coolness, lots of these on ebay right now hehe. this is a weird display you have here as it doesn't have seperate horizontal and vertical sync pins like most other tft diplays i've seen. in other words, this display may not work on the board you have. ya can try this, but it is possible garbage'll appear on the display. anyways, pin 2 on ur toshiba display goes to pin 35 on your sbc, and pin 26 on the toshiba display goes to pin 37 on the sbc. if that doesn't work (make sure your inverter is actually on before deeming this as not working), try putting pin 26 on the display to pin 38 on the sbc. if that doesn't work, then u should find a different display
. by the looks of things that compound sync signal somehow combines vsync and hsync. looking @ the timing diagram on the toshiba datasheet kind of looks like hsync and vsync are OR'd together, but i'd hafta look @ a timing diagram of whats coming out of ur sbc to determine what kinda logic is needed to combine hsync vsync and possibly data enable (DE) into 1 signal for the toshiba display. it'd basically be easier to get a sharp, nec, or LG/phillips display as those you can connect pin for pin to your sbc. don't get the nec nl6448ac20-02 that's on ebay. it's only 12bit color, so in windows that kinda limits you to 256 colors, unless you want things looking hideous when switched to 16bit color. hope this thing'll work for ya
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coolness, lots of these on ebay right now hehe. this is a weird display you have here as it doesn't have seperate horizontal and vertical sync pins like most other tft diplays i've seen. in other words, this display may not work on the board you have. ya can try this, but it is possible garbage'll appear on the display. anyways, pin 2 on ur toshiba display goes to pin 35 on your sbc, and pin 26 on the toshiba display goes to pin 37 on the sbc. if that doesn't work (make sure your inverter is actually on before deeming this as not working), try putting pin 26 on the display to pin 38 on the sbc. if that doesn't work, then u should find a different display
. by the looks of things that compound sync signal somehow combines vsync and hsync. looking @ the timing diagram on the toshiba datasheet kind of looks like hsync and vsync are OR'd together, but i'd hafta look @ a timing diagram of whats coming out of ur sbc to determine what kinda logic is needed to combine hsync vsync and possibly data enable (DE) into 1 signal for the toshiba display. it'd basically be easier to get a sharp, nec, or LG/phillips display as those you can connect pin for pin to your sbc. don't get the nec nl6448ac20-02 that's on ebay. it's only 12bit color, so in 


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