A method of presenting visual information on a LED display board (190; 500; 700), comprising: receiving media content at an input frame rate; presenting a presentation image on the LED display board; mapping an output canvas image comprising an array of virtual pixels to the LED display board (190; 500; 700) comprising interleaved rows of LEDs (110, 120) wherein: odd LED rows of the interleaved rows of LEDs (110, 120) are offset relative to even LED rows of the interleaved rows of LEDs (110, 120) by about one-half the distance between adjacent LEDs in the interleaved rows of LEDs (110, 120); and each of the odd LED rows and the even LED rows comprise a repeating pattern of a first color LED (102, 104, 106; 192-1, 192-2, 194-1, 196-1), a second color LED (104, 106, 102; 194-1, 196-1, 192-1, 192-2), and a third color LED (106, 102, 104; 196-1, 192-1, 192-2, 194-1); and combining at least two frames of a repeating sequence of four frames of the output canvas image to generate the presentation image, wherein: a first frame and a second frame of the four frames comprise alternating pixels (132, 134; 232, 234) from odd virtual rows (130; 230) of the output canvas image; and a third frame and a fourth frame of the four frames comprise alternating pixels (136, 138; 236, 238) from even virtual rows (140; 240) of the output canvas image; the method characterized in that the at least two frames of the repeating sequence of four frames are combined to each be displayed at a rate that is less than the input frame rate. receiving media content at an input frame rate; presenting a presentation image on the LED display board; mapping an output canvas image comprising an array of virtual pixels to the LED display board (190; 500; 700) comprising interleaved rows of LEDs (110, 120) wherein: odd LED rows of the interleaved rows of LEDs (110, 120) are offset relative to even LED rows of the interleaved rows of LEDs (110, 120) by about one-half the distance between adjacent LEDs in the interleaved rows of LEDs (110, 120); and each of the odd LED rows and the even LED rows comprise a repeating pattern of a first color LED (102, 104, 106; 192-1, 192-2, 194-1, 196-1), a second color LED (104, 106, 102; 194-1, 196-1, 192-1, 192-2), and a third color LED (106, 102, 104; 196-1, 192-1, 192-2, 194-1); and odd LED rows of the interleaved rows of LEDs (110, 120) are offset relative to even LED rows of the interleaved rows of LEDs (110, 120) by about one-half the distance between adjacent LEDs in the interleaved rows of LEDs (110, 120); and each of the odd LED rows and the even LED rows comprise a repeating pattern of a first color LED (102, 104, 106; 192-1, 192-2, 194-1, 196-1), a second color LED (104, 106, 102; 194-1, 196-1, 192-1, 192-2), and a third color LED (106, 102, 104; 196-1, 192-1, 192-2, 194-1); and combining at least two frames of a repeating sequence of four frames of the output canvas image to generate the presentation image, wherein: a first frame and a second frame of the four frames comprise alternating pixels (132, 134; 232, 234) from odd virtual rows (130; 230) of the output canvas image; and a third frame and a fourth frame of the four frames comprise alternating pixels (136, 138; 236, 238) from even virtual rows (140; 240) of the output canvas image; a first frame and a second frame of the four frames comprise alternating pixels (132, 134; 232, 234) from odd virtual rows (130; 230) of the output canvas image; and a third frame and a fourth frame of the four frames comprise alternating pixels (136, 138; 236, 238) from even virtual rows (140; 240) of the output canvas image; the method characterized in that the at least two frames of the repeating sequence of four frames are combined to each be displayed at a rate that is less than the input frame rate.