i recently noticed the last person to solder the connections did a bad job and boot times were taking forever so i decided to remover the chip and do it over. While doing so i accidentally pulled tab STNDY_CLK (area by the hana chip). in picture '1' i have routed the connection to the end of the trace.
(If you're wondering why the solder looks like a blob it's because the copper connection was obtuse, making a better connection.)
the system actually turns on now but doesn't glitch or show the green light blinking on CR RevC i am currently using the alt point FT3N2 somthing like that. Correct me if im wrong i dont have the mobo in front of me.
anyways
ive also listed the readings in Volts THEN compared them to another trinity board that glitches perfect.
Does anyone know the exact Volts for these connections and how to fix it? Maybe have even dabbled with this before..
you smell like cat poop.
(Not working)'1' http://i1358.photobucket.com/albums/...ps935451ee.png
====================
nuh uh.
(Woking W/ QSB) http://i1358.photobucket.com/albums/...ps6fb8344c.png
(If you're wondering why the solder looks like a blob it's because the copper connection was obtuse, making a better connection.)
the system actually turns on now but doesn't glitch or show the green light blinking on CR RevC i am currently using the alt point FT3N2 somthing like that. Correct me if im wrong i dont have the mobo in front of me.
anyways
ive also listed the readings in Volts THEN compared them to another trinity board that glitches perfect.
Does anyone know the exact Volts for these connections and how to fix it? Maybe have even dabbled with this before..
you smell like cat poop.
(Not working)'1' http://i1358.photobucket.com/albums/...ps935451ee.png
====================
nuh uh.
(Woking W/ QSB) http://i1358.photobucket.com/albums/...ps6fb8344c.png