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INI File | 2002-08-16 | 34.7 KB | 1,329 lines
[Codename] 1501=P5A 1502=A80501, P5 1503=A80502, P54 1506=A80502, P54 1505=A80503, P55 1507=A80503, P55 1601=P6A 1602=A80521, P6 1604=POPD66X333 1603=A80522, Klamath 1605=Covington 1606=Mendocino 1607=Tonga 1608=A80523, Deschutes 1609=Dixon 1610=A80525, Katmai 1611=A80525, Katmai 1612=Tanner 1613=A80526, Coppermine 1614=A80526, Coppermine 1615=Cascades 1616=Cascades 1617=A80530, Tualatin 1618=Geyserville 1619=A80530, Tualatin 1620=Geyserville 1701=A80528, Willamette 1702=A80528, Willamette 1703=Foster 1704=Foster 1705=A80532, Northwood 1706=A80532, Northwood 1707=Prestonia 1708=Prestonia 1709=A80532, Northwood 1710=A80532, Northwood 5400=Nx486 5500=Nx586 5501=Nx586FP 5600=HA 3501=SSA5 3502=5k86 3503=5k86 3504=5k86 3505=K6 3506=Little Foot 3507=Little Foot 3508=K6-3D, Chomper 3509=K6-3D+, Sharptooth 3601=K7 3602=SF, Spitfire 3603=MG, Morgan 3701=K75, Pluto, Orion 3702=TB, Thunderbird 3703=TH, Thoroughbred 3710=XP, eXtreme Performance 3760=PM, Palomino 4500=M1 4601=M2 4602=M2 4603=C5A, Samuel 4604=C5B, Samuel 2 4605=C5C, Samuel 3, Ezra 4606=Eden 6501=C6 6502=C6+, W2 6503=W2A 6504=W2B 6505=W3 7501=6441, Kirin 7502=6510, Lynx 8001=TM3200 8002=TM5400 8003=TM5500 8004=TM5600 8005=TM5800 [First Introduction] 1500=March 22th, 1993 1503=March 7th, 1994 1506=March 7th, 1994 1505=January 8th, 1997 1507=January 8th, 1997 1600=Novembre 1st, 1995 1604=August 10th, 1998 1603=February 7th, 1997 1605=June 8th, 1998 1606=August 24th, 1998 1607=January 25th, 1999 1608=June 8th, 1998 1609=Octobre 6th, 1998 1610=February 14th, 2000 1611=February 26th, 1999 1612=March 19th, 1999 1613=February 14th, 2000 1614=February 26th, 1999 1615=March 19th, 1999 1616=March 19th, 1999 1617=February 14th, 2000 1618=February 14th, 2000 1619=February 26th, 1999 1620=Octobre 25th, 1999 1701=May 15th, 2002 1702=February 20th, 2000 1703=February 20th, 2000 1704=February 20th, 2000 1705=June 24th, 2002 1706=August 28th, 2001 1707=August 28th, 2001 1708=August 28th, 2001 1709=June 24th, 2002 1710=June 24th, 2002 5500=March 1994 5501=Novembre 1995 5600=April 2nd, 1997 3500=March 27th, 1996 3502=Octobre 7th, 1996 3503=January 13rd, 1997 3505=April 2nd, 1997 3506=April 7th, 1998 3507=May 28th, 1998 3508=February 22nd, 1999 3509=April 18th, 2000 3600=Octobre 13rd, 1998 3601=April 29th, 1999 3602=June 19th, 2000 3603=May 14th, 2000 3700=Novembre 29th, 1999 3701=Novembre 29th, 1999 3702=June 5th, 2000 3703=April 17th, 2002 3710=Octobre 9th, 2001 3760=Octobre 15th, 2001 4500=February 5th, 1996 4600=May 30th, 1997 4603=June 6th, 2000 4604=March 25th, 2001 4605=June 5 th, 2001 4605=Decembre 11st, 2001 6500=Octobre 13rd, 1997 6502=May 19th, 1998 6503=May 19th, 1998 6504=May 19th, 1998 6505=May 19th, 1998 7500=Octobre 13rd, 1998 7501=May 26th, 1999 7502=May 26th, 1999 8000=January 19th, 2000 8003=June 25, 2001 8004=Octobre 7th, 2000 8005=June 25, 2001 [Package Type] 1500=273 Pin PGA 1503= 1506= 1505= 1507= 1601=387 Pin Dual Cavity PGA 1602=387 Pin Dual Cavity PGA 1604=387 Pin Module / 528 Pin LGA 1606=370 Pin PPGA 5500=463 Pin PGA 5501=463 Pin Multi-Chip Module PGA 5600=463 Pin PGA 3500=296 Pin PGA 3505=321 Pin PGA 3506=321 Pin PGA 3507=321 Pin PGA 3508=321 Pin PGA 3509=349 Pin OBGA 3600=575 Pin BGA / 453 Pin Socket APGA/BPGA 3700=575 Pin BGA / 453 Pin Socket APGA/BPGA 4500=296 Pin PGA 4600=296 Pin PGA 4603=370 Pin CPGA 4604=370 Pin CPGA 4605= 4606= 6500=296 Pin PGA 6502=296 Pin PGA 6503=296 Pin PGA 6504=296 Pin PPGA 6505=296 Pin PGA 7500=296 Pin BPGA 8000=474 Pin BGA [Socket Type] 1500=Socket 4 1503= 1506= 1505=Socket 7 1507=Socket 7 1601=Socket 8 1602=Socket 8 1604=Socket 8 5500=Proprietary Socket 5600=Proprietary Socket 3500=Socket 5 3501=Socket 5 3502=Socket 5 3503=Socket 7 3504=Socket 7 3505=Socket 7 3506=Socket 7 3507=Socket 7 3508=Socket 7 3509=Proprietary Socket 3600=Slot A / Socket A 3700=Slot A / Socket A 4500=Socket 5 or 7 4600=Socket 7 4603=Socket 370 4604=Socket 370 4605=Proprietary Socket 4606=Proprietary Socket 6500=Socket 7 7500=Socket 7 8000=Proprietary Socket [Transistors] 1500=+/- 3,100,000 (includes L1 Cache) 1503=+/- 3,200,000 (includes L1 Cache) 1506=+/- 3,300,000 (includes L1 Cache) 1505=+/- 4,500,000 (includes L1 Cache) 1507=+/- 4,500,000 (includes L1 Cache) 1601=+/- 5,500,000 1602=+/- 5,500,000 1604=+/- 7,500,000 (includes L1 Cache) 1603=+/- 7,500,000 1605=+/- 7,500,000 1606=+/- 19,000,000 (includes L1 & L2 Cache) 1607=+/- 27,400,000 (includes L1 & L2 Cache) 1608=+/- 30,000,000 1610=+/- 28,000,000 1611=+/- 44,000,000 1612=+/- 140,000,000 1613=+/- 28,000,000 1614=+/- 44,000,000 1615=+/- 140,000,000 1616=+/- 140,000,000 1617=+/- 28,000,000 1618=+/- 28,000,000 1619=+/- 44,000,000 1620=+/- 44,000,000 1701=+/- 42,000,000 1702=+/- 42,000,000 1703=+/- 42,000,000 1704=+/- 42,000,000 1705=+/- 55,000,000 1706=+/- 55,000,000 1707=+/- 55,000,000 1708=+/- 55,000,000 1709=+/- 55,000,000 1710=+/- 55,000,000 5500=+/- 3,500,000 (includes L1 Cache) 5600=+/- 6,000,000 (includes L1 Cache) 3500=+/- 4,300,000 (includes L1 Cache) 3505=+/- 8,800,000 (includes L1 Cache) 3506=+/- 8,800,000 (includes L1 Cache) 3507=+/- 9,300,000 (includes L1 Cache) 3508=+/- 21,300,000 (includes L1 Cache) 3509=+/- 21,300,000 (includes L1 Cache) 3600=+/- 22,000,000 (includes L1 Cache) 3602=+/- 25,000,000 (includes L1 & L2 Cache) 3603=+/- 25,200,000 (includes L1 & L2 Cache) 3700=+/- 35,000,000 (includes L1 & L2 Cache) 3702=+/- 37,000,000 (includes L1 & L2 Cache) 3703=+/- 37,200,000 (includes L1 & L2 Cache) 3710=+/- 37,500,000 (includes L1 & L2 Cache) 3760=+/- 37,500,000 (includes L1 & L2 Cache) 4500=+/- 3,000,000 (includes L1 Cache) 4600=+/- 6,500,000 (includes L1 Cache) 4603=+/- 11,200,000 (includes L1 Cache) 4604=+/- 15,800,000 (includes L1 & L2 Cache) 4605=+/- 15,800,000 (includes L1 & L2 Cache) 4606=+/- 22,000,000 (includes L1 & L2 Cache) 6500=+/- 5,400,000 (includes L1 Cache) 6502=+/- 5,900,000 (includes L1 Cache) 6503=+/- 5,900,000 (includes L1 Cache) 6504=+/- 5,900,000 (includes L1 Cache) 6505=+/- 5,900,000 (includes L1 Cache) 7500=+/- 3,600,000 (includes L1 Cache) 8000=+/- 36,800,000 (includes L1 & L2 Cache) [Technology] 1500=3M, 0.80 ╡m, BiCMOS 1503=4M, 0.50 ╡m, BiCMOS 1506=4M, 0.30 ╡m, BiCMOS 1505=4M, 0.28 ╡m, BiCMOS 1507=4M, 0.25 ╡m, BiCMOS 1601=4M, 0.50 ╡m, BiCMOS 1602=4M, 0.35 ╡m, BiCMOS 1604=5M, 0.28 ╡m, BiCMOS 1603=4M, 0.28 ╡m, CMOS 1605=4M, 0.25 ╡m, CMOS 1606=4M, 0.25 ╡m, CMOS 1607=4M, 0.25 ╡m, CMOS 1608=4M, 0.25 ╡m, CMOS 1609=4M, 0.25 ╡m, CMOS 1610=5M, 0.25 ╡m, CMOS 1611=5M, 0.25 ╡m, CMOS 1612=5M, 0.25 ╡m, CMOS 1613=6M, 0.18 ╡m, CMOS 1614=6M, 0.18 ╡m, CMOS 1615=6M, 0.18 ╡m, CMOS 1616=6M, 0.18 ╡m, CMOS 1617=6M, 0.13 ╡m, CMOS, Cu, Low-K 1618=6M, 0.13 ╡m, CMOS, Cu, Low-K 1619=6M, 0.13 ╡m, CMOS, Cu, Low-K 1620=6M, 0.13 ╡m, CMOS, Cu, Low-K 1701=6M, 0.18 ╡m, CMOS 1702=6M, 0.18 ╡m, CMOS 1703=6M, 0.18 ╡m, CMOS 1704=6M, 0.18 ╡m, CMOS 1705=6M, 0.13 ╡m, CMOS, Cu, Low-K 1706=6M, 0.13 ╡m, CMOS, Cu, Low-K 1707=6M, 0.13 ╡m, CMOS, Cu, Low-K 1708=6M, 0.13 ╡m, CMOS, Cu, Low-K 1709=6M, 0.13 ╡m, CMOS, Cu, Low-K 1710=6M, 0.13 ╡m, CMOS, Cu, Low-K 5500=4M, 0.50 ╡m, CMOS 5501=5M, 0.44 ╡m, CMOS 5600=5M, 0.35 ╡m, CMOS 3500=3M, 0.50 ╡m, CMOS 3501=3M, 0.50 ╡m, CMOS 3502=3M, 0.50 ╡m, CMOS 3503=4M, 0.35 ╡m, CMOS 3504=4M, 0.35 ╡m, CMOS 3505=5M, 0.30 ╡m, CMOS 3506=5M, 0.25 ╡m, CMOS 3507=5M, 0.25 ╡m, CMOS 3508=5M, 0.25 ╡m, CMOS 3509=5M, 0.18 ╡m, CMOS 3600=6M, 0.25 ╡m, CMOS 3602=6M, 0.18 ╡m, CMOS 3603=6M, 0.18 ╡m, CMOS 3700=6M, 0.18 ╡m, CMOS, Cu 3701=6M, 0.18 ╡m, CMOS, Cu 3702=6M, 0.18 ╡m, CMOS, Cu 3703=6M, 0.13 ╡m, CMOS, Cu 3710=6M, 0.18 ╡m, CMOS, Cu 3760=6M, 0.18 ╡m, CMOS, Cu 4500=3M, 0.65 ╡m, CMOS 4501=5M, 0.65 ╡m, CMOS 4502=5M, 0.35 ╡m, CMOS 4600=5M, 0.35 ╡m, CMOS 4603=6M, 0.18 ╡m, CMOS 4604=6M, 0.15 ╡m, CMOS 4605=6M, 0.13 ╡m, CMOS 4606=6M, 0.13 ╡m, CMOS 6500=4M, 0.35 ╡m, CMOS 6502=5M, 0.35 ╡m, CMOS 6503=5M, 0.35 ╡m, CMOS 6504=5M, 0.25 ╡m, CMOS 6505=5M, 0.25 ╡m, CMOS 7500=5M, 0.25 ╡m, CMOS 7502=5M, 0.18 ╡m, CMOS 8000=0.22 ╡m, CMOS 8002=0.18 ╡m, CMOS 8003=0.13 ╡m, CMOS 8004=0.18 ╡m, CMOS 8005=0.13 ╡m, CMOS [Split Voltage] 1500=N/A 1505=Yes (Determined via Motherboard) 1507=Yes (Determined via Motherboard) 1600=Yes (Automatically determined via VID Pins) 1615=Yes (On-Cartridge Voltage Regulator) 1616=Yes (On-Cartridge Voltage Regulator) 1700=Yes (Automatically determined via VID Pins) 5500=N/A 5600=Yes 3500=N/A 3505=Yes (Determined via Motherboard) 3506=Yes (Determined via Motherboard) 3507=Yes (Determined via Motherboard) 3508=Yes (Determined via Motherboard) 3509=Yes (Determined via Motherboard) 3600=N/A 3700=N/A 4500=N/A 4600=Yes (Determined via Motherboard) 4603=Yes (Automatically determined via VID pins) 4604=Yes (Automatically determined via VID pins) 4605=Yes (Automatically determined via VID pins) 4606=Yes (Automatically determined via VID pins) 6500=N/A 6504=Yes (Determined via Motherboard) 6505=Yes (Determined via Motherboard) 7500=Yes (Determined via Motherboard) 8000=Yes [Core Voltage] 1500=5.0 v 1503=3.3 v 1506=3.3 v 1505=2.8 v 1507=1.8 v 1601=3.3 v 1602=3.3 v 1604=2.0 v 1603=2.8 v 1605=2.0 v 1606=2.0 v 1607=1.9 v 1608=2.0 v 1609=2.0 v 1610=2.0 v 1611=2.0 v 1612=2.0 v 1613=1.8 v 1614=1.7 v 1615=1.6 v 1616=1.5 v 1617=1.475 v 1618=1.4 v 1619=1.45 v 1620=1.05 v 1701=1.75 v 1702=1.75 v 1703=1.75 v 1704=1.75 v 1705=1.3 v 1706=1.5 v 1707=1.5 v 1708=1.5 v 1709=1.3 v 1710=1.3 v 5500=4.0 v 5600=2.5 v 3500=3.52 v 3505=3.3 v 3506=3.3 v 3507=3.3 v 3508=3.3 v 3509=3.3 v 3600=1.35 v 3700=1.35 v 4500=3.52 v 4501=2.8 v 4502=2.45 v 4600=2.9 v 4602=2.2 v 4603=2.0 v 4604=1.6 v 4605=1.35 v 4606=1.35 v 6500=3.3 v 6504=2.8 v 6505=2.8 v 7500=2.8 v 7502=2.0 v 8000=1.5 v 8001=1.5 v 8002=1.2 v 8003=0.9 v 8004=1.2 v 8005=0.9 v [I/O Voltage] 1500=5.0 v 1503=3.3 v 1506=3.3 v 1505=3.3 v 1507=2.5 v 1600=3.3 v 1607=2.5 v 1701=1.75 v 1702=1.75 v 1703=1.75 v 1704=1.75 v 1705=1.3 v 1706=1.5 v 1707=1.5 v 1708=1.5 v 1709=1.3 v 1710=1.3 v 5500=4.0 v 5600=3.3 v 3500=3.52 v 3505=3.3 v 3506=3.3 v 3507=3.3 v 3508=3.3 v 3509=3.3 v 3600=3.3 v, 2.5 v 3700=3.3 v, 2.5 v 4500=3.52 v 4501=3.3 v 4502=3.3 v 4600=3.3 v 4603=3.3 v 4604=3.3 v 4605=3.3 v 4606=3.3 v 6500=3.3 v 7500=3.3 v 8000=3.3 v 8002=3.3v, 2.5 v 8003=3.3v, 2.5 v 8004=3.3v, 2.5 v 8005=3.3v, 2.5 v [Typical Power] 1500=11.9-13.0 w 1503=3.0-6.5 w 1506=3.0-6.5 w 1505=6.1-7.9 w 1507=2.3-5.0 w 1601=23.0-43.0 w 1602=23.0-43.0 w 1603=23.0-28.0 w 1605=11.0-12.0 w 1606=12.0-19.0 w 1607=7.0-10.0 w 1608=11.0-24.0 w 1609=20.0-31.0 w 1610=17.0-23.0 w 1611=17.0-23.0 w 1612=23.0-29.0 w 1613=9.0-22.0 w 1614=13.0-24.0 w 1615=16.0-27.0 w 1616=16.0-27.0 w 1617=14.0-21.0 w 1618=14.0-16.0 w 1619=14.0-21.0 w 1620=20.0-22.0 w 1701=48.9-71.8 w 1702=48.9-71.8 w 1703=48.9-71.8 w 1704=48.9-71.8 w 1705=30.0 w 1706=55.0-65.0 w 1707=55.0-65.0 w 1708=55.0-65.0 w 1709=30.0 w 1710=30.0 w 5600=4.0 w 3500=9.5 w 3501=9.5-12.7 w 3502=9.5 w 3503=12.3 w 3504=12.3 w 3505=10.3-17.0 w 3506=8.10-9.25 w 3507=8.10-12.95 w 3508=16.10-17.10 w 3509=12.60 w 3600=38.0-48.0 w 3601=38.0-48.0 w 3602=24.5-37.2 w 3603=39.2-55.2 w 3700=28.0-60.0 w 3701=28.0-60.0 w 3702=34.0-65.0 w 3703=44.9-61.7 w 3710=44.9-61.7 w 3760=44.9-61.7 w 4500=12.9-20.8 w 4501=11.1-14.3 w 4502=7.9-9.4 w 4600=10.6-15.0 w 4603=6.8-10.2 w 4604=6.09-6.23 w 4605=5.0-6.9 w 4606=5.0-6.9 w 6500=5.0-9.0 w 6502=6.0-9.0 w 6503=6.0-11.0 w 6504=6.0-11.0 w 6505=6.0-11.0 w 7500=5.28-7.87 w 7502=3.53-3.66 w 8000=1.0-3.0 w 8003=1.0 w 8005=1.0 w [Maximum Power] 1500=16.0 w 1503=15.0 w 1506=15.0 w 1505=17.0 w 1507=8.4 w 1601=47.0 w 1602=47.0 w 1603=43.0 w 1605=18.4 w 1606=24.6 w 1607=13.1 w 1608=36.4 w 1609=46.7 w 1610=34.5 w 1611=34.5 w 1612=34.5 w 1613=33.0 w 1614=35.5 w 1615=40.8 w 1616=40.8 w 1617=34.8 w 1618=27.5 w 1619=34.8 w 1620=27.5 w 1701=100.0 w 1702=100.0 w 1703=100.0 w 1704=100.0 w 1705=36.0 w 1706=77.0 w 1707=77.0 w 1708=77.0 w 1709=36.0 w 1710=36.0 w 5600=10.0 w 3500=11.6 w 3501=15.5 w 3502=12.4 w 3503=16.0 w 3504=16.0 w 3505=28.3 w 3506=15.40 w 3507=21.60 w 3508=29.50 w 3509=16.0 w 3600=50.0 w 3601=50.0 w 3602=41.5 w 3603=60.0 w 3700=65.0 w 3701=65.0 w 3702=72.0 w 3703=67.9 w 3710=72.0 w 3760=72.0 w 4500=24.6 w 4501=17.1 w 4502=13.2 w 4600=18.9 w 4603=17.6 w 4604=10.59 w 4605=10.2 w 4606=10.2 w 6500=13.1 w 6502=14.0 w 6503=16.0 w 6504=16.0 w 6505=16.0 w 7500=10.72 w 7502=5.0 w 8000=5.0 w 8003=6.0 w 8005=6.0 w [Supported External Bus Speed] 1500=60, 66 MHz 1503=50, 60, 66 MHz 1506=50, 60, 66 MHz 1601=60, 66 MHz, GTL+ 1602=60, 66 MHz, GTL+ 1604=66 MHz, GTL+ 1603=66, 100 MHz, GTL+, AGTL+ 1605=66, 100 MHz, GTL+, AGTL+ 1606=66, 100 MHz, GTL+, AGTL+ 1607=66, 100 MHz, GTL+, AGTL+ 1608=66, 100 MHz, GTL+, AGTL+ 1609=66, 100 MHz, GTL+, AGTL+ 1610=66, 100 MHz, GTL+, AGTL+ 1611=66, 100 MHz, GTL+, AGTL+ 1612=66, 100 MHz, GTL+, AGTL+ 1613=66, 100 MHz, GTL+, AGTL+ 1614=100, 133 MHz, GTL+, AGTL+ 1615=100, 133 MHz, GTL+, AGTL+ 1616=100, 133 MHz, GTL+, AGTL+ 1617=100, 133 MHz, GTL+, AGTL+ 1618=100, 133 MHz, GTL+, AGTL+ 1619=100, 133 MHz, GTL+, AGTL+ 1620=100, 133 MHz, GTL+, AGTL+ 1700=100, 133 MHz Quad-Pumped, AGTL+ 5500=35, 37.5, 42, 46.5, 51, 55.5 MHz 5600=60 MHz 3500=50, 60, 66 MHz 3505=66, 100 MHz 3506=66, 95, 100 MHz 3507=66, 95, 100 MHz 3508=66, 95, 100 MHz 3509=66, 95, 97, 100 MHz 3600=100, 133 MHz 3700=100, 133 MHz 4500=50, 55, 60, 66, 75 MHz 4600=50, 55, 60, 66, 75, 83, 95, 100 MHz 4603=66, 100, 133 MHz, GTL + 4604=66, 100, 133 MHz, GTL + 4605=66, 100, 133 MHz, GTL + 4606=66, 100, 133 MHz, GTL + 6500=60, 66, 75 MHz 6502=60, 66, 75 MHz 6503=66, 100 MHz 6504=66 MHz 6505=66 MHz 7500=60, 66, 75, 83, 95, 100 MHz 8000=66..133 MHz 8003=100..133 MHz [Supported Multiplier] 1500=1.0x 1503=1.5x, 2.0x, 2.5x, 3.0x 1506=1.5x, 2.0x, 2.5x, 3.0x 1505=2.0x, 2.5x, 3.0x, 3.5x, 4.0x, 4.5x 1507=2.0x, 2.5x, 3.0x, 3.5x, 4.0x, 4.5x 1601=2.5x, 3.0x 1604=5.0x 1603= 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 1605= 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 1606= 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 1607= 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 1608= 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 1609= 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 1610= 4.0x, 4.5x, ..., 11.0x 1611= 4.0x, 4.5x, ..., 11.0x 1612= 4.0x, 4.5x, ..., 11.0x 1613= 4.0x, 4.5x, ..., 11.0x 1614= 4.0x, 4.5x, ..., 11.0x 1615= 4.0x, 4.5x, ..., 11.0x 1616= 4.0x, 4.5x, ..., 11.0x 1617= 4.0x, 4.5x, ..., 11.0x 1618= 4.0x, 4.5x, ..., 11.0x 1619= 4.0x, 4.5x, ..., 11.0x 1620= 4.0x, 4.5x, ..., 11.0x 1700=13.0x, 14.0x, ..., 24.0x 5500=2.0x 5600=3.0x 3500=1.5x 3503=1.5x, 1.75x 3504=1.5x, 1.75x 3505=2.5x, 3.0x, 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x 3506=2.5x, 3.0x, 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x 3507=2.5x, 3.0x, 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x 3508=2.5x, 3.0x, 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x 3509=2.0x, 3.0x, 3.5x, 4.0x, 4.5x, 5.0x, 5.5x, 6.0x 3600=5.0x, 5.5x, ..., 14.0x 3700=5.0x, 5.5x, ..., 14.0x 4500=2.0x, 3.0 x 4600=2.0x, 2.5x, 3.0x, 3.5x 4603=4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 4604=4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 4605=4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 4606=4.5x, 5.0x, 5.5x, 6.0x, 6.5x, 7.0x, 7.5x, 8.0x 6500=3.0x, 4.0x 6502=3.0x, 4.0x 6503=2.33x, 3.0x, 3.5x 6504=3.0x 6505=3.0x 7500=2.0x, 2.5x, 3.0x, 3.5x 8000=2.0x, 3.0x, 4.0x, 5.0x, ... 15.0x (SDRAM) [Processor Core] 1500=CISC, In-order and Pipelined Execution 1600=RISC, Out-of-order and Speculative Execution 1700=RISC, Out-of-order and Speculative Execution 5500=RISC, Out-of-order and Speculative Execution 5600=RISC, Out-of-order and Speculative Execution 3500=RISC, Out-of-order and Speculative Execution 3600=RISC, Out-of-order and Speculative Execution 3700=RISC, Out-of-order and Speculative Execution 4500=CISC, In-Out-of-order and Pipelined Execution 4600=CISC, In-Out-of-order and Pipelined Execution 4603=RISC, In-order and Pipelined Execution 4604=RISC, In-order and Pipelined Execution 4605=RISC, In-order and Pipelined Execution 4606=RISC, In-order and Pipelined Execution 6500=CISC, In-order Execution 7500=CISC, In-order Execution 8000=VLIW, In-order Execution, Dynamic Translation [Core Details] 1500=Dual Pipeline Design 1600=20 Entry RS, 40 Entry ROB 1700=126 ╡OPs, 48 Loads, 24 Stores In-Flight 5500=14 Entry ROP Queue/Unit 5600=24 Entry ICU (up to 12 IA-32 instructions) 3500=11 Entry RS, 16 Entry ROB 3505=24 Entry ICU 3506=24 Entry ICU 3507=24 Entry ICU 3508=24 Entry ICU 3509=24 Entry ICU 3600=72 MOP Entry ROB/ICU,|18 MOP Entry Integer Scheduler,|36 MOP Entry FP Scheduler 3700=72 MOP Entry ROB/ICU,|18 MOP Entry Integer Scheduler,|36 MOP Entry FP Scheduler 4500=Dual Pipeline Design 4600=Dual Pipeline Design 4603=Single Pipeline Design 4604=Single Pipeline Design 4605=Single Pipeline Design 4606=Single Pipeline Design 6500=Single Pipeline Design 7500=3-Stage Non-interlocking Code Fetch Pipeline|2-Stage Non-interlocking Data Fetch Pipeline 8000=64 and 128 Bit VLIW Molecules|Commit/Rollback Architecture|Code Morphing Software (CMS) [Registers] 1500=32-bit Integer, 80-bit FP 1505=32-bit Integer, 80-bit FP, 64-bit MM 1507=32-bit Integer, 80-bit FP, 64-bit MM 1600=32-bit Integer, 80-bit FP, 40 Entry RAT 1604=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1603=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1605=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1606=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1607=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1608=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1609=32-bit Integer, 80-bit FP, 64-bit MM, 40 Entry RAT 1610=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1611=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1612=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1613=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1614=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1615=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1616=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1617=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1618=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1619=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1620=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE, 40 Entry RAT 1700=32 Bit Integer, 80 Bit FP, 64 Bit MM, 128 Bit SSE and SSE2 5500=32 Bit Integer, 80 Bit FP, 22 Entry RAT 5600=32 Bit Integer, 80 Bit FP, 48 Entry RAT 3500=32 Bit Integer, 80 Bit FP, 40 Entry RAT 3505=32 Bit Integer, 80 Bit FP, 64 Bit MM, 48 Entry RAT 3506=32 Bit Integer, 80 Bit FP, 64 Bit MM, 48 Entry RAT 3507=32 Bit Integer, 80 Bit FP, 64 Bit MM, 69 Entry RAT 3508=32 Bit Integer, 80 Bit FP, 64 Bit MM, 69 Entry RAT 3509=32 Bit Integer, 80 Bit FP, 64 Bit MM, 69 Entry RAT 3600=32 Bit Integer, 80 Bit FP, 64 Bit MM|24 Entry 32-Bit 9x Read 8x Write IFFRF (Integer RAT)|88 Entry 90-Bit 5x Read 5x Write FPRF (FP RAT) 3700=32 Bit Integer, 80 Bit FP, 64 Bit MM|24 Entry 32-Bit 9x Read 8x Write IFFRF (Integer RAT)|88 Entry 90-Bit 5x Read 5x Write FPRF (FP RAT) 4500=32 Bit Integer, 80 Bit FP, 32 Entry RAT 4600=32 Bit Integer, 80 Bit FP, 64 Bit MM, 32 Entry RAT 4603=32 Bit Integer, 80 Bit FP, 64 Bit MM, Separate FP and MM 4604=32 Bit Integer, 80 Bit FP, 64 Bit MM, Separate FP and MM 4605=32 Bit Integer, 80 Bit FP, 64 Bit MM, Separate FP and MM 4606=32 Bit Integer, 80 Bit FP, 64 Bit MM, Separate FP and MM 6500=32 Bit Integer, 80 Bit FP, 64 Bit MM 7500=32 Bit Integer, 80 Bit FP, 64 Bit MM 8000=32 Bit Integer, 80 Bit FP, 64 Bit MM|64x/48x (Primary/Shadowed) 32 Bit General Purpose Registers|32x/16x (Primary/Shadowed) 80 Bit FP General Registers [Pipeline Depth] 1500=2 (Shared) plus 2 x 3 (Dual Pipeline) Stages 1505=3 (Shared) plus 2 x 3 (Dual Pipeline) Stages 1507=3 (Shared) plus 2 x 3 (Dual Pipeline) Stages 1600=12 (In-order) plus 2 (Out-of-order) Stages 1700=20 Stages 5500=7 Stages 5600=6 Stages 3500=3 (In-order) plus 3 (Out-of-order) Stages 3505=6 Stages 3506=6 Stages 3507=6 Stages 3508=6 Stages 3509=6 Stages 3600=10 (Integer), 15 (FP) 3700=10 (Integer), 15 (FP) 4500=1 (Shared), 2x 4+2 In-/Out-of-order (Dual Pipeline) Stages,|4x FP plus 4x FP Store Queue 4600=1 (Shared), 2x 4+2 In-/Out-of-order (Dual Pipeline) Stages,|4x FP plus 6x FP Store Queue 4603=12 Stages (includes 7 RISC Stages for Execution),|6 additional Stages for FPU Instructions 4604=12 Stages (includes 7 RISC Stages for Execution),|6 additional Stages for FPU Instructions|8 Instruction Integer-to-FP FIFO Queue 4605=12 Stages (includes 7 RISC Stages for Execution),|6 additional Stages for FPU Instructions|8 Instruction Integer-to-FP FIFO Queue 4606=12 Stages (includes 7 RISC Stages for Execution),|6 additional Stages for FPU Instructions|8 Instruction Integer-to-FP FIFO Queue 6500=4 Stages 7500=8 Stages 8000=7 (Integer), 10 (FP) [Instruction Decoder] 1500=2x IA-32/Cycle 1600=3x IA-32/Cycle, 6x ╡OPs/Cycle 1700=1x IA-32/Cycle 5500=1x IA-32/Cycle 5600=1-2x IA-32/Cycle, 1-4x ROPs/Cycle 3500=1-4x IA-32/Cycle, 4x ROPs/Cycle 3505=1-2x IA-32/Cycle, 4x ROPs/Cycle 3506=1-2x IA-32/Cycle, 4x ROPs/Cycle 3507=1-2x IA-32/Cycle, 4x ROPs/Cycle 3508=1-2x IA-32/Cycle, 4x ROPs/Cycle 3509=1-2x IA-32/Cycle, 4x ROPs/Cycle 3600=Direct and Vector Path, Up to 3x IA-32/Cycle|Up to 3x MOPs/Cycle, Up to 6x ROPs/Cycle 3700=Direct and Vector Path, Up to 3x IA-32/Cycle|Up to 3x MOPs/Cycle, Up to 6x ROPs/Cycle 4500=2x IA-32/Cycle 4600=2x IA-32/Cycle 4603=1x IA-32/Cycle, up to 3 ╡OPs/Cycle 4604=1x IA-32/Cycle, up to 3 ╡OPs/Cycle 4605=1x IA-32/Cycle, up to 3 ╡OPs/Cycle 4606=1x IA-32/Cycle, up to 3 ╡OPs/Cycle 6500=1x IA-32/Cycle 6502=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle, up to 4 ╡OPs/Cycle 6503=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle, up to 4 ╡OPs/Cycle 6504=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle, up to 4 ╡OPs/Cycle 6505=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle, up to 4 ╡OPs/Cycle 7500=Up to 3x IA-32/Cycle 8000=Code morphing Software (CMS)|Interprets and/or Translates x86 Code into VLIW Code [Execution Units] 1500=2x Integer, Pipelined FPU 1505=2x Integer/MMX, Pipelined FPU 1507=2x Integer/MMX, Pipelined FPU 1600=2x ALU, Load, Store Address, Store Data, Pipelined FPU 1603=2x ALU/MMX, Load, Store Address, Store Data, Pipelined FPU 1605=2x ALU/MMX, Load, Store Address, Store Data, Pipelined FPU 1606=2x ALU/MMX, Load, Store Address, Store Data, Pipelined FPU 1607=2x ALU/MMX, Load, Store Address, Store Data, Pipelined FPU 1608=2x ALU/MMX, Load, Store Address, Store Data, Pipelined FPU 1609=2x ALU/MMX, Load, Store Address, Store Data, Pipelined FPU 1610=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1611=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1612=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1613=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1614=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1615=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1616=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1617=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1618=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1619=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1620=2x ALU/MMX/SSE, Load, Store Adress, Store Data, Pipelined FPU 1700=Double-pumped ALU, FP Move/Store/FXCH, Double-pumped ALU,|Slow ALU, FP Execute, Load, Store 5500=Simple Integer, Complex Integer, Address 5501=Simple Integer, Complex Integer, Address, Non-pipelined FPU 5600=Simple ALU, Complex ALU, MM, Load, Store, Branch, Non-pipelined FPU 3500=2x ALU, 2x Load/Store, 1x Branch, 1x FPU 3505=Simple ALU, Complex ALU, MMX, Load, Store, Branch, Non-pipelined FPU 3506=Simple ALU, Complex ALU, MMX, Load, Store, Branch, Non-pipelined FPU 3507=Simple ALU, Complex ALU, MMX, Load, Store, Branch, Non-pipelined FPU, 3DNow! 3508=Simple ALU, Complex ALU, MMX, Load, Store, Branch, Non-pipelined FPU, 3DNow! 3509=Simple ALU, Complex ALU, MMX, Load, Store, Branch, Non-pipelined FPU, 3DNow! 3600=3x IEU (2x w/ MUL, 1x w/o MUL), 3x AGU (1x/IEU),|3x Pipelined FP (1x ADD, 1x MUL, 1x STORE) 3700=3x IEU (2x w/ MUL, 1x w/o MUL), 3x AGU (1x/IEU),|3x Pipelined FP (1x ADD, 1x MUL, 1x STORE) 4500=2x Integer, Non-pipelined FPU 4600=2x Integer, MMX, Non-pipelined FPU 4603=Integer, Partially Pipelined FPU (1/2 Core Speed),|Fully Pipelined MMX, Fully Pipelined 3DNow! 4604=Integer, Partially Pipelined FPU (1/2 Core Speed),|Fully Pipelined MMX, Fully Pipelined 3DNow! 4605=Integer, Partially Pipelined FPU (1/2 Core Speed),|Fully Pipelined MMX, Fully Pipelined 3DNow! 4606=Integer, Partially Pipelined FPU (1/2 Core Speed),|Fully Pipelined MMX, Fully Pipelined 3DNow! 6500=Integer, MMX, Non-pipelined FPU 6502=Integer, Pipelined FPU,|Pipelined Multiply-Add MMX, Non-pipelined Shift-Pack MMX,|Pipelined Dual-Add 3DNow!, Pipelined Dual-Multiply 3DNow! 6503=Integer, Pipelined FPU,|Pipelined Multiply-Add MMX, Non-pipelined Shift-Pack MMX,|Pipelined Dual-Add 3DNow!, Pipelined Dual-Multiply 3DNow! 6504=Integer, Pipelined FPU,|Pipelined Multiply-Add MMX, Non-pipelined Shift-Pack MMX,|Pipelined Dual-Add 3DNow!, Pipelined Dual-Multiply 3DNow! 6505=Integer, Pipelined FPU,|Pipelined Multiply-Add MMX, Non-pipelined Shift-Pack MMX,|Pipelined Dual-Add 3DNow!, Pipelined Dual-Multiply 3DNow! 7500=3x ALU (1x Shift/MUL/DIV, 1x three-input, 1x MOV/Jcc)|7x MMX (ADD, MUL, CMP, Pack, Shift, 2x Unpack/Boolean)|1x Pipelined FPU 8000=2x ALU, 1x Load/Store, 1x Branch, 1x FP/MM [Execution Speed] 1500=Up to 2x IA-32/Cycle 1600=Up to 5 ╡OPs/Cycle 1700=Up to 6 ╡OPs/Cycle 5500=Up to 2x ROPs/Cycle 5501=Up to 3x ROPs/Cycle 5600=Up to 6x ROPs/Cycle 3500=Up to 4x ROPs/Cycle 3505=Up to 6x ROPs/Cycle 3506=Up to 6x ROPs/Cycle 3507=Up to 6x ROPs/Cycle 3508=Up to 6x ROPs/Cycle 3509=Up to 6x ROPs/Cycle 3600=Up to 3x Integer MOPs/Cycle,|Up to 6x Integer ROPs/Cycle,|Up to 3x FP ROPs/Cycle 3700=Up to 3x Integer MOPs/Cycle,|Up to 6x Integer ROPs/Cycle,|Up to 3x FP ROPs/Cycle 4500=Up to 2x IA-32/Cycle 4600=Up to 2x IA-32/Cycle 4603=1x IA-32/Cycle 4604=1x IA-32/Cycle 4605=1x IA-32/Cycle 4606=1x IA-32/Cycle 6500=1x IA-32/Cycle 6502=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle 6503=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle 6504=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle 6505=1x IA-32/Cycle, up to 2x MMX or 3DNow!/Cycle 7500=Up to 3x IA-32/Cycle, up to 3x MMX/Cycle 8000=1x VLIW Molecule/Cycle, Up to 4x Atoms/Molecule [Address Bus Width] 1500=32 Bit 1600=36 Bit 1700=36 Bit 5500=32 Bit 5600=32 Bit 3500=32 Bit 3600=13 Bit 3700=13 Bit 4500=32 Bit 4600=32 Bit 6500=32 Bit 7500=32 Bit 8000=32 Bit [Data Bus Width] 1500=64 Bit 1600=64 Bit, Separate 64 Bit Backside L2 Cache Bus 1610=64 Bit, Separate 64+8 Bit Backside L2 Cache Bus with ECC 1611=64 Bit, Separate 64+8 Bit Backside L2 Cache Bus with ECC 1612=64 Bit, Separate 64+8 Bit Backside L2 Cache Bus with ECC 1613=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1614=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1615=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1616=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1617=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1618=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1619=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1620=64 Bit, Separate 256+32 Bit Backside L2 Cache Bus with ECC 1700=64 Bit 5500=64 Bit 5600=64 Bit, Separate 64 Bit Backside L2 Cache Bus 3500=64 Bit 3600=64+8 Bit, Separate 64+8 Bit Backside L2 Cache Bus 3700=64+8 Bit, Separate 64+8 Bit Backside L2 Cache Bus 4500=64 Bit 4600=64 Bit 6500=64 Bit 7500=64 Bit 8000=64 Bit [Physical Memory] 1500=2^32 Bit (4 GB) 1600=2^36 Bit (64 GB) 1700=2^36 Bit (64 GB) 5500=2^32 Bit (4 GB) 5600=2^32 Bit (4 GB) 3500=2^32 Bit (4 GB) 3600=2^32..34 Bit (4..16 GB) 3700=2^32..34 Bit (4..16 GB) 4500=2^32 Bit (4 GB) 4600=2^32 Bit (4 GB) 6500=2^32 Bit (4 GB) 7500=2^32 Bit (4 GB) 8000=2^32 Bit (4 GB) [Virtual Memory] 1500=65,528 GB (~64 TB) 1600=65,528 GB (~64 TB) 1700=65,528 GB (~64 TB) 5500=65,528 GB (~64 TB) 5600=65,528 GB (~64 TB) 3500=65,528 GB (~64 TB) 3600=65,528 GB (~64 TB) 3700=65,528 GB (~64 TB) 4500=65,528 GB (~64 TB) 4600=65,528 GB (~64 TB) 6500=65,528 GB (~64 TB) 7500=65,528 GB (~64 TB) 8000=65,528 GB (~64 TB) [Multiprocessing] 1500=SMP, 2 Processors, using external APIC 1503=SMP, 2 Processors, using integrated local APICs 1506=SMP, 2 Processors, using integrated local APICs 1505=SMP, 2 Processors, using integrated local APICs 1507=SMP, 2 Processors, using integrated local APICs 1600=SMP, 4 Processors, using integrated local APICs 1604=SMP, 2 Processors, using integrated local APICs 1603=SMP, 2 Processors, using integrated local APICs 1605=N/A 1606=N/A 1607=N/A 1608=SMP, 2 Processors, using integrated local APICs 1609=SMP, 4 Processors, using integrated local APICs 1610=SMP, 2 Processors, using integrated local APICs 1611=SMP, 2 Processors, using integrated local APICs 1612=SMP, 4 Processors, using integrated local APICs 1613=SMP, 2 Processors, using integrated local APICs 1614=SMP, 2 Processors, using integrated local APICs 1615=SMP, 4 Processors, using integrated local APICs 1616=SMP, 4 Processors, using integrated local APICs 1617=SMP, 2 Processors, using integrated local APICs 1618=SMP, 2 Processors, using integrated local APICs 1619=SMP, 2 Processors, using integrated local APICs 1620=SMP, 2 Processors, using integrated local APICs 1700=SMP, using integrated local xAPICs 5500=N/A 5600=N/A 3500=N/A 3600=SMP, Up to 14 Processors 3700=SMP, Up to 14 Processors 4500=N/A 4600=N/A 6500=N/A 7500=N/A 8000=N/A [Power Management] 1500=HLT, SMI/SMM 1503=HLT, STPCLK, SMI/SMM 1506=HLT, STPCLK, SMI/SMM 1505=HLT, STPCLK, SMI/SMM 1507=HLT, STPCLK, SMI/SMM 1600=HLT, STPCLK, SMI/SMM 1603=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1605=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1606=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1607=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep, Quick Start 1608=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1609=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1611=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1612=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1613=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1614=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1615=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1616=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1617=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1618=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep, SpeedStep 1619=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep 1620=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep, SpeedStep 1700=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep,|Automatic Clock Throttling 1705=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep,|Automatic Clock Throttling, SpeedStep Technology 1709=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep,|Automatic Clock Throttling, SpeedStep Technology 1710=HLT, STPCLK, SMI/SMM, Sleep, Deep Sleep,|Automatic Clock Throttling, SpeedStep Technology 5500=N/A 5600=HLT, STPCLK, SMI/NexGen SMM 3500=HLT, STPCLK, SMI/SMM 3509=HLT, STPCLK, SMI/SMM, PowerNow! Technology 3600=HLT, STPCLK, SMI/SMM 3700=HLT, STPCLK, SMI/SMM 3603=HLT, STPCLK, SMI/SMM, PowerNow! Technology 3703=HLT, STPCLK, SMI/SMM, PowerNow! Technology 3710=HLT, STPCLK, SMI/SMM, PowerNow! Technology 3760=HLT, STPCLK, SMI/SMM, PowerNow! Technology 4500=HLT, STPCLK, SMI/Cyrix SMM, Suspend 4600=HLT, STPCLK, SMI/SMM/Cyrix SMM, Suspend 4603=HLT, STPCLK, SMI/SMM 4604=HLT, STPCLK, SMI/SMM 4605=HLT, STPCLK, SMI/SMM 4606=HLT, STPCLK, SMI/SMM 6500=HLT, STPCLK, SMI/SMM 7500=HLT, STPCLK, SMI/SMM|Facility Gating, Necessary Switching Only, Required Selection Only 8000=HLT, STPCLK, SMI/SMM, Quick Start, Deep Sleep 8002=HLT, STPCLK, SMI/SMM, Quick Start, Deep Sleep,|LogRun Technology 8003=HLT, STPCLK, SMI/SMM, Quick Start, Deep Sleep,|LogRun Technology 8004=HLT, STPCLK, SMI/SMM, Quick Start, Deep Sleep,|LogRun Technology 8005=HLT, STPCLK, SMI/SMM, Quick Start, Deep Sleep,|LogRun Technology [Instruction Set] 1500=IA-32 1600=IA-32 1700=IA-32 5500=IA-32 5600=IA-32 3500=IA-32 3600=IA-32 3700=IA-32 4500=IA-32 4600=IA-32 6500=IA-32 7500=IA-32 8000=IA-32 [Floating Point] 1500=Integrated 1600=Integrated 1700=Integrated 5500=N/A 5501=Integrated 5600=Integrated 3500=Integrated 3600=Integrated 3700=Integrated 4500=Integrated 4600=Integrated 6500=Integrated 7500=Integrated 8000=Integrated [Multimedia] 1500=N/A 1505=MMX 1507=MMX 1600=N/A 1604=MMX, FXSAVE/FXRSTOR 1603=MMX 1605=MMX, FXSAVE/FXRSTOR 1606=MMX, FXSAVE/FXRSTOR 1607=MMX, FXSAVE/FXRSTOR 1608=MMX, FXSAVE/FXRSTOR 1609=MMX, FXSAVE/FXRSTOR 1610=MMX, SSE 1611=MMX, SSE 1612=MMX, SSE 1613=MMX, SSE 1614=MMX, SSE 1615=MMX, SSE 1616=MMX, SSE 1617=MMX, SSE 1618=MMX, SSE 1619=MMX, SSE 1620=MMX, SSE 1700=MMX, SSE, SSE2 5500=N/A 5600=MM 3500=N/A 3505=MMX 3506=MMx 3507=MMX, 3DNow! 3508=MMX, 3DNow! 3509=MMX, 3DNow!, Extended 3DNow! 3600=MMX, 3DNow!, Extended 3DNow!, SSE-MMX, SSE-MEM 3700=MMX, 3DNow!, Extended 3DNow!, SSE-MMX, SSE-MEM 3603=MMX, 3DNow!, Extended 3DNow!, SSE-MMX, SSE-MEM,|3DNow! Professional (Full SSE) 3703=MMX, 3DNow!, Extended 3DNow!, SSE-MMX, SSE-MEM,|3DNow! Professional (Full SSE) 3710=MMX, 3DNow!, Extended 3DNow!, SSE-MMX, SSE-MEM,|3DNow! Professional (Full SSE) 3760=MMX, 3DNow!, Extended 3DNow!, SSE-MMX, SSE-MEM,|3DNow! Professional (Full SSE) 4500=N/A 4600=MMX, Cyrix extended MMX 4603=MMX, 3DNow! 4604=MMX, 3DNow! 4605=MMX, 3DNow! 4606=MMX, 3DNow! 6500=MMX 6502=MMX, 3DNow 6503=MMX, 3DNow 6504=MMX, 3DNow 6505=MMX, 3DNow 7500=MMX 8000=MMX [Processor Modes] 1500=Real, Protected, Virtual, Paging, SMM, Probe Mode 1600=Real, Protected, Virtual, Paging, SMM, Probe Mode 1700=Real, Protected, Virtual, Paging, SMM, Probe Mode 5500=Real, Protected, Virtual, Paging 5600=Real, Protected, Virtual, Paging, SMM 3500=Real, Protected, Virtual, Paging, SMM, Probe Mode 3505=Real, Protected, Virtual, Paging, SMM 3506=Real, Protected, Virtual, Paging, SMM 3507=Real, Protected, Virtual, Paging, SMM 3508=Real, Protected, Virtual, Paging, SMM 3509=Real, Protected, Virtual, Paging, SMM 3600=Real, Protected, Virtual, Paging, SMM 3700=Real, Protected, Virtual, Paging, SMM 4500=Real, Protected, Virtual, Paging, SMM 4600=Real, Protected, Virtual, Paging, SMM 6500=Real, Protected, Virtual, Paging, SMM 7500=Real, Protected, Virtual, Paging, SMM 8000=Real, Protected, Virtual, Paging, SMM