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The “naming” of a CPU @ 3000 (even Intel have adopted it) is primarily designed to tell you what to expect the speed is in the real world.
So … and here is the question … what is faster?
An AMD Sempron 3000, socket ‘A’
An AMD Athlon 3000, socket 754
or
An AMD Athlon 3000, socket 939
You can throw an Intel in there, if you like.
Class / Rating - Sempron 3000
Clock Speed - 2000 MHz
Front Side Bus - 333 MHz
Level 1 Cache - 128 KB
Level 2 Cache - 512 KB
Cache Type - Pipeline Burst
Class / Rating - Athlon 64 3000 (64-Bit/socket 939)
Clock Speed - 1800 MHz
Front Side Bus - 1600MHz Hyper Transport Link
Level 1 Cache - 128 KB
Level 2 Cache - 512 KB
Class / Rating - Pentium 4 530
Clock Speed - 3000MHz
Front Side Bus - 800MHz
Level 1 Cache - 16KB
Level 2 Cache - 1024KB
Confusing, isn’t it?
Tell me why you think one is really faster than another. What IS the TRUE speed of each CPU?
NOTE
Contructive answers only please ... any 'brand bashing' WILL result in your post being deleted.
So … and here is the question … what is faster?
An AMD Sempron 3000, socket ‘A’
An AMD Athlon 3000, socket 754
or
An AMD Athlon 3000, socket 939
You can throw an Intel in there, if you like.
Class / Rating - Sempron 3000
Clock Speed - 2000 MHz
Front Side Bus - 333 MHz
Level 1 Cache - 128 KB
Level 2 Cache - 512 KB
Cache Type - Pipeline Burst
Class / Rating - Athlon 64 3000 (64-Bit/socket 939)
Clock Speed - 1800 MHz
Front Side Bus - 1600MHz Hyper Transport Link
Level 1 Cache - 128 KB
Level 2 Cache - 512 KB
Class / Rating - Pentium 4 530
Clock Speed - 3000MHz
Front Side Bus - 800MHz
Level 1 Cache - 16KB
Level 2 Cache - 1024KB
Confusing, isn’t it?
Tell me why you think one is really faster than another. What IS the TRUE speed of each CPU?
NOTE
Contructive answers only please ... any 'brand bashing' WILL result in your post being deleted.