3200+ or 2500+?
L12 cut?
The give-away is the L12 bridge. (the L12 bridges control the CPU's FSB, if CMOS is set to 'Auto')
The factory 3200+ has no L12 bridges cut = 200 MHz FSB.
The 2500+ has one L12 bridges cut = 166 MHz FSB. The L12 closest to th e round rubber pad.
As implemented
C = closed ( logic level of 0 ) , : = open ( logic level of 1 )
CCCC 200 MHz Barton
CCC: 166 MHz Barton
C:CC 133 MHz Barton Mobile, T-bred Mobile
C:C: 133 MHz Applebred, T-bred, Thorton
C:C: 100 MHz T-bred Mobile
L12 cut?
The give-away is the L12 bridge. (the L12 bridges control the CPU's FSB, if CMOS is set to 'Auto')
The factory 3200+ has no L12 bridges cut = 200 MHz FSB.
The 2500+ has one L12 bridges cut = 166 MHz FSB. The L12 closest to th e round rubber pad.
As implemented
C = closed ( logic level of 0 ) , : = open ( logic level of 1 )
CCCC 200 MHz Barton
CCC: 166 MHz Barton
C:CC 133 MHz Barton Mobile, T-bred Mobile
C:C: 133 MHz Applebred, T-bred, Thorton
C:C: 100 MHz T-bred Mobile