graphics processing unit, the row driver is configured to compensate for crosstalk between the rows of light emitting pixels using direct current (DC) compensation for crosstalk, the direct current compensation for crosstalk further comprising:

calculating peak current for each LED pixel of the display panel;

using the peak current for each pixel to calculate a DC change in V LED (ΔV DC ) for that LED pixel for every backlight update;

using ΔV DC for each LED pixel to calculate a charge loss (ΔQ loss_DC ) for that LED pixel;

using ΔQ loss_DC for each LED pixel to calculate a change in luminance (Δlum %_ DC ) for that LED pixel;

adjusting the peak current for each LED pixel based on Δlum %_ DC for that LED pixel;

and the row driver is further configured, to output crosstalk compensated image data;

switching circuitry configured to receive the crosstalk compensated image data and configured to route the crosstalk compensated image data to the display panel for display.

2. The apparatus of claim 1 wherein the apparatus is a tablet computer, mobile phone, augmented reality display, notebook computer, computer display, or digital watch.

3. A method comprising:

receiving image data from a graphics-processing unit by a row driver;

compensating for crosstalk between rows of light emitting pixels in a display panel by the row driver using direct current (DC) compensation for crosstalk, the direct current compensation for crosstalk further comprising:

calculating a peak current for each LED pixel of the display panel;

using the peak current for each pixel to calculate a DC change in V LED (ΔV DC ) for that LED pixel for every backlight update;

using ΔV DC for each LED pixel to calculate a charge loss (ΔQ loss_DC ) for that LED pixel;

using ΔQ loss_DC for each LED pixel to calculate a change in luminance (Δlum %_ DC ) for that LED pixel;

adjusting the peak current for each LED pixel based on Δlum %_ DC for that LED pixel;

outputting crosstalk compensated image data to switching circuitry;

receive the crosstalk compensated image data by the switching circuitry; and,

routing the crosstalk compensated image data to the display panel for display.

4. The method of claim 3 wherein the display panel is incorporated in a tablet computer, mobile phone, augmented reality display, notebook computer, computer display, or digital watch.

5. A non-transitory computer-readable storage medium encoded with data and instructions, when read by a computer causes the computer to:

receive image data from a graphics-processing unit by a row driver;

compensate for crosstalk between rows of light emitting pixels in a display panel by the row driver using direct current (DC) compensation for crosstalk, the direct current compensation further comprising:

calculating a peak current for each LED pixel of the display panel;

using the peak current for each pixel to calculate a DC change in V LED (ΔV DC ) for that LED pixel for every backlight update;

using ΔV DC for each LED pixel to calculate a charge loss (ΔQ loss_DC ) for that LED pixel;

using ΔQ loss_DC for each LED pixel to calculate a change in luminance (Δlum %_ DC ) for that LED pixel;

adjusting the peak current for each LED pixel based on Δlum % DC for that LED pixel;

output crosstalk compensated image data to switching circuitry;

receive the crosstalk compensated image data by the switching circuitry; and,

route the crosstalk compensated image data to the display panel for display.

6. The non-transitory computer-readable storage medium of claim 5 wherein the display panel is incorporated in a tablet computer, mobile phone, augmented reality display, notebook computer, computer display, or digital watch.

7. An apparatus comprising:

a light emitting diode (LED) display panel comprising a plurality of light emitting pixels divided into rows, the rows of light emitting pixels each further divided into at least one region;

a row driver is configured to receive image data from a graphics processing unit, the row driver is configured to compensate for crosstalk between the rows of light emitting pixels using alternating current (AC) compensation for crosstalk, the alternating current compensation for crosstalk further comprising:

using an average current to calculate AC output voltage (Vout_ AC ) for each of the rows for every backlight update;

using Vout_ AC to calculate a AC change in V LED (ΔV AC ) for each of the rows;

using ΔV AC to calculate a charge loss (ΔQloss_ DC ) for each LED pixel;

using ΔQloss_ AC for each LED pixel to calculate a change in luminance (Δlum %_ AC ) for that LED pixel;

adjusting the average current for each LED pixel based on Δlum %_ AC for that LED pixel;

and the row driver is further configured to output crosstalk compensated image data;

switching circuitry configured to receive the crosstalk compensated image data and configured to route the crosstalk compensated image data to the display panel for display.

8. The apparatus of claim 7 wherein the apparatus is a tablet computer, mobile phone, augmented reality display, notebook computer, computer display, or digital watch.

9. A method comprising:

receiving image data from a graphics-processing unit by a row driver;

compensating for crosstalk between rows of light emitting pixels in a display panel by the row driver using alternating current (AC) compensation for crosstalk, the alternating current compensation for crosstalk further comprising:

using an average current to calculate AC output voltage (Vout_ AC ) for each of the rows for every backlight update;

using Vout_ AC to calculate a AC change in V LED (ΔV AC ) for each of the rows;

using ΔV AC to calculate a charge loss (ΔQloss_ AC ) for each LED pixel;

using ΔQloss_ AC for each LED pixel to calculate a change in luminance (Alum %_ AC ) for that LED pixel;

adjusting the average current for each LED pixel based on Δlum % AC for that LED pixel;

outputting crosstalk compensated image data to switching circuitry;

receive the crosstalk compensated image data by the switching circuitry; and,

routing the crosstalk compensated image data to the display panel for display.

10. The method of claim 9 wherein the display panel is incorporated in a tablet computer, mobile phone, augmented reality display, notebook computer, computer display, or digital watch.

11. A non-transitory computer-readable storage medium encoded with data and instructions, when read by a computer causes the computer to:

receive image data from a graphics-processing unit by a row driver;

compensate for crosstalk between rows of light emitting pixels in a display panel by the row driver using alternating current (AC) compensation for crosstalk, the alternating current compensation for crosstalk further comprising;

using an average current to calculate AC output voltage (Vout_AC) for each of the rows for every backlight update;

using Vout_ AC to calculate a AC change in V LED (ΔV AC ) for each of the rows;

using ΔV AC to calculate a charge loss (ΔQloss_ AC ) for each LED pixel;

using ΔQloss_ AC for each LED pixel to calculate a change in luminance (Δlum %_ AC ) for that LED pixel;

adjusting the average current for each LED pixel based on Δlum %_ AC for that LED pixel;

output crosstalk compensated image data to switching circuitry;

receive the crosstalk compensated image data by the switching circuitry; and,

route the crosstalk compensated image data to the display panel for display.

12. The non-transitory computer-readable storage medium of claim 11 wherein the display panel is incorporated in a tablet computer, mobile phone, augmented reality display, notebook computer, computer display, or digital watch.