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586/686 Processors Chart

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This list is not comprehensive.


Pentium (P5)
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Pentium 60
(P5)
March 22, 1993 - {$878}		273 pins
60MHz (60x1.0)
5v		Socket 48KB data (2-way)
8KB instruction (2-way)		3.1 million
0.8µm process
296mm² die
Pentium 66
(P5)
March 22, 1993 - {$965}		273 pins
66MHz (66x1.0)
5v		Socket 48KB data (2-way)
8KB instruction (2-way)		3.1 million
0.8µm process
296mm² die
PentiumODP5V 120
(P5T)
March 4, 1996 - {$399}		273 pins
120MHz (60x2.0)
5v		Socket 48KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
PentiumODP5V 133
(P5T)
March 4, 1996 - {$399}		273 pins
133MHz (66x2.0)
5v		Socket 48KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die


Pentium Classic (P54C)
AMD
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
K5 PR75
(SSA5 - Model 0)
March 27, 1996 - {$75}		296 pins
75MHz (50x1.5)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.5µm process
271mm² die
0.35µm process
161mm² die
K5 PR90
(SSA5 - Model 0)
March 27, 1996 - {$99}		296 pins
90MHz (60x1.5)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
161mm² die
K5 PR100
(SSA5 - Model 0)
June 17, 1996 - {$84}		296 pins
100MHz (66x1.5)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
161mm² die
K5 PR120
(5k86 - Model 1)
October 7, 1996 - {$106}		296 pins
90MHz (60x1.5)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
181mm² die
K5 PR133
(5k86 - Model 1)
October 7, 1996 - {$134}		296 pins
100MHz (66x1.5)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
181mm² die
K5 PR150
(5k86 - Model 2)
January 13, 1997		296 pins
105MHz (60x1.75)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
181mm² die
K5 PR166
(5k86 - Model 2/3)
January 13, 1997		296 pins
116MHz (66x1.75)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
181mm² die
K5 PR200
(5k86 - Model 3)
1Q 1997		296 pins
133MHz (66x2.0)
3.52v		Socket 78KB data (4-way)
16KB instruction (4-way)		4.3 million
0.35µm process
181mm² die
Cyrix
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
6x86 PR90+
(M1)
Manuf: SGS
November 1995		296 pins
80MHz (40x2.0)
3.3v		Socket 716KB unified (4-way)3.0 million
0.65µm 3M process
394mm² die
6x86 PR120+
(M1)
Manuf: SGS
October 9, 1995 - {$450}		296 pins
100MHz (50x2.0)
3.3v		Socket 716KB unified (4-way)3.0 million
0.65µm 3M process
394mm² die
6x86 PR133+
(M1R)
Manuf: IBM
February 5, 1996 - {$326}		296 pins
110MHz (55x2.0)
3.3v		Socket 716KB unified (4-way)3.0 million
0.65µm 5M process
225mm² die
6x86 PR150+
(M1R)
Manuf: IBM
February 5, 1996 - {$451}		296 pins
120MHz (60x2.0)
3.3v or 3.52v		Socket 716KB unified (4-way)3.0 million
0.65µm 5M process
225mm² die
6x86 PR166+
(M1R)
Manuf: IBM
February 5, 1996 - {$621}		296 pins
133MHz (66x2.0)
3.3v or 3.52v		Socket 716KB unified (4-way)3.0 million
0.65µm 5M process
225mm² die
6x86 PR200+
(M1R)
Manuf: IBM
June 3, 1996 - {$499}		296 pins
150MHz (75x2.0)
3.52v		Socket 716KB unified (4-way)3.0 million
0.44µm 5M process
?mm² die
6x86L PR120+
(M1L)
January 1997		296 pins
100MHz (50x2.0)
2.8v/3.3v split		Socket 716KB unified (4-way)3.0 million
0.35µm 5M process
169mm² die
6x86L PR133+
(M1L)
February 1997		296 pins
110MHz (55x2.0)
2.8v/3.3v split		Socket 716KB unified (4-way)3.0 million
0.35µm 5M process
169mm² die
6x86L PR150+
(M1L)
March 1997		296 pins
120MHz (60x2.0)
2.8v/3.3v split		Socket 716KB unified (4-way)3.0 million
0.35µm 5M process
169mm² die
6x86L PR166+
(M1L)
April 1997		296 pins
133MHz (66x2.0)
2.8v/3.3v split		Socket 716KB unified (4-way)3.0 million
0.35µm 5M process
169mm² die
6x86L PR200+
(M1L)
April 1997		296 pins
150MHz (75x2.0)
2.8v/3.3v split		Socket 716KB unified (4-way)3.0 million
0.35µm 5M process
169mm² die
Cx5gx86 120
(MediaGX)
February 20, 1997 - {$79}		352 pin BGA
120MHz (60x2.0)
3.3v		Proprietary16KB unified2.4 million
0.6µm process
160mm² die
Cx5gx86 133
(MediaGX)
February 20, 1997 - {$99}		352 pin BGA
133MHz (66x2.0)
3.3v		Proprietary16KB unified2.4 million
0.6µm process
160mm² die
Cx5gx86 150
(MediaGXi)
June 6, 1997 - {$99}		352 pin BGA
150MHz (60x2.5)
2.5v		Proprietary16KB unified2.4 million
0.5µm process
160mm² die
Cx5gx86 166
(MediaGXi)
June 30, 1997 - {$88}		352 pin BGA
166MHz (66x2.5)
2.5v		Proprietary16KB unified2.4 million
0.5µm process
160mm² die
Cx5gx86 180
(MediaGXi)
June 30, 1997 - {$121}		352 pin BGA
180MHz (60x3.0)
2.5v		Proprietary16KB unified2.4 million
0.5µm process
160mm² die
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Pentium 75
(P54C)
October 10, 1994 - {$535}		296 pins
75MHz (50x1.5)
MD,STD,VRT		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.2 million
0.6µm process
148mm² die
Pentium 90
(P54C)
March 7, 1994 - {$849}		296 pins
90MHz (60x1.5)
MD,STD,VR,VRT		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.2 million
0.6µm process
148mm² die
Pentium 100
(P54C)
March 7, 1994 - {$995}		296 pins
100MHz (66x1.5)
100MHz (50x2.0)
MD,STD,VR,VRE,VRT		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.2 million
0.6µm process
148mm² die
Pentium 120
(P54CQS)
March 27, 1995 - {$935}		296 pins
120MHz (60x2.0)
MD,STD,VRE,VRT		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
Pentium 133
(P54CS)
June 12, 1995 - {$935}		296 pins
133MHz (66x2.0)
MD,STD,VRE,VRT		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
Pentium 150
(P54CS)
January 4, 1996 - {$547}		296 pins
150MHz (60x2.5)
STD,VRT		Socket 78KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
Pentium 166
(P54CS)
January 4, 1996 - {$749}		296 pins
166MHz (66x2.5)
VRE		Socket 78KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
Pentium 200
(P54CS)
June 10, 1996 - {$599}		296 pins
200MHz (66x3.0)
VRE		Socket 78KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
PentiumODP3V 125
(P54CT)
March 4, 1996 - {$399}		320 pins
125MHz (50x2.5)
3.135v~3.600v		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
PentiumODP3V 150
(P54CT)
May 1996		320 pins
150MHz (60x2.5)
3.135v~3.600v		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die
PentiumODP3V 166
(P54CT)
May 1996		320 pins
166MHz (66x2.5)
3.135v~3.600v		Socket 5
Socket 7		8KB data (2-way)
8KB instruction (2-way)		3.3 million
0.35µm process
90mm² die


Pentium MMX (P55C)
AMD
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
K6 166 MMX
(Model 6)
April 2, 1997 - {$244}		321 pins
166MHz (66x2.5)
2.9v/3.3v split		Socket 732KB data (2-way)
32KB instruction (2-way)		8.8 million
0.35µm process
162mm² die
K6 200 MMX
(Model 6)
April 2, 1997 - {$349}		321 pins
200MHz (66x3.0)
2.9v/3.3v split		Socket 732KB data (2-way)
32KB instruction (2-way)		8.8 million
0.35µm process
162mm² die
K6 233 MMX
(Model 6)
April 2, 1997 - {$469}		321 pins
233MHz (66x3.5)
3.2v/3.3v split
3.3v/3.3v split		Socket 732KB data (2-way)
32KB instruction (2-way)		8.8 million
0.35µm process
162mm² die
K6 233 MMX
(Little Foot - Model 7) - mobile chip
January 6, 1998		321 pins
233MHz (66x3.5)
2.2v/3.3v split		Socket 732KB data (2-way)
32KB instruction (2-way)		8.8 million
0.25µm process
68mm² die
K6 266 MMX
(Little Foot - Model 7)
January 6, 1998 - {$268}		321 pins
266MHz (66x4.0)
2.2v/3.3v split		Socket 732KB data (2-way)
32KB instruction (2-way)		8.8 million
0.25µm process
68mm² die
K6 300 MMX
(Little Foot - Model 7)
April 7, 1998 - {$246}		321 pins
300MHz (66x4.5)
2.2v/3.45v split		Socket 732KB data (2-way)
32KB instruction (2-way)		8.8 million
0.25µm process
68mm² die
K6-2 266 MMX 3DNow!
(Chompers - Model 8)
May 28, 1998 - {$185}		321 pins
266MHz (66x4.0)
2.2v/3.3v split		Socket 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 300 MMX 3DNow!
(Chompers - Model 8)
May 28, 1998 - {$281}		321 pins
300MHz (100x3.0)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 333 MMX 3DNow!
(Chompers - Model 8)
May 28, 1998 - {$369}		321 pins
333MHz (95x3.5)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 350 MMX 3DNow!
(Chompers - Model 8)
August 27, 1998 - {$317}		321 pins
350MHz (100x3.5)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 300 MMX 3DNow!
(Chompers - Model 8 CXT)
November 16, 1998		321 pins
300MHz (100x3.0)
300MHz (66x4.5)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 333 MMX 3DNow!
(Chompers - Model 8 CXT)
November 16, 1998		321 pins
333MHz (95x3.5)
333MHz (66x5.0)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 350 MMX 3DNow!
(Chompers - Model 8 CXT)
November 16, 1998		321 pins
350MHz (100x3.5)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 366 MMX 3DNow!
(Chompers - Model 8 CXT)
November 16, 1998 - {$187}		321 pins
366MHz (66x5.5)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 380 MMX 3DNow!
(Chompers - Model 8 CXT)
November 16, 1998 - {$213}		321 pins
380MHz (95x4.0)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 400 MMX 3DNow!
(Chompers - Model 8 CXT)
November 16, 1998 - {$283}		321 pins
400MHz (100x4.0)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 450 MMX 3DNow!
(Chompers - Model 8 CXT)
February 26, 1999 - {$203}		321 pins
450MHz (100x4.5)
2.2v/3.3v split (Aug 99)
2.4v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 475 MMX 3DNow!
(Chompers - Model 8 CXT)
April 5, 1999 - {$213}		321 pins
475MHz (95x5.5)
2.2v/3.3v split (Aug 99)
2.4v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 500 MMX 3DNow!
(Chompers - Model 8 CXT)
August 30, 1999 - {$167}		321 pins
500MHz (100x5.0)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 533 MMX 3DNow!
(Chompers - Model 8 CXT)
November 29, 1999 - {$167}		321 pins
533MHz (97x5.5)
2.2v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-2 550 MMX 3DNow!
(Chompers - Model 8 CXT)
February 22, 2000 - {$189}		321 pins
550MHz (100x5.5)
2.3v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)		9.3 million
0.25µm process
81mm² die
K6-III 400 MMX 3DNow!
(Sharptooth - Model 9)
February 22, 1999 - {$284}		321 pins
400MHz (100x4.0)
2.2v/3.3v split (Sep 99)
2.4v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
256KB on-Die unified L2 (4-way)
* 4GB cacheable		21.3 million
0.25µm process
118mm² die
K6-III 450 MMX 3DNow!
(Sharptooth - Model 9)
February 22, 1999 - {$476}		321 pins
450MHz (100x4.5)
2.2v/3.3v split (Sep 99)
2.4v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
256KB on-Die unified L2 (4-way)
* 4GB cacheable		21.3 million
0.25µm process
118mm² die
K6-2+ 450 MMX 3DNow!
(?) - mobile chip
April 18, 2000 - {$85}		321 pins
450MHz (100x4.5)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-2+ 475 MMX 3DNow!
(?) - mobile chip
April 18, 2000 - {$98}		321 pins
475MHz (95x5.0)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-2+ 500 MMX 3DNow!
(?) - mobile chip
April 18, 2000 - {$112}		321 pins
500MHz (100x5.0)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-2+ 533 MMX 3DNow!
(?) - mobile chip
June 26, 2000 - {$85}		321 pins
533MHz (97x5.5)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-2+ 550 MMX 3DNow!
(?) - mobile chip
June 26, 2000 - {$99}		321 pins
550MHz (100x5.5)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-III+ 450 MMX 3DNow!
(?) - mobile chip
April 18, 2000 - {$140}		321 pins
450MHz (100x4.5)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
256KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-III+ 475 MMX 3DNow!
(?) - mobile chip
April 18, 2000 - {$162}		321 pins
475MHz (95x5.0)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
256KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
K6-III+ 500 MMX 3DNow!
(?) - mobile chip
April 18, 2000 - {$184}		321 pins
500MHz (100x5.0)
2.0v/3.3v split		Super 732KB data (2-way)
32KB instruction (2-way)
256KB on-Die unified L2 (4-way)
* 4GB cacheable		? million
0.18µm process
?mm² die
Centaur
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
IDT Winchip 150 MMX
(C6)
[not released]		296 pins
150MHz (75x2.0)
3.3v		Socket 732KB data (2-way)
32KB instruction (2-way)		5.4 million
0.35µm process
88mm² die
IDT Winchip 180 MMX
(C6)
October 13, 1997 - {$90}		296 pins
180MHz (60x3.0)
3.3v or 3.52v		Socket 732KB data (2-way)
32KB instruction (2-way)		5.4 million
0.35µm process
88mm² die
IDT Winchip 200 MMX
(C6)
October 13, 1997 - {$135}		296 pins
200MHz (66x3.0)
3.3v or 3.52v		Socket 732KB data (2-way)
32KB instruction (2-way)		5.4 million
0.35µm process
88mm² die
IDT Winchip 225 MMX
(C6)
December 1997		296 pins
225MHz (75x3.0)
3.52v		Socket 732KB data (2-way)
32KB instruction (2-way)		5.4 million
0.35µm process
88mm² die
IDT Winchip 240 MMX
(C6)
December 1997		296 pins
240MHz (60x4.0)
3.52v		Socket 732KB data (2-way)
32KB instruction (2-way)		5.4 million
0.35µm process
88mm² die
IDT Winchip-2 200 MMX 3DNow!
(C6+)		296 pins
200MHz (66x3.0)
3.3v or 3.52v		Socket 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.25µm process
58mm² die
IDT Winchip-2 225 MMX 3DNow!
(C6+)
October 13, 1998		296 pins
225MHz (75x3.0)
3.3v or 3.52v		Socket 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.25µm process
58mm² die
IDT Winchip-2 240 MMX 3DNow!
(C6+)
October 13, 1998		296 pins
240MHz (60x4.0)
3.3v or 3.52v		Socket 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.25µm process
58mm² die
IDT Winchip-2A 200 MMX 3DNow!
(C6+)
May 1999		296 pins
200MHz (66x3.0)
3.3v or 3.52v		Socket 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.25µm process
58mm² die
IDT Winchip-2A 233 MMX 3DNow!
(C6+)
May 1999		296 pins
233MHz (66x3.5)
3.3v or 3.52v		Socket 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.25µm process
58mm² die
IDT Winchip-2A 266 MMX 3DNow!
(C6+)
May 1999		296 pins
233MHz (100x2.33)
3.52v		Socket 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.25µm process
58mm² die
IDT Winchip-2B 200 MMX 3DNow!
(C6+)
[engineering sample only]		296 pins
200MHz (66x3.0)
2.8v/3.3v split		Super 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.18µm process
69mm² die
IDT Winchip-2B 233 MMX 3DNow!
(C6+)
[not released]		296 pins
200MHz (100x2.0)
2.8v/3.3v split		Super 732KB data (4-way)
32KB instruction (2-way)		6.0 million
0.18µm process
69mm² die
IDT Winchip-3 233 MMX 3DNow!
(C6-2L)
[engineering sample only]		296 pins
200MHz (66x3.0)
2.8v/3.3v split		Socket 764KB data (4-way)
64KB instruction (2-way)		10.2 million
0.25µm process
76mm² die
IDT Winchip-3 266 MMX 3DNow!
(C6-2L)
[not released]		296 pins
233MHz (66x3.5)
2.8v/3.3v split		Socket 764KB data (4-way)
64KB instruction (2-way)		10.2 million
0.25µm process
76mm² die
IDT Winchip-3 300 MMX 3DNow!
(C6-2L)
[not released]		296 pins
266MHz (66x4.0)
233MHz (100x2.33)
2.8v/3.3v split		Socket 764KB data (4-way)
64KB instruction (2-way)		10.2 million
0.25µm process
76mm² die
IDT Winchip-3 333 MMX 3DNow!
(C6-2L)
[not released]		296 pins
266MHz (100x2.66)
250MHz (100x2.5)
2.8v/3.3v split		Socket 764KB data (4-way)
64KB instruction (2-way)		10.2 million
0.25µm process
76mm² die
IDT Winchip-4 400 MMX 3DNow!
(C7)
[cancelled]		296 pins
?MHz (?x?)
2.8v/3.3v split		Super 764KB data (4-way)
64KB instruction (2-way)		11.6 million
0.25µm process
95mm² die
IDT Winchip-4 500 MMX 3DNow!
(?)
[cancelled]		296 pins
?MHz (?x?)
1.8v/3.3v split		Super 764KB data (4-way)
64KB instruction (2-way)		11.6 million
0.18µm process
60mm² die
Cyrix
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Cx5gx86 200 MMX
(MediaGXm)
January 6, 1998 - {$114}		352 pin BGA
320 pin SPGA
200MHz (66x3.0)
2.5v		Proprietary16KB unified2.4 million
0.5µm process
160mm² die
Cx5gx86 233 MMX
(MediaGXm)
March 18, 1998 - {$81}		320 pin SPGA
233MHz (66x3.5)
2.5v		Proprietary16KB unified2.4 million
0.5µm process
160mm² die
Cx5gx86 266 MMX
(MediaGXm)
October 1998		320 pin SPGA
266MHz (66x4.0)
2.5v		Proprietary16KB unified2.4 million
0.5µm process
160mm² die
6x86MX PR166 MMX
(M2)
Manuf: IBM
May 30, 1997 - {$190}		296 pins
150MHz (60x2.5)
133MHz (66x2.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm 5M process
197mm² die
6x86MX PR200 MMX
(M2)
Manuf: IBM (0.35µ)
Manuf: NSI (0.30µ)
May 30, 1997 - {$240}		296 pins
166MHz (66x2.5)
150MHz (75x2.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm 5M process
197mm² die
0.30µm process (2Q 98)
156mm² die
6x86MX PR233 MMX
(M2)
Manuf: IBM (0.35µ)
Manuf: NSI (0.30µ)
May 30, 1997 - {$320}		296 pins
200MHz (66x3.0)
188MHz (75x2.5)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm 5M process
197mm² die
0.30µm process (2Q 98)
156mm² die
6x86MX PR266 MMX
(M2) - Very few chips produced.
Manuf: IBM (0.35µ)
Manuf: NSI (0.30µ)
March 19, 1998 - {$180}		296 pins
208MHz (83x2.5)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm 5M process
197mm² die
0.30µm process (2Q 98)
156mm² die
M II 233 MMX
(M2)
Manuf: NSI		296 pins
200MHz (66x3.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.30µm process
156mm² die
M II 266 MMX
(M2)
Manuf: NSI		296 pins
200MHz (66x3.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.25µm process
88mm² die
M II 300 MMX
(M2)
Manuf: NSI
April 14, 1998 - {$180}		296 pins
233MHz (66x3.5)
225MHz (75x3.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.30µm process
156mm² die
0.25µm process (1Q 99)
88mm² die
M II 333 MMX
(M2)
Manuf: NSI
June 15, 1998 - {$180}		296 pins
250MHz (100x2.5)
2.9v/3.3v split		Super 764KB unified (4-way)6.0 million
0.30µm process
156mm² die
0.25µm process (1Q 99)
88mm² die
M II 333 MMX
(M2)
Manuf: NSI
March 1999		296 pins
250MHz (83x3.0)
2.9v/3.3v split		Super 764KB unified (4-way)6.0 million
0.25µm process
88mm² die
M II 366 MMX
(M2)
Manuf: NSI
March 1999		296 pins
250MHz (100x2.5)
2.9v/3.3v split		Super 764KB unified (4-way)6.0 million
0.25µm process
88mm² die
M II 400 MMX
(M2)
Manuf: NSI
June 1999		321 pins
285MHz (95x3.0)
2.2v/3.3v split		Super 764KB unified (4-way)6.0 million
0.18µm process
65mm² die
M II 433 MMX
(M2)
Manuf: NSI
June 1999		321 pins
300MHz (100x3.0)
2.2v/3.3v split		Super 764KB unified (4-way)6.0 million
0.18µm process
65mm² die
IBM
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
6x86MX PR166 MMX
(M2)
May 30, 1997 - {$202}		296 pins
150MHz (60x2.5)
133MHz (66x2.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm process
197mm² die
6x86MX PR200 MMX
(M2)
May 30, 1997 - {$369}		296 pins
166MHz (66x2.5)
150MHz (75x2.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm process
197mm² die
0.30µm process (2Q 98)
?mm² die
6x86MX PR233 MMX
(M2)
May 30, 1997 - {$477}		296 pins
200MHz (66x3.0)
188MHz (75x2.5)
166MHz (83x2.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm process
197mm² die
0.30µm process (2Q 98)
?mm² die
6x86MX PR266 MMX
(M2) - Very few chips produced.
March 19, 1998		296 pins
208MHz (83x2.5)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.35µm process
197mm² die
0.30µm process (2Q 98)
?mm² die
6x86MX PR300 MMX
(M2)
May 19, 1998 - {$217}		296 pins
233MHz (66x3.5)
225MHz (75x3.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.25µm process
119mm² die
6x86MX PR333 MMX
(M2)
May 19, 1998 - {$299}		296 pins
263MHz (75x3.5)
250MHz (83x3.0)
2.9v/3.3v split		Socket 764KB unified (4-way)6.0 million
0.25µm process
119mm² die
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Pentium 166 MMX
(P55C)
January 8, 1997 - {$407}		296 pins
166MHz (66x2.5)
2.8v/3.3v split		Socket 716KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
Pentium 200 MMX
(P55C)
January 8, 1997 - {$550}		296 pins
200MHz (66x3.0)
2.8v/3.3v split		Socket 716KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
Pentium 233 MMX
(P55C)
June 2, 1997 - {$594}		296 pins
233MHz (66x3.5)
2.8v/3.3v split		Socket 716KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
PentiumODPMT 150 MMX
(P54CTB)
March 3, 1997 - {$399}		320 pins
150MHz (60x2.5)
125MHz (50x2.5)
3.3v to 2.8v		Socket 5
Socket 7		16KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
PentiumODPMT 166 MMX
(P54CTB)
March 3, 1997 - {$499}		320 pins
166MHz (66x2.5)
3.3v to 2.8v		Socket 5
Socket 7		16KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
PentiumODPMT 180 MMX
(P54CTB)
August 4, 1997 - {$299}		320 pins
180MHz (60x3.0)
3.3v to 2.8v		Socket 5
Socket 7		16KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
PentiumODPMT 200 MMX
(P54CTB)
August 4, 1997 - {$349}		320 pins
200MHz (66x3.0)
3.3v to 2.8v		Socket 716KB data (4-way)
16KB instruction (4-way)		4.5 million
0.35µm process
141mm² die
Rise
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
mP6 166 MMX
(?)
February 1999 - {$50}		296 pins
166MHz (83x2.0)
2.8v/3.3v split		Socket 78KB data
8KB instruction		3.6 million
0.25µm process
107mm² die
mP6 233 MMX
(?)
February 1999 - {$60}		296 pins
190MHz (95x2.0)
2.8v/3.3v split		Super 78KB data
8KB instruction		3.6 million
0.25µm process
107mm² die
mP6 266 MMX
(?)
February 1999 - {$70}		296 pins
200MHz (100x2.0)
2.8v/3.3v split		Super 78KB data
8KB instruction		3.6 million
0.25µm process
107mm² die
mP6-II 366 MMX
(?)
[cancelled]		296 pins
250MHz (100x2.5)
2.8v/3.3v split		Super 78KB data (2-way)
8KB instruction (2-way)
256KB on-Die L2 (1-way)
? cacheable		18 million
0.25µm process
?mm² die
mP6-II 380 MMX
(?)
[cancelled]		296 pins
285MHz (95x3.0)
2.0v/3.3v split		Super 78KB data (2-way)
8KB instruction (2-way)
256KB on-Die L2 (1-way)
? cacheable		18 million
0.18µm process
105mm² die
mP6-II 400 MMX
(?)
[cancelled]		296 pins
300MHz (100x3.0)
2.0v/3.3v split		Super 78KB data (2-way)
8KB instruction (2-way)
256KB on-Die L2 (1-way)
? cacheable		18 million
0.18µm process
105mm² die
mP6-II 466 MMX
(?)
[cancelled]		296 pins
350MHz (100x3.5)
2.0v/3.3v split		Super 78KB data (2-way)
8KB instruction (2-way)
256KB on-Die L2 (1-way)
? cacheable		18 million
0.18µm process
105mm² die


Pentium Pro (P6)
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Pentium Pro 133
(P6)
[engineering sample only]		387 pins
133MHz (66x2.0)
3.1v		Socket 88KB data (2-way)
8KB instruction (4-way)
256KB on-Chip unified L2 (4-way)
* 64GB cacheable		5.5 million
0.6µm process
306mm² die
15.5 million L2 {0.6µm - 202mm²}
Pentium Pro 150
(P6)
November 1, 1995 - {$974}		387 pins
150MHz (60x2.5)
3.1v		Socket 88KB data (2-way)
8KB instruction (4-way)
256KB on-Chip unified L2 (4-way)
* 64GB cacheable		5.5 million
0.6µm process
306mm² die
15.5 million L2 {0.6µm - 202mm²}
Pentium Pro 166
(P6)
November 1, 1995 - {$1682}		387 pins
166MHz (66x2.5)
3.3v		Socket 88KB data (2-way)
8KB instruction (4-way)
512KB on-Chip unified L2 (4-way)
* 64GB cacheable		5.5 million
0.35µm process
195mm² die
31 million L2 {0.35µm - 242mm²}
Pentium Pro 180
(P6)
November 1, 1995 - {$1075}		387 pins
180MHz (60x3.0)
3.3v		Socket 88KB data (2-way)
8KB instruction (4-way)
256KB on-Chip unified L2 (4-way)
* 64GB cacheable		5.5 million
0.35µm process
195mm² die
15.5 million L2 {0.6µm - 202mm²}
Pentium Pro 200
(P6)
November 1, 1995 - {$1325} (256KB)
November 1, 1995 - {$1989} (512KB)
August 18, 1997 - {$2650} (1MB)		387 pins
200MHz (66x3.0)
3.3v or 3.5v		Socket 88KB data (2-way)
8KB instruction (4-way)
256KB or
512KB or
1MB on-Chip unified L2 (4-way)
* 64GB cacheable		5.5 million
0.35µm process
195mm² die
15.5 million L2 {0.6µm - 202mm²} (256KB)
31 million L2 {0.35µm - 242mm²} (512KB)
62 million L2 {0.35µm - (2) 242mm²} (1MB)
Pentium II OverDrive 333 MMX
(P6T)
August 10, 1998 - {$599}		387 pins
300MHz (60x5.0)
333MHz (66x5.0)
2.0v/2.5v/3.3v split		Socket 816KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (4-way)
* 64GB cacheable		? million
0.25µm process
?mm² die


Pentium II/III (Slot 1)
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Pentium II 233 MMX
(Klamath)
May 7, 1997 - {$636}		528 pins (242 pin SEC)
233MHz (66x3.5)
2.8v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 512MB cacheable		7.5 million
0.35µm process
203mm² die
Pentium II 266 MMX
(Klamath)
May 7, 1997 - {$775}		528 pins (242 pin SEC)
266MHz (66x4.0)
2.8v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 512MB cacheable		7.5 million
0.35µm process
203mm² die
Pentium II 300 MMX
(Klamath)
May 7, 1997 - {$1981}		528 pins (242 pin SEC)
300MHz (66x4.5)
2.8v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 512MB cacheable		7.5 million
0.35µm process
203mm² die
Pentium II 266 MMX
(Deschutes)
September 1, 1998 - {$159}		528 pins (242 pin SEC)
266MHz (66x4.0)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		7.5 million
0.25µm process
131mm² die
118mm² die (Aug 98)
Pentium II 300 MMX
(Deschutes)
September 1, 1998 - {$192}		528 pins (242 pin SEC)
300MHz (66x4.5)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		7.5 million
0.25µm process
131mm² die
118mm² die (Aug 98)
Pentium II 333 MMX
(Deschutes)
January 26, 1998 - {$722}		528 pins (242 pin SEC)
333MHz (66x5.0)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* dA0 512MB cacheable
* dA1 4GB cacheable
* dB0 4GB cacheable		7.5 million
0.25µm process
131mm² die
118mm² die (Aug 98)
Pentium II 350 MMX
(Deschutes)
April 15, 1998 - {$621}		528 pins (242 pin SEC)
350MHz (100x3.5)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		7.5 million
0.25µm process
131mm² die
118mm² die (Aug 98)
Pentium II 400 MMX
(Deschutes)
April 15, 1998 - {$824}		528 pins (242 pin SEC)
400MHz (100x4.0)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		7.5 million
0.25µm process
131mm² die
118mm² die (Aug 98)
Pentium II 450 MMX
(Deschutes)
August 24, 1998 - {$669}		528 pins (242 pin SEC)
450MHz (100x4.5)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		7.5 million
0.25µm process
118mm² die
Pentium III 450 MMX SSE
(Katmai)
February 26, 1999 - {$496}		570 pins (242 pin SEC)
450MHz (100x4.5)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III 500 MMX SSE
(Katmai)
February 26, 1999 - {$696}		570 pins (242 pin SEC)
500MHz (100x5.0)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III 533B MMX SSE
(Katmai)
September 27, 1999 - {$369}		570 pins (242 pin SEC)
533MHz (133x4.0)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III 550 MMX SSE
(Katmai)
May 17, 1999 - {$744}		570 pins (242 pin SEC)
550MHz (100x5.5)
2.0v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III 600 MMX SSE
(Katmai)
August 2, 1999 - {$669}		570 pins (242 pin SEC)
600MHz (100x6.0)
2.05v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III 600B MMX SSE
(Katmai)
September 27, 1999 - {$615}		570 pins (242 pin SEC)
600MHz (133x4.5)
2.05v/3.3v split		Slot 116KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (1/2 speed) (4-way)
* 4GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III 533EB MMX SSE
(Coppermine)
October 25, 1999 - {$305}		495 pins (242 pin SEC)
533MHz (133x4.0)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
Pentium III 550E MMX SSE
(Coppermine)
March 1, 2000		495 pins (242 pin SEC)
550MHz (100x5.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
Pentium III 600E MMX SSE
(Coppermine)
October 25, 1999 - {$455}		495 pins (242 pin SEC)
600MHz (100x6.0)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 600EB MMX SSE
(Coppermine)
October 25, 1999 - {$455}		495 pins (242 pin SEC)
600MHz (133x4.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 650 MMX SSE
(Coppermine)
October 25, 1999 - {$583}		495 pins (242 pin SEC)
650MHz (100x6.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 667 MMX SSE
(Coppermine)
October 25, 1999 - {$605}		495 pins (242 pin SEC)
666MHz (133x5.0)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 700 MMX SSE
(Coppermine)
October 25, 1999 - {$754}		495 pins (242 pin SEC)
700MHz (100x7.0)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 733 MMX SSE
(Coppermine)
October 25, 1999 - {$776}		495 pins (242 pin SEC)
733MHz (133x5.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 750 MMX SSE
(Coppermine)
December 20, 1999 - {$803}		495 pins (242 pin SEC)
750MHz (100x7.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 800 MMX SSE
(Coppermine)
December 20, 1999 - {$851}		495 pins (242 pin SEC)
800MHz (100x8.0)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 800EB MMX SSE
(Coppermine)
December 20, 1999 - {$851}		495 pins (242 pin SEC)
800MHz (133x6.0)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 850 MMX SSE
(Coppermine)
March 20, 2000 - {$765}		495 pins (242 pin SEC)
850MHz (100x8.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
Pentium III 866 MMX SSE
(Coppermine)
March 20, 2000 - {$776}		495 pins (242 pin SEC)
866MHz (133x6.5)
1.65v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
Pentium III 933 MMX SSE
(Coppermine)
May 24, 2000 - {$744}		495 pins (242 pin SEC)
933MHz (133x7.0)
1.7v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
Pentium III 1.0B MMX SSE
(Coppermine)
March 8, 2000 - {$990}		495 pins (242 pin SEC)
1000MHz (133x7.5)
1.7v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
Pentium III 1.0G MMX SSE
(Coppermine)
July 31, 2000		495 pins (242 pin SEC)
1000MHz (100x10.0)
1.7v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
Pentium III 1.13G MMX SSE
(Coppermine)
July 31, 2000 - {$990} [recalled in Aug]		495 pins (242 pin SEC)
1133MHz (133x8.5)
1.8v		Slot 116KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
Celeron 266 MMX
(Covington)
April 15, 1998 - {$155}		528 pins (242 pin SEPP)
266MHz (66x4.0)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)		7.5 million
0.25µm process
131mm² die
Celeron 300 MMX
(Covington)
June 8, 1998 - {$159}		528 pins (242 pin SEPP)
300MHz (66x4.5)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)		7.5 million
0.25µm process
131mm² die
Celeron 300A MMX
(Mendocino)
August 24, 1998 - {$149}		528 pins (242 pin SEPP)
300MHz (66x4.5)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 333 MMX
(Mendocino)
August 24, 1998 - {$192}		528 pins (242 pin SEPP)
333MHz (66x5.0)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 366 MMX
(Mendocino)
January 4, 1999 - {$131}		528 pins (242 pin SEPP)
366MHz (66x5.5)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 400 MMX
(Mendocino)
January 4, 1999 - {$166}		528 pins (242 pin SEPP)
400MHz (66x6.0)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 433 MMX
(Mendocino)
March 22, 1999 - {$177}		528 pins (242 pin SEPP)
433MHz (66x6.5)
2.0v		Slot 116KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die


Pentium II/III Xeon (Slot 2)
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Pentium II Xeon 400 MMX
(Drake)
June 29, 1998 - {$1124} (512KB)
June 29, 1998 - {$2836} (1MB)		528 pins (330 pin SEC)
400MHz (100x4.0)
2.0v/2.5v split		Slot 216KB data (4-way)
16KB instruction (4-way)
512KB or
1MB unified L2 (4-way)
* 64GB cacheable		7.5 million
0.25µm process
131mm² die
118mm² die (Aug 98)
Pentium II Xeon 450 MMX
(Drake)
October 6, 1998 - {$824} (512KB)
January 5, 1999 - {$1980} (1MB)
January 5, 1999 - {$3692} (2MB)		528 pins (330 pin SEC)
450MHz (100x4.5)
2.0v/2.7v split		Slot 216KB data (4-way)
16KB instruction (4-way)
512KB or
1MB or
2MB unified L2 (4-way)
* 64GB cacheable		7.5 million
0.25µm process
118mm² die
Pentium III Xeon 500 MMX SSE
(Tanner)
March 17, 1999 - {$931} (512KB)
March 17, 1999 - {$1980} (1MB)
March 17, 1999 - {$3692} (2MB)		570 pins (330 pin SEC)
500MHz (100x5.0)
2.0v/2.7v split
2.0v/2.0v split (2MB L2)		Slot 216KB data (4-way)
16KB instruction (4-way)
512KB or
1MB or
2MB unified L2 (4-way)
* 64GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III Xeon 550 MMX SSE
(Tanner - 2-way)
April 7, 1999 - {$1059}		570 pins (330 pin SEC)
550MHz (100x5.5)
2.0v/2.0v split		Slot 216KB data (4-way)
16KB instruction (4-way)
512KB unified L2 (4-way)
* 64GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III Xeon 550 MMX SSE
(Tanner)
August 23, 1999 - {$931} (512KB)
August 23, 1999 - {$1980} (1MB)
August 23, 1999 - {$3692} (2MB)		570 pins (330 pin SEC)
550MHz (100x5.5)
2.0v/2.0v split		Slot 216KB data (4-way)
16KB instruction (4-way)
512KB or
1MB or
2MB unified L2 (4-way)
* 64GB cacheable		9.5 million
0.25µm process
123mm² die
Pentium III Xeon 600 MMX SSE
(Cascades)
October 25, 1999 - {$505}		495 pins (330 pin SEC)
600MHz (133x4.5)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
Pentium III Xeon 667 MMX SSE
(Cascades)
October 25, 1999 - {$655}		495 pins (330 pin SEC)
666MHz (133x5.0)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
Pentium III Xeon 700 MMX SSE
(Cascades)
May 22, 2000 (1MB) - {$1177}
May 22, 2000 (2MB) - {$1980}		495 pins (330 pin SEC)
700MHz (100x7.0)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
1MB or
2MB on-Die unified L2 (8-way)
* 64GB cacheable		140 million
0.18µm process
300+mm² die
Pentium III Xeon 733 MMX SSE
(Cascades)
October 25, 1999 - {$826}		495 pins (330 pin SEC)
733MHz (133x5.5)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
100mm² die (Jul 00)
Pentium III Xeon 800 MMX SSE
(Cascades)
January 12, 2000 - {$901}		495 pins (330 pin SEC)
800MHz (133x6.0)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
100mm² die (Jul 00)
Pentium III Xeon 866 MMX SSE
(Cascades)
March 13, 2000		495 pins (330 pin SEC)
866MHz (133x6.5)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
105mm² die
100mm² die (Jul 00)
Pentium III Xeon 900 MMX SSE
(Cascades)
March 20, 2001 - {$3692}		495 pins (330 pin SEC)
900MHz (100x9.0)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
2MB on-Die unified L2 (8-way)
* 64GB cacheable		140 million
0.18µm process
300+mm² die
Pentium III Xeon 933 MMX SSE
(Cascades)
May 24, 2000 - {$794}		495 pins (330 pin SEC)
933MHz (133x7.0)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
105mm² die
100mm² die (Jul 00)
Pentium III Xeon 1G MMX SSE
(Cascades)
August 22, 2000 - {$719}		495 pins (330 pin SEC)
1000MHz (133x7.5)
2.8v or 5.0v or 12.0v		Slot 216KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		28 million
0.18µm process
100mm² die


Socket 370
Cyrix
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
M3 600 MMX
(Mojave)
[cancelled]		370 pins
?MHz (133x?)
1.8v		Socket 37016KB data (4-way)
16KB instruction (4-way)
256KB on-Die L2 (8-way)
* ?GB cacheable		25 million
0.21µm process
110mm² die
Intel
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Celeron 300A MMX
(Mendocino)
November 30, 1998 - {$70}		370 pins
300MHz (66x4.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 333 MMX
(Mendocino)
November 30, 1998 - {$87}		370 pins
333MHz (66x5.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 366 MMX
(Mendocino)
January 4, 1999 - {$123}		370 pins
366MHz (66x5.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 400 MMX
(Mendocino)
January 4, 1999 - {$158}		370 pins
400MHz (66x6.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 433 MMX
(Mendocino)
March 22, 1999 - {$169}		370 pins
433MHz (66x6.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 466 MMX
(Mendocino)
April 26, 1999 - {$169}		370 pins
466MHz (66x7.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 500 MMX
(Mendocino)
August 2, 1999 - {$167}		370 pins
500MHz (66x7.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 533 MMX
(Mendocino)
January 4, 2000 - {$167}		370 pins
533MHz (66x8.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25µm process
154mm² die
Celeron 500A MMX SSE
(Coppermine-128)
March 29, 2000 [may not exist]		370 pins
500MHz (66x7.5)
1.5v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
Celeron 533A MMX SSE
(Coppermine-128)
March 29, 2000		370 pins
533MHz (66x8.0)
1.5v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jun 00)
Celeron 566 MMX SSE
(Coppermine-128)
March 29, 2000 - {$167}		370 pins
566MHz (66x8.5)
1.5v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jun 00)
Celeron 600 MMX SSE
(Coppermine-128)
March 29, 2000 - {$181}		370 pins
600MHz (66x9.0)
1.5v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jun 00)
Celeron 633 MMX SSE
(Coppermine-128)
June 26, 2000 - {$138}		370 pins
633MHz (66x9.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jun 00)
Celeron 667 MMX SSE
(Coppermine-128)
June 26, 2000 - {$170}		370 pins
666MHz (66x10.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jun 00)
Celeron 700 MMX SSE
(Coppermine-128)
June 26, 2000 - {$192}		370 pins
700MHz (66x10.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jun 00)
Celeron 733 MMX SSE
(Coppermine-128)
November 13, 2000 - {$112}		370 pins
733MHz (66x11.0)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
95mm² die (Jul 01)
Celeron 766 MMX SSE
(Coppermine-128)
November 13, 2000 - {$170}		370 pins
766MHz (66x11.5)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
Celeron 800 MMX SSE
(Coppermine-128)
January 3, 2001 - {$170}		370 pins
800MHz (100x8.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
95mm² die (Jul 01)
Celeron 850 MMX SSE
(Coppermine-128)
April 9, 2001 - {$138}		370 pins
850MHz (100x8.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
95mm² die (Jul 01)
Celeron 900 MMX SSE
(Coppermine-128)
July 2, 2001 - {$103}		370 pins
900MHz (100x9.0)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Celeron 950 MMX SSE
(Coppermine-128)
August 31, 2001 - {$74}		370 pins
950MHz (100x9.5)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Celeron 1.0G MMX SSE
(Coppermine-128)
August 31, 2001 - {$89}		370 pins
1000MHz (100x10.0)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Celeron 1.1G MMX SSE
(Coppermine-128)
August 31, 2001 - {$103}		370 pins
1100MHz (100x11.0)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Celeron 900A MMX SSE
(Tualatin)
May 15, 2002		370 pins
900MHz (100x9.0)
1.475v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13µm process
80mm² die
Celeron 1.0A MMX SSE
(Tualatin)
January 3, 2002		370 pins
1000MHz (100x10.0)
1.475v or 1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13µm process
80mm² die
Celeron 1.1A MMX SSE
(Tualatin)
January 3, 2002		370 pins
1100MHz (100x11.0)
1.475v or 1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13µm process
80mm² die
Celeron 1.2G MMX SSE
(Tualatin)
October 2, 2001 - {$103}		370 pins
1200MHz (100x12.0)
1.475v or 1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13µm process
80mm² die
Celeron 1.3G MMX SSE
(Tualatin)
January 3, 2002 - {$118}		370 pins
1300MHz (100x13.0)
1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13µm process
80mm² die
Celeron 1.4G MMX SSE
(Tualatin)
May 15, 2002 - {$89}		370 pins
1400MHz (100x14.0)
1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13µm process
80mm² die
Pentium III 500E MMX SSE
(Coppermine)
October 25, 1999 - {$239}		370 pins
500MHz (100x5.0)
1.6v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
Pentium III 533EB MMX SSE
(Coppermine)
March 1, 2000		370 pins
533MHz (133x4.0)
1.65v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
Pentium III 550E MMX SSE
(Coppermine)
October 25, 1999 - {$368}		370 pins
550MHz (100x5.5)
1.6v or 1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 600E MMX SSE
(Coppermine)
March 1, 2000		370 pins
600MHz (100x6.0)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
95mm² die (May 01)
Pentium III 600EB MMX SSE
(Coppermine)
March 1, 2000		370 pins
600MHz (133x4.5)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 650 MMX SSE
(Coppermine)
March 1, 2000		370 pins
650MHz (100x6.5)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 667 MMX SSE
(Coppermine)
March 1, 2000		370 pins
666MHz (133x5.0)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 700 MMX SSE
(Coppermine)
March 1, 2000		370 pins
700MHz (100x7.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
95mm² die (May 01)
Pentium III 733 MMX SSE
(Coppermine)
March 1, 2000		370 pins
733MHz (133x5.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 750 MMX SSE
(Coppermine)
March 1, 2000		370 pins
750MHz (100x7.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
95mm² die (May 01)
Pentium III 800E MMX SSE
(Coppermine)
March 1, 2000		370 pins
800MHz (100x8.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
Pentium III 800EB MMX SSE
(Coppermine)
March 1, 2000		370 pins
800MHz (133x6.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
106mm² die
105mm² die (Mar 00)
90mm² die (Jul 00)
95mm² die (May 01)
Pentium III 850 MMX SSE
(Coppermine)
March 20, 2000 - {$765}		370 pins
850MHz (100x8.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
Pentium III 866 MMX SSE
(Coppermine)
March 20, 2000 - {$776}		370 pins
866MHz (133x6.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
95mm² die (May 01)
Pentium III 900 MMX SSE
(Coppermine)
October, 2000		370 pins
900MHz (100x9.0)
1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
95mm² die (May 01)
Pentium III 933 MMX SSE
(Coppermine)
May 24, 2000 - {$744}		370 pins
933MHz (133x7.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
105mm² die
90mm² die (Jul 00)
95mm² die (May 01)
Pentium III 1.0G MMX SSE
(Coppermine)
June, 2001		370 pins
1000MHz (100x10.0)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 1.0B MMX SSE
(Coppermine)
January, 2001		370 pins
1000MHz (133x7.5)
1.7v or 1.75v or 1.76v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
90mm² die
95mm² die (May 01)
Pentium III 1.1G MMX SSE
(Coppermine)
June, 2001		370 pins
1100MHz (100x11.0)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 1.13G MMX SSE
(Coppermine)
June, 2001		370 pins
1133MHz (133x8.5)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 866 MMX SSE
(Coppermine-T)
June, 2001		370 pins
866MHz (133x6.5)
1.75v		Socket 370
(FC-PGA)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 933 MMX SSE
(Coppermine-T)
June, 2001		370 pins
933MHz (133x7.0)
1.75v		Socket 370
(FC-PGA)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 1.0B MMX SSE
(Coppermine-T)
June, 2001		370 pins
1000MHz (133x7.5)
1.75v		Socket 370
(FC-PGA2)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 1.13G MMX SSE
(Coppermine-T)
June, 2001		370 pins
1133MHz (133x8.5)
1.75v		Socket 370
(FC-PGA2)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18µm process
95mm² die
Pentium III 1.0B MMX SSE
(Tualatin)
July 18, 2001		370 pins
1000MHz (133x7.5)
1.475v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III 1.13A MMX SSE
(Tualatin)
July, 2001		370 pins
1133MHz (133x8.5)
1.475v or 1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III 1.2G MMX SSE
(Tualatin)
July, 2001		370 pins
1200MHz (133x9.0)
1.475v or 1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III 1.33G MMX SSE
(Tualatin)
December, 2001		370 pins
1333MHz (133x10.0)
1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III 1.4G MMX SSE
(Tualatin)
June, 2002		370 pins
1400MHz (133x10.5)
1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 700 MMX SSE
(Tualatin)
November 13, 2001		370 pins
700MHz (100x7.0)
1.1v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 800 MMX SSE
(Tualatin)
March 19, 2002		479 balls
800MHz (133x6.0)
1.15v		Proprietary
µFCBGA
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 900 MMX SSE
(Tualatin)
[not released]		370 pins
900MHz (100x9.0)
?v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 933 MMX SSE
(Tualatin)
[not released]		370 pins
933MHz (133x7.0)
1.1v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 1.13G MMX SSE
(Tualatin)
June 21, 2001		370 pins
1133MHz (133x8.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 1.26G MMX SSE
(Tualatin)
July 18, 2001		370 pins
1266MHz (133x9.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 1.4G MMX SSE
(Tualatin)
January 8, 2002 - {$315}		370 pins
1400MHz (133x10.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Pentium III-S 1.53G MMX SSE
(Tualatin)
[not released]		370 pins
1533MHz (133x11.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13µm process
80mm² die
Rise
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
? MMX SSE
(Tiger)
[cancelled]		370 pins
?MHz (100x?)
1.8v/2.5v split		Socket 370?KB data
?KB instruction
?KB on-Die L2
? cacheable		? million
0.18µm process
?mm² die
VIA
Processors		Natural
State		SocketsL1 Cache
(Associativity)		Transistors
Cyrix III PR433 MMX 3DNow!
(Joshua)
February 22, 2000 [cancelled]		370 pins
333MHz (66x5.0)
2.2v		Socket 37064KB unified (4-way)
256KB on-Die L2 (8-way exclusive)
* 4GB cacheable		22 million
0.18µm process
?mm² die
Cyrix III PR466 MMX 3DNow!
(Joshua)
February 22, 2000 [cancelled]		370 pins
366MHz (66x5.5)
2.2v		Socket 37064KB unified (4-way)
256KB on-Die L2 (8-way exclusive)
* 4GB cacheable		22 million
0.18µm process
?mm² die
Cyrix III PR500 MMX 3DNow!
(Joshua)
February 22, 2000 - {$84} [cancelled]		370 pins
400MHz (133x3.0)
2.2v		Socket 37064KB unified (4-way)
256KB on-Die L2 (8-way exclusive)
* 4GB cacheable		22 million
0.18µm process
?mm² die
Cyrix III PR533 MMX 3DNow!
(Joshua)
February 22, 2000 - {$99} [cancelled]		370 pins
450MHz (100x4.5)
434MHz (124x3.5)
2.2v		Socket 37064KB unified (4-way)
256KB on-Die L2 (8-way exclusive)
* 4GB cacheable		22 million
0.18µm process
?mm² die
Cyrix III 500 MMX 3DNow!
(Samuel/C5)
June 6, 2000		370 pins
500MHz (100x5.0)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
Cyrix III 533 MMX 3DNow!
(Samuel/C5)
June 6, 2000 - {$75}		370 pins
533MHz (133x4.0)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
Cyrix III 550 MMX 3DNow!
(Samuel/C5)
June 6, 2000		370 pins
550MHz (100x5.5)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
Cyrix III 600 MMX 3DNow!
(Samuel/C5)
June 6, 2000		370 pins
600MHz (100x6.0)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
Cyrix III 650 MMX 3DNow!
(Samuel/C5)
November 30, 2000 - {$55}		370 pins
650MHz (100x6.5)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
Cyrix III 667 MMX 3DNow!
(Samuel/C5)
November 30, 2000 - {$60}		370 pins
666MHz (133x5.0)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
Cyrix III 700 MMX 3DNow!
(Samuel/C5)
2001?		370 pins
700MHz (100x7.0)
1.9v or 2.0v		Socket 37064KB data (4-way)
64KB instruction (2-way)		11.3 million
0.18µm process
75mm² die
C3 733A MMX 3DNow!
(Samuel 2/C5B)
March 25, 2001 - {$54}		370 pins
733MHz (133x5.5)
1.5v or 1.6v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.2 million
0.15µm process
52mm² die
C3 750A MMX 3DNow!
(Samuel 2/C5B)
March 25, 2001		370 pins
750MHz (100x7.5)
1.5v or 1.6v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.2 million
0.15µm process
52mm² die
C3 800A MMX 3DNow!
(Samuel 2/C5B)
2001		370 pins
800MHz (100x8.0)
1.6v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.2 million
0.15µm process
52mm² die
C3 850A MMX 3DNow!
(Samuel 2/C5B)
[not released]		370 pins
850MHz (100x8.5)
1.6v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.2 million
0.15µm process
52mm² die
C3 866A MMX 3DNow!
(Samuel 2/C5B)
[not released]		370 pins
866MHz (133x6.5)
1.6v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.2 million
0.15µm process
52mm² die
C3 800A MMX 3DNow!
(Ezra/C5C)
2001		370 pins
800MHz (100x8.0)
800MHz (133x6.0)
1.35v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 850A MMX 3DNow!
(Ezra/C5C)
2001		370 pins
850MHz (100x8.5)
1.35v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 866A MMX 3DNow!
(Ezra/C5C)
September 11, 2001		370 pins
866MHz (133x6.5)
1.35v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 900A MMX 3DNow!
(Ezra/C5C)
[not released]		370 pins
900MHz (100x9.0)
1.35v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 933A MMX 3DNow!
(Ezra/C5C)
[not released]		370 pins
933MHz (133x7.0)
1.35v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 1.0G MMX 3DNow!
(Ezra/C5C)
[not released]		370 pins
1000MHz (133x7.5)
1.35v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 800T MMX 3DNow!
(Ezra-T/C5M)
3Q 2001		370 pins
800MHz (133x6.0)
1.35v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 850T MMX 3DNow!
(Ezra-T/C5M)
[not released]		370 pins
850MHz (100x8.5)
1.35v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 866T MMX 3DNow!
(Ezra-T/C5M)
3Q 2001		370 pins
866MHz (133x6.5)
1.35v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 900T MMX 3DNow!
(Ezra-T/C5M)
[not released]		370 pins
900MHz (100x9.0)
1.35v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 933T MMX 3DNow!
(Ezra-T/C5M)
December 19, 2001		370 pins
933MHz (133x7.0)
1.35v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.4 million
0.13/0.15µm process
52mm² die
C3 1.0T MMX 3DNow!
(Ezra-T/C5M)
June 3, 2002		370 pins
1000MHz (133x7.5)
1.35v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 900T MMX 3DNow!
(Ezra-T/C5N)
[cancelled]		370 pins
900MHz (100x9.0)
1.25v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 1.0T MMX 3DNow!
(Ezra-T/C5N)
[cancelled]		370 pins
1000MHz (100x10.0)
1.25v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 1.1T MMX 3DNow!
(Ezra-T/C5N)
[cancelled]		370 pins
1100MHz (100x11.0)
1.25v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C3 1.2T MMX 3DNow!
(Ezra-T/C5N)
[cancelled]		370 pins
1200MHz (100x12.0)
1.25v		Socket 370
1.25v AGTL		64KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (4-way exclusive)
* ?GB cacheable		15.5 million
0.13/0.15µm process
56mm² die
C4 1.2G MMX SSE
(Nehemiah/C5X)
[cancelled]		370 pins
1200MHz (100x12.0)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
256KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
78mm² die
C4 1.3G MMX SSE
(Nehemiah/C5X)
[cancelled]		370 pins
1300MHz (100x13.0)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
256KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
78mm² die
C3 1.0G MMX SSE
(Nehemiah/C5XL)
January 22, 2003		370 pins
1000MHz (100x10.0)
1.4v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
52mm² die
C3 1.2G MMX SSE
(Nehemiah/C5XL)
[not released]		370 pins
1200MHz (100x12.0)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
52mm² die
C3 1.3G MMX SSE
(Nehemiah/C5XL)
[not released]		370 pins
1300MHz (100x13.0)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
52mm² die
C3 1.4G MMX SSE
(Nehemiah/C5XL)
[not released]		370 pins
1400MHz (100x14.0)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
52mm² die
C3 1.5G MMX SSE
(Nehemiah/C5XL)
[not released]		370 pins
1500MHz (100x15.0)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
64KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
52mm² die
C3 2.0G MMX SSE
(Esther/C5YL)
[cancelled]		370 pins
2000MHz (?x?)
?v		Socket 37064KB data (4-way)
64KB instruction (2-way)
?KB on-Die L2 (16-way)
* ?GB cacheable		? million
0.13µm process
?mm² die


586/686 Processor Adapters
Adapter
Manufacturer		Natural
State of Adapter		Goes into
Sockets
CCT 586
Adapter
(K5, K6, IBM 6x86)		296 pins
AMD K5:
PR100 {100MHz (66x1.5)}
AMD K6:
233MHz (66x3.5)
200MHz (66x3.0)
166MHz (66x2.5)
IBM 6x86:
PR200 {150MHz (75x2.0)}
PR166 {133MHz (66x2)}
3.3v to 2.8v/3.3v split
3.3v to 3.2v/3.3v split		Socket 5
Socket 7
Computer Nerd RA3
Adapter
(296-pin 6x86, Pentium)		273 pins
Cyrix 6x86:
PR166 {133MHz (66x2.0)}
PR150 {120MHz (60x2.0)}
Intel P54C:
166MHz (66x2.5)
150MHz (60x2.5)
133MHz (66x2)
120MHz (60x2)
100MHz (60x1.5)
5v to 3.3v		Socket 4
Computer Nerd RA5
Adapter
(K6, 6x86L, Pentium MMX)		296 pins
AMD K6:
233MHz (66x3.5)
200MHz (66x3.0)
166MHz (66x2.5)
Cyrix 6x86L:
PR200 {150MHz (75x2.0)}
PR166 {133MHz (66x2.0)}
PR150 {120MHz (60x2.0)}
PR133 {100MHz (55x2.0)}
PR120 {100MHz (50x2.0)}
Intel P55C:
233MHz (66x3.5)
200MHz (66x3.0)
166MHz (66x2.5)
3.3v to 2.8v/3.3v split		Socket 7
Concept Manufacturing VA55C
Adapter
(K6, 6x86L, Pentium MMX)		296 pins
AMD K6:
166MHz (66x2.5)
Cyrix 6x86L:
PR200 {150MHz (75x2.0)}
PR166 {133MHz (66x2)}
PR150 {120MHz (60x2)}
PR133 {100MHz (55x2.0)}
PR120 {100MHz (50x2.0)}
Intel P55C:
233MHz (66x3.5)
200MHz (66x3.0)
166MHz (66x2.5)
3.3v to 2.8v/3.3v split		Socket 5
Socket 7
Concept Manufacturing VAK6-2
(AMD K6-2)		296 pins
333MHz (66x5.0)
300MHz (66x4.5)
266MHz (66x4.0)
3.3v to 2.2v/3.3v split
2.8v to 2.2v/3.3v split
2.9v to 2.2v/3.3v split		Socket 7
Evergreen PR166
(Cyrix 6x86L PR166+)		296 pins
PR166 {133MHz (66x2.0)}
3.3v to 2.8v/3.3v split		Socket 5
Socket 7
Evergreen MxPro
(IDT Winchip)		296 pins
200MHz (66x3.0)
180MHz (60x3.0)
3.3v		Socket 5
Socket 7
Evergreen MxPro-233
(AMD K6 233)		296 pins
233MHz (66x3.5)
3.3v to 3.2v/3.3v split		Socket 5
Socket 7
Evergreen Spectra
(K6-2, Winchip-2)		296 pins
AMD K6-2:
400MHz (66x6.0)
333MHz (66x5.0)
IDT Winchip:
233MHz (66x3.5)
3.3v
3.3v to 2.2v/3.3v split		Socket 5
Socket 7
Evergreen Spectra III
(Cyrix-III, Celeron, Pentium III)		370 pins
1000MHz (100x10.0)
900MHz (100x9.0)
850MHz (100x8.5)
766MHz (66x11.5)
600MHz (66x6.0)
550MHz (100x5.5)
1.9v		Socket 370
Evergreen AcceleraPCI
(formerly Eclipse PCI)
(370-pin Celeron)		PCI Slot
466MHz (66x7.0)
433MHz (66x6.5)
400MHz (66x6.0)
366MHz (66x5.5)
333MHz (66x5.0)
300MHz (66x4.5)
5v PCI		any PCI slot
Evergreen Performa
(370-pin Celeron)		242 pins
700MHz (66x10.5)
600MHz (66x9.0)
500MHz (66x7.5)
400MHz (66x6.0)
1.65v		Slot 1
Evergreen Performa
(370-pin Pentium-III)		242 pins
800MHz (100x8.0)
700MHz (100x7.0)
600MHz (100x6.0)
1.65v		Slot 1
Kingston TurboChip
(K6, K6-2, Pentium MMX)		296 pins
AMD K6:
200MHz (66x3.0)
AMD K6-2:
333MHz (66x5.0)
366MHz (66x5.5)
Intel P55C:
233MHz (66x3.5)
3.3v to 2.2v/3.3v split
3.3v to 2.8v/3.3v split
3.3v to 2.9v/3.3v split		Socket 5
Socket 7
Madex 586004
Adapter
(K6, 6x86MX, Pentium MMX)		296 pins
AMD K6:
200MHz (66x3.0)
Cyrix 6x86MX:
PR200 {166MHz (66x2.5)}
Intel P55C:
200MHz (66x3.0)
3.3v
3.3v to 2.5v/3.3v split
3.3v to 2.8v/3.3v split
3.3v to 2.9v/3.3v split
3.3v to 3.2v/3.3v split		Socket 5
Socket 7
Madex 586005
Adapter
(K6, 6x86MX, Pentium MMX)		296 pins
AMD K6:
300MHz (66x4.5)
266MHz (66x4.0)
233MHz (66x3.5)
Cyrix 6x86MX:
PR266 {208MHz (80x2.5)}
PR233 {188MHz (75x2.5)}
PR200 {166MHz (66x2.5)}
PR166 {150MHz (60x2.5)}
Intel P55C:
233MHz (66x3.5)
210MHz (60x3.5)
200MHz (66x3.0)
175MHz (50x3.5)
166MHz (66x2.5)
3.3v
3.3v to 2.1v/3.3v split
3.3v to 2.5v/3.3v split
3.3v to 2.8v/3.3v split
3.3v to 2.9v/3.3v split
3.3v to 3.2v/3.3v split		Socket 5
Socket 7
Madex 586006
Adapter
(K6-2, K6-III, Pentium MMX)		296 pins
AMD K6-2/K6-III:
400MHz (66x6.0)
366MHz (66x5.5)
333MHz (66x5.0)
300MHz (66x4.5)
266MHz (66x4.0)
233MHz (66x3.5)
Intel P55C:
233MHz (66x3.5)
210MHz (60x3.5)
200MHz (66x3.0)
175MHz (50x3.5)
166MHz (66x2.5)
3.3v
3.3v to 2.1v/3.3v split
3.3v to 2.2v/3.3v split
3.3v to 2.4v/3.3v split
3.3v to 2.5v/3.3v split
3.3v to 2.8v/3.3v split
3.3v to 2.9v/3.3v split
3.3v to 3.2v/3.3v split		Socket 5
Socket 7
Madex 586009
Adapter
(K6, Pentium MMX)		296 pins
AMD K6:
200MHz (66x3.0)
Intel P55C:
233MHz (66x3.5)
3.5v
3.3v
3.3v to 1.8v/3.3v split
. . .
3.3v to 3.2v/3.3v split		Socket 5
Socket 7
New Wave NW Slot-T-100
Adapter
(370-pin Intel Celeron-T)		242 pins
1400MHz (100x14.0)
1300MHz (100x13.0)
1200MHz (100x12.0)
2.0v		Slot 1
New Wave NW Slot-T-133
Adapter
(370-pin Intel Pentium III-T (dual))		242 pins
1400MHz (133x10.5)
1266MHz (133x9.5)
1133MHz (133x8.5)
2.0v		Slot 1
New Wave NW 370T-100
Adapter
(Intel Celeron-T)		370 pins
1400MHz (100x14.0)
1300MHz (100x13.0)
1200MHz (100x12.0)
1.6v		Socket 370
New Wave NW 370T-133
Adapter
(Intel Pentium III-T (dual))		370 pins
1400MHz (133x10.5)
1266MHz (133x9.5)
1133MHz (133x8.5)
1.6v		Socket 370
PNY Quickchip-200
(IDT Winchip 200)		296 pins
200MHz (66x3.0)		Socket 5
PNY Quickchip-3D-200
(IDT Winchip 200)		296 pins
200MHz (66x3.0)		Socket 5
Socket 7
PowerLeap PL/54C
Adapter
(296-pin Winchip, Pentium)		273 pins
IDT Winchip:
200MHz (66x3.0)
180MHz (60x3.0)
Intel P54C:
200MHz (66x3.0)
166MHz (66x2.5)
150MHz (60x2.5)
133MHz (66x2.0)
120MHz (60x2.0)
100MHz (66x1.5)
90MHz (60x1.5)
75MHz (50x1.5)
5v to 3.3v		Socket 4
PowerLeap PL/54C-MMX
Adapter
(296-pin K6, Winchip, Pentium, Pentium MMX)
(296-pin 2.2v K6, K6-2 on Rev. 4)		273 pins
AMD K6/K6-2:
333MHz (66x5.0)
300MHz (66x4.5)
266MHz (66x4.0)
233MHz (66x3.5)
210MHz (60x3.5)
200MHz (66x3.0)
180MHz (60x3.0)
166MHz (66x2.5)
150MHz (60x2.5)
IDT Winchip:
266MHz (66x4.0)
240MHz (60x4.0)
200MHz (66x3.0)
180MHz (60x3.0)
Intel P54C:
200MHz (66x3.0)
166MHz (66x2.5)
150MHz (60x2.5)
133MHz (66x2.0)
120MHz (60x2.0)
100MHz (66x1.5)
90MHz (60x1.5)
75MHz (50x1.5)
Intel P55C:
233MHz (66x3.5)
210MHz (60x3.5)
200MHz (66x3.0)
175MHz (50x3.5)
166MHz (66x2.5)
150MHz (60x2.5)
150MHz (50x3.0)
5v to 2.2v/3.3v split
5v to 2.5v/3.3v split
5v to 2.8v/3.3v split
5v to 2.9v/3.3v split
5v to 3.3v		Socket 4
PowerLeap PL/OD54C
Adapter
(Intel Pentium)		296 pins
200MHz (66x3.0)
180MHz (60x3.0)
166MHz (66x2.5)
150MHz (60x2.5)
150MHz (50x3.0)
133MHz (66x2.0)
120MHz (60x2.0)
3.3v		Socket 5
Socket 7
PowerLeap PL/ProMMX
Adapter (w/ SVRM)
(K6, K6-2, K6-III, 6x86L, 6x86MX,
Winchip, Pentium, Pentium MMX)		296 pins
AMD K6/K6-2/K6-III:
400MHz (66x6.0)
366MHz (66x5.5)
333MHz (66x5.0)
300MHz (66x4.5)
266MHz (66x4.0)
233MHz (66x3.5)
210MHz (60x3.5)
200MHz (66x3.0)
180MHz (60x3.0)
166MHz (66x2.5)
150MHz (60x2.5)
Cyrix 6x86L:
PR200+ {150MHz (75x2.0)}
PR166+ {133MHz (66x2.0)}
PR150+ {120MHz (60x2.0)}
PR133+ {110MHz (55x2.0)}
Cyrix 6x86MX:
PR300 {233MHz (66x3.5)}
PR233 {188MHz (75x2.5)}
PR200 {166MHz (66x2.5)}
PR166 {150MHz (60x2.5)}
IDT Winchip:
266MHz (66x4.0)
240MHz (60x4.0)
200MHz (66x3.0)
180MHz (60x3.0)
Intel P54C:
200MHz (66x3.0)
166MHz (66x2.5)
150MHz (60x2.5)
Intel P55C:
233MHz (66x3.5)
210MHz (60x3.5)
200MHz (66x3.0)
175MHz (50x3.5)
166MHz (66x2.5)
150MHz (60x2.5)
150MHz (50x3.0)
3.3v
3.3v to 1.8v/3.3v split
3.3v to 2.1v/3.3v split
3.3v to 2.2v/3.3v split
3.3v to 2.4v/3.3v split
3.3v to 2.5v/3.3v split
3.3v to 2.8v/3.3v split
3.3v to 2.9v/3.3v split
3.3v to 3.2v/3.3v split		Socket 7
PowerLeap PL/K6-III
Adapter
(K6, K6-2, K6-III, 6x86L, 6x86MX
Winchip, Pentium, Pentium MMX)		296 pins
All PL/Pro-MMX chips plus:
AMD K6-III:
450MHz (75x6.0)
400MHz (66x6.0)
3.3v to 2.4v/3.3v split		Socket 5
Socket 7
PowerLeap PL/PII
Adapter
(370-pin Intel Celeron)		242 pins
500MHz (66x7.5)
466MHz (66x7.0)
433MHz (66x6.5)
400MHz (66x6.0)
366MHz (66x5.5)
333MHz (66x5.0)
300MHz (66x4.5)
2.0v		Slot 1
PowerLeap PL-Pro/II
Adapter
(370-pin Intel Celeron)		387 pins
533MHz (66x8.0)
500MHz (66x7.5)
466MHz (66x7.0)
433MHz (66x6.5)
400MHz (66x6.0)
366MHz (66x5.5)
333MHz (66x5.0)
300MHz (66x4.5)
2.0v		Socket 8
PowerLeap PL-Renaissance/AT
(supports most Socket 7 chips)		ISA Slot
550MHz (100x5.5)
500MHz (100x5.0)
450MHz (100x4.5)
400MHz (100x4.0)
350MHz (100x3.5)
333MHz (66x5.0)
300MHz (66x4.5)
266MHz (66x4.0)
233MHz (66x3.5)
5v ISA		any ISA slot
PowerLeap PL-Renaissance/PCI
(370-pin Celeron and Pentium-III)		PCI Slot
650MHz (100x6.5)
600MHz (100x6.0)
550MHz (100x5.5)
500MHz (100x5.0)
450MHz (100x4.5)
400MHz (100x4.0)
350MHz (100x3.5)
333MHz (66x5.0)
300MHz (66x4.5)
3.3v PCI		any PCI slot
PowerLeap PL-Neo S370
Adapter
(Intel Pentium III)		370 pins
866MHz (133x6.5)
850MHz (100x8.5)
800MHz (133x6.0)
800MHz (100x8.0)
750MHz (100x7.5)
733MHz (133x5.5)
700MHz (100x7.0)
666MHz (133x5.0)
650MHz (100x6.5)
600MHz (133x4.5)
600MHz (100x6.0)
550MHz (100x5.5)
533MHz (133x4.0)
500MHz (100x5.0)
1.6v		Socket 370
PowerLeap PL-Renaissance/370S
(370-pin Intel Celeron and Pentium-III)		ISA Slot
1.0GHz (133x7.5)
1.0GHz (100x10.0)
950MHz (100x9.5)
933MHz (133x7.0)
900MHz (100x9.0)
866MHz (133x6.5)
850MHz (100x8.5)
800MHz (133x6.0)
800MHz (100x8.0)
750MHz (100x7.5)
733MHz (133x5.5)
700MHz (100x7.0)
700MHz (66x10.5)
666MHz (133x5.0)
666MHz (66x10.0)
650MHz (100x6.5)
633MHz (66x9.5)
600MHz (133x4.5)
600MHz (100x6.0)
600MHz (66x9.0)
566MHz (66x8.5)
550MHz (100x5.5)
533MHz (66x8.0)
500MHz (100x5.0)
500MHz (66x7.5)
466MHz (66x7.0)
450MHz (100x4.5)
433MHz (66x6.5)
400MHz (100x4.0)
400MHz (66x6.0)
366MHz (66x5.5)
350MHz (100x3.5)
333MHz (66x5.0)
300MHz (66x4.5)
266MHz (66x4.0)
233MHz (66x3.5)
5v ISA		any ISA slot
PowerLeap PL-iP3
Adapter
(370-pin Intel Celeron)		242 pins
900MHz (100x9.0)
850MHz (100x8.5)
800MHz (100x8.0)
750MHz (100x7.5)
700MHz (66x10.5)
633MHz (66x9.5)
533MHz (66x8.0)
VRM 8.4 compatible		Slot 1
PowerLeap PL-iP3
Adapter
(370-pin Intel Pentium III)		242 pins
1.0B (133x7.5)
1.0GHz (100x10.0)
950MHz (100x9.5)
933MHz (133x7.0)
900MHz (100x9.0)
866MHz (133x6.5)
850MHz (100x8.5)
800MHz (133x6.0)
800MHz (100x8.0)
750MHz (100x7.5)
700MHz (100x7.0)
VRM 8.4 compatible		Slot 1
PowerLeap PL-iP3/T
Adapter
(370-pin Intel Celeron, Pentium III, Pentium III-T)		242 pins
1.4GHz (133x10.5)
1.4GHz (100x14.0)
1.33GHz (133x10.0)
1.3GHz (100x13.0)
1.26GHz (133x9.5)
1.2GHz (133x9.0)
1.2GHz (100x12.0)
1.1GHz (100x11.0)
1.0B (133x7.5)
1.0GHz (100x10.0)
950MHz (100x9.5)
933MHz (133x7.0)
900MHz (100x9.0)
866MHz (133x6.5)
850MHz (100x8.5)
800MHz (133x6.0)
800MHz (100x8.0)
750MHz (100x7.5)
700MHz (100x7.0)
VRM 8.5 compatible		Slot 1
Trinity Works P6x
Adapter
(296-pin AMD K5)		273 pins
PR166 {116MHz (66x1.75)}
PR133 {100MHz (66x1.5)}
PR120 {90MHz (60x1.5)}
5v to 3.52v		Socket 4
Trinity Works P7x
Adapter
(AMD K5)		296 pins
PR166 {116MHz (66x1.75)}
PR133 {100MHz (66x1.5)}
5v to 3.52v		Socket 5

MD - Minimum Delay (modified timing).
Split - Split voltages (lower core with a 3.3v I/O).
STD - 3.3v (3.135v ~ 3.465v) - Standard Voltage.
VR - 3.38v (3.300v ~ 3.465v) - Voltage Regulated.
VRE - 3.52v (3.450v ~ 3.600v) - (B-step) Voltage Regulated Extended.
VRE - 3.5v (3.400v ~ 3.600v) - (C2 step and later) Voltage Regulated Extended.
VRT - 2.9vcore / 3.3vI/O - split Voltage Reduction Technology (mobile chips only).

Notes:
Current URL: http://www.pchardwarelinks.com/586.htm
Designed by: Chris Hare
© 1997-Present by Chris Hare
Legal Stuff
Last Updated: July/14/2008