CPU Specification Comparison
  AMD Duron
AMD Athlon
Intel Pentium III
Intel Celeron
Core
Spitfire
K7
K75
Thunderbird
Katmai
Coppermine
Mendocino
Coppermine128

Clock Speed

600 - 800 MHz
500 - 700 MHz
750 - 1000 MHz
750 - 1200 MHz
450 - 600 MHz
500 - 1000 MHz
300 - 533 MHz
533 - 600 MHz
L1 Cache
128KB
32KB
L2 Cache
64KB
512KB
256KB
512KB
256KB
128KB
L2 Cache speed
core clock
1/2 core
2/5 or 1/3 core
core clock
1/2 core
core clock
L2 Cache bus
64-bit
256-bit
64-bit
256-bit
System Bus
100 MHz DDR (200 MHz effective) EV6
100 - 133 MHz GTL+
66 MHz GTL+
Interface
Socket-A
Slot-A
Socket-A
Slot-A (OEM only up to 800MHz)
Slot-1
Slot-1
Socket-370
Socket-370
Manufacturing
Process
0.18 micron
0.25 micron
0.18 micron
0.25 micron
0.18 micron
0.25 micron
0.18 micron
Die Size
100mm^2
184 mm^2
102mm^2
120mm^2
128mm^2
106mm^2
153mm^2
106mm^2
Transistor Count
25 million
22 million
37 million
9.5 million
28 million
19 million
28 million

Copper vs Aluminum

The 1.2GHz Athlon, just like its 1.1GHz predecessor will be manufactured exclusively in AMD’s Fab30 plant in Dresden.  The only CPUs coming out of the Dresden plant are using Copper interconnects, and as we’ve mentioned before, AMD happens to be using a blue polishing die at their Dresden plant which gives these CPUs a blueish tint to them.

In contrast, the Durons as well as some lower clocked Athlons are still using Aluminum interconnects and are thus manufactured out of AMD’s Fab25 plant in Austin, TX.  Currently these CPUs coming out of Fab25 exhibit a greenish tint to them, once again due to the polisher, however we have seen cases where the tint appeared to be more of a red, as was the case with our Duron 800. AMD has assured us, however, that the Durons are still only being produced at Fab25 in Austin and are thus still using Aluminum interconnects.

For a better illustration of the subtle differences in the die tints, take a look at our brief comparison here.

The Chips Cooling the Chip
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