Are you using the green-black short trick to make the PC PSU function? . Anyway, the answer is yes. That switch in the back was put there by my father many years ago to make it work to test old motherboards. I had to twist some arms to get him to give it to me! (one condition is that I can't damage it. Thats why I didn't cut wires or drill holes in it!) I hate the power going down all the time. But the internet stayed up regardless. I guess the cable company still has power!
))
) I met a new problem when doing this: the ICs are too close length wise. (Kerm, is THAT what you meant? ) So I solved this by cutting half a thousand wires, and soldering these tiny wires to the IC to extend its pins into the socket. That was pretty fun! Anyway, lots of work got done, and I am really close to it being done. (Sorry, I'm on the computer w/ no SDHC, so no pics yet.) Also, could someone check this math.
)
#include <time.h>
#include <stdio.h>
int main(int argc, char **argv) {
clock_t start = clock();
__asm__(" movl $0xFFFFFFFF, %eax");
__asm__(" mov $0, %ecx");
__asm__("decrement:");
__asm__(" decl %eax");
__asm__(" cmp %eax, %ecx");
__asm__(" jne decrement");
clock_t stop = clock();
printf("CLOCKS_PER_SEC=%i\nCompleted in %i clocks.\n", CLOCKS_PER_SEC, stop - start);
}
I'm a little confused by your x86 comments at Tari. ), that obstruct the mounting holes. Also, they tower above the board, about 1 1/2 inches. I can't find a darn standoff that big with a screw small enough to fit in the hole.
(PS Was that Sketch-Up?) (PS Was that Sketch-Up?)Advertisement
