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Name:	Clive Turvey
eMail:	clive@tbcnet.com
Date:	June 11, 2001 at 20:01:49
Subject:	MSR 2Ah Multipliers, Tualatin vs Coppermine
Text:	MSR 0x2A bits 27,25,24,23,22 - Current MultiplierTualatin adds multipliers of 13, 14, 15 & 16 to give a maximum of 1.6 GHz for a 100 MHz FSB and 2.133 GHz on the 133. That's not to say the core can run that high. Thought this might be useful for all the CPUID people who seem to hang out here. -Clive Tualatin (6Bx) Mult 100 133 MHz FSB 00000 12.0 1200 1600 00001 3.5 350 466 00010 3.5 350 466 00011 4.0 400 533 00100 5.5 550 733 00101 3.5 350 466 00110 11.5 1150 1533 00111 3.5 350 466 01000 16.0 1600 2133 01001 7.0 700 933 01010 8.0 800 1066 01011 6.0 600 800 01100 4.0 400 533 01101 7.5 750 1000 01110 3.5 350 466 01111 6.5 650 866 10000 9.0 900 1200 10001 11.0 1100 1466 10010 3.5 350 466 10011 3.5 350 466 10100 9.5 950 1266 10101 3.5 350 466 10110 8.5 850 1133 10111 3.5 350 466 11000 3.5 350 466 11001 3.5 350 466 11010 13.0 1300 1733 11011 10.0 1000 1333 11100 14.0 1400 1866 11101 3.5 350 466 11110 15.0 1500 2000 11111 10.5 1050 1400 00001 3.5 350 466 00010 3.5 350 466 00101 3.5 350 466 00111 3.5 350 466 01110 3.5 350 466 10010 3.5 350 466 10011 3.5 350 466 10101 3.5 350 466 10111 3.5 350 466 11000 3.5 350 466 11001 3.5 350 466 11101 3.5 350 466 00011 4.0 400 533 01100 4.0 400 533 00100 5.5 550 733 01011 6.0 600 800 01111 6.5 650 866 01001 7.0 700 933 01101 7.5 750 1000 01010 8.0 800 1066 10110 8.5 850 1133 10000 9.0 900 1200 10100 9.5 950 1266 11011 10.0 1000 1333 11111 10.5 1050 1400 10001 11.0 1100 1466 00110 11.5 1150 1533 00000 12.0 1200 1600 11010 13.0 1300 1733 11100 14.0 1400 1866 11110 15.0 1500 2000 01000 16.0 1600 2133 Coppermine (68x) Mult 100 133 MHz FSB 00000 5.0 500 667 00001 3.0 300 400 00010 4.0 400 533 00011 2.0 200 266 00100 5.5 550 733 00101 3.5 350 466 00110 4.5 450 600 00111 2.5 250 333 01000 3.5 350 466 01001 7.0 700 933 01010 8.0 800 1066 01011 6.0 600 800 01100 2.0 200 266 01101 7.5 750 1000 01110 1.5 150 200 01111 6.5 650 866 10000 9.0 900 1200 10001 11.0 1100 1466 10010 12.0 1200 1600 10011 2.0 200 266 10100 9.5 950 1266 10101 11.5 1150 1533 10110 8.5 850 1133 10111 2.5 250 333 11000 3.5 350 466 11001 7.0 700 933 11010 8.0 800 1066 11011 10.0 1000 1333 11100 2.0 200 266 11101 7.5 750 1000 11110 1.5 150 200 11111 10.5 1050 1400 01110 1.5 150 200 11110 1.5 150 200 00011 2.0 200 266 01100 2.0 200 266 10011 2.0 200 266 11100 2.0 200 266 00111 2.5 250 333 10111 2.5 250 333 00001 3.0 300 400 00101 3.5 350 466 01000 3.5 350 466 11000 3.5 350 466 00010 4.0 400 533 00110 4.5 450 600 00000 5.0 500 667 00100 5.5 550 733 01011 6.0 600 800 01111 6.5 650 866 01001 7.0 700 933 11001 7.0 700 933 01101 7.5 750 1000 11101 7.5 750 1000 01010 8.0 800 1066 11010 8.0 800 1066 10110 8.5 850 1133 10000 9.0 900 1200 10100 9.5 950 1266 11011 10.0 1000 1333 11111 10.5 1050 1400 10001 11.0 1100 1466 10101 11.5 1150 1533 10010 12.0 1200 1600

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`Text:`	\| MSR 0x2A bits 27,25,24,23,22 - Current Multiplier \| \| Tualatin adds multipliers of 13, 14, 15 & 16 to give a \| maximum of 1.6 GHz for a 100 MHz FSB and 2.133 GHz on the 133. \| That's not to say the core can run that high. \| \| Thought this might be useful for all the CPUID people who seem to hang out here. \| \| -Clive \| \| Tualatin (6Bx) \| \| Mult 100 133 MHz FSB \| \| 00000 12.0 1200 1600 \| 00001 3.5 350 466 \| 00010 3.5 350 466 \| 00011 4.0 400 533 \| 00100 5.5 550 733 \| 00101 3.5 350 466 \| 00110 11.5 1150 1533 \| 00111 3.5 350 466 \| 01000 16.0 1600 2133 \| 01001 7.0 700 933 \| 01010 8.0 800 1066 \| 01011 6.0 600 800 \| 01100 4.0 400 533 \| 01101 7.5 750 1000 \| 01110 3.5 350 466 \| 01111 6.5 650 866 \| 10000 9.0 900 1200 \| 10001 11.0 1100 1466 \| 10010 3.5 350 466 \| 10011 3.5 350 466 \| 10100 9.5 950 1266 \| 10101 3.5 350 466 \| 10110 8.5 850 1133 \| 10111 3.5 350 466 \| 11000 3.5 350 466 \| 11001 3.5 350 466 \| 11010 13.0 1300 1733 \| 11011 10.0 1000 1333 \| 11100 14.0 1400 1866 \| 11101 3.5 350 466 \| 11110 15.0 1500 2000 \| 11111 10.5 1050 1400 \| \| 00001 3.5 350 466 \| 00010 3.5 350 466 \| 00101 3.5 350 466 \| 00111 3.5 350 466 \| 01110 3.5 350 466 \| 10010 3.5 350 466 \| 10011 3.5 350 466 \| 10101 3.5 350 466 \| 10111 3.5 350 466 \| 11000 3.5 350 466 \| 11001 3.5 350 466 \| 11101 3.5 350 466 \| 00011 4.0 400 533 \| 01100 4.0 400 533 \| 00100 5.5 550 733 \| 01011 6.0 600 800 \| 01111 6.5 650 866 \| 01001 7.0 700 933 \| 01101 7.5 750 1000 \| 01010 8.0 800 1066 \| 10110 8.5 850 1133 \| 10000 9.0 900 1200 \| 10100 9.5 950 1266 \| 11011 10.0 1000 1333 \| 11111 10.5 1050 1400 \| 10001 11.0 1100 1466 \| 00110 11.5 1150 1533 \| 00000 12.0 1200 1600 \| 11010 13.0 1300 1733 \| 11100 14.0 1400 1866 \| 11110 15.0 1500 2000 \| 01000 16.0 1600 2133 \| \| \| Coppermine (68x) \| \| Mult 100 133 MHz FSB \| \| 00000 5.0 500 667 \| 00001 3.0 300 400 \| 00010 4.0 400 533 \| 00011 2.0 200 266 \| 00100 5.5 550 733 \| 00101 3.5 350 466 \| 00110 4.5 450 600 \| 00111 2.5 250 333 \| 01000 3.5 350 466 \| 01001 7.0 700 933 \| 01010 8.0 800 1066 \| 01011 6.0 600 800 \| 01100 2.0 200 266 \| 01101 7.5 750 1000 \| 01110 1.5 150 200 \| 01111 6.5 650 866 \| 10000 9.0 900 1200 \| 10001 11.0 1100 1466 \| 10010 12.0 1200 1600 \| 10011 2.0 200 266 \| 10100 9.5 950 1266 \| 10101 11.5 1150 1533 \| 10110 8.5 850 1133 \| 10111 2.5 250 333 \| 11000 3.5 350 466 \| 11001 7.0 700 933 \| 11010 8.0 800 1066 \| 11011 10.0 1000 1333 \| 11100 2.0 200 266 \| 11101 7.5 750 1000 \| 11110 1.5 150 200 \| 11111 10.5 1050 1400 \| \| 01110 1.5 150 200 \| 11110 1.5 150 200 \| 00011 2.0 200 266 \| 01100 2.0 200 266 \| 10011 2.0 200 266 \| 11100 2.0 200 266 \| 00111 2.5 250 333 \| 10111 2.5 250 333 \| 00001 3.0 300 400 \| 00101 3.5 350 466 \| 01000 3.5 350 466 \| 11000 3.5 350 466 \| 00010 4.0 400 533 \| 00110 4.5 450 600 \| 00000 5.0 500 667 \| 00100 5.5 550 733 \| 01011 6.0 600 800 \| 01111 6.5 650 866 \| 01001 7.0 700 933 \| 11001 7.0 700 933 \| 01101 7.5 750 1000 \| 11101 7.5 750 1000 \| 01010 8.0 800 1066 \| 11010 8.0 800 1066 \| 10110 8.5 850 1133 \| 10000 9.0 900 1200 \| 10100 9.5 950 1266 \| 11011 10.0 1000 1333 \| 11111 10.5 1050 1400 \| 10001 11.0 1100 1466 \| 10101 11.5 1150 1533 \| 10010 12.0 1200 1600 \|


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Re: MSR 2Ah Multipliers, Tualatin vs Coppermine by Morf, 17:38:52 2001/06/16 (0)
Re: MSR 2Ah Multipliers, Tualatin vs Coppermine by Franck Delattre, 05:37:56 2001/06/12 (4)
- Re: MSR 2Ah Multipliers, Tualatin vs Coppermine by Clive Turvey, 09:33:31 2001/06/12 (0)
- Re: MSR 2Ah Multipliers, Tualatin vs Coppermine by Peter, 09:28:44 2001/06/12 (2)
  - Re: MSR 2Ah Multipliers, Tualatin vs Coppermine by Franck Delattre, 09:49:27 2001/06/12 (1)
    - Re: MSR 2Ah Multipliers, Tualatin vs Coppermine by pharmacie.benard, 06:36:33 2003/09/24 (0)