Intel64 Family 6 Model 55 Stepping 8 Genuineintel

Acquire all the significant processor evolution facts, including introduction date, ratings and number of transistors. Click on the processor family below to view facts on each processor in that family, or ringlet down the page to see them all. For an informative overview of Intel processor history, view "The Evolution of a Revolution."(PDF 2.9MB - this file is for historical reference only and is non kept updated beyond 2008)

This page is for historical reference merely. For products introduced afterwards Dec 2008, please refer to ark.intel.com.

Choose a processor family, or coil down to browse:

Intel® Atom™ Processor
Intel® Core™ii Processor     ||    Intel® Core™ Processor
Intel® Pentium® D Processor     ||    Intel® Pentium® Yard Processor
Intel® Itanium® Processor Family     ||     Intel® Xeon™ Processor
Intel ® Pentium® 4 Processor     ||     Intel® Pentium® 3 Processor
Intel® Celeron® Processor     ||     Intel® Pentium® 3 Xeon™ Processor
Intel® Pentium® 2 Xeon™ Processor     ||     Intel® Pentium® II Processor
Intel® Pentium® Pro Processor     ||     Intel® Pentium Processor
Intel486™ Processors and Before

View the Quick Reference Guide past engagement of introduction

Intel® Cantlet™ Processor

Processor	Clock Speed(south)	Intro Appointment(s)	Mfg. Process	Transistors	Cache	Addressable Retention	Double-decker Speed	Typical Use
Intel® Atom™ Processor Z500	800 MHz	Apr-08	45nm	47 one thousand thousand	512 kB L2	four GB	400MT/s	MID
Intel® Cantlet™ Processor Z510	1.x GHz	Apr-08	45nm	47 meg	512 kB L2	iv GB	400MT/south	MID
Intel® Atom™ Processor Z520	1.33 GHz	April-08	45nm	47 million	512 kB L2	4 GB	533MT/s	MID
Intel® Atom™ Processor Z530	i.60 GHz	Apr-08	45nm	47 one thousand thousand	512 kB L2	4 GB	533MT/due south	MID
Intel® Atom™ Processor Z540	i.86 GHz	April-08	45nm	47 million	512 kB L2	four GB	533MT/s	MID
Intel® Atom™ Processor N270	1.60 GHz	Jun-08	45nm	47 million	512 kB L2	4 GB	533 MHz	MID
Intel® Atom™ Processor 230	1.lx GHz	Jun-08	45nm	47 million	512 kB L2	4 GB	533 MHz	MID

*Chipset may limit bodily concrete memory supported by platform

Dorsum to top

Intel® Core™two Processor

Processor	Clock Speed(south)	Intro Date(southward)	Mfg. Process	Transistors	Addressable Retentiveness	Enshroud	Motorcoach Speed	Typical Utilize
Intel® Core™ii Extreme Q9000	2 GHz	Dec-08	45nm	410 million	64 GB	6 MB	1066 MHz	Enthusiast Notebook
Intel® Cadre™2 Duo processor T9800	2.93 GHz	December-08	45nm	410 million	64 GB	six MB	1066 MHz	Mobile PC
Intel® Core™2 Duo processor P9600	2.66 GHz	Dec-08	45nm	410 million	64 GB	6 MB	1066 MHz	Mobile PC
Intel® Cadre™2 Duo processor P9550	ii.66 GHz	Dec-08	45nm	410 1000000	64 GB	6 MB	1066 MHz	Mobile PC
Intel® Cadre™2 Duo processor P8700	2.53 GHz	December-08	45nm	410 million	64 GB	six MB	1066 MHz	Mobile PC
Intel® Core™2 Farthermost QX9300	ii.53 GHz	Aug-08	45nm	820 million	64 GB	12 MB	1066 MHz	Enthusiast Notebook
Intel® Core™2 Quad Q9100	2.26 GHz	Aug-08	45nm	820 million	64 GB	12 MB	1066 MHz	Mobile PC
Intel® Core™two Duo processor SP9400	two.40 GHz	Aug-08	45nm	410 million	64 GB	6 MB	1066 MHz	Mobile PC
Intel® Core™2 Duo processor SP9300	2.26 GHz	Aug-08	45nm	410 meg	64 GB	half-dozen MB	1066 MHz	Mobile PC
Intel® Core™2 Duo processor SL9400	1.86 GHz	Aug-08	45nm	410 meg	64 GB	half-dozen MB	1066 MHz	Mobile PC
Intel® Core™two Duo processor SL9300	1.sixty GHz	Aug-08	45nm	410 million	64 GB	half dozen MB	1066 MHz	Mobile PC
Intel® Core™2 Duo processor SU9400	ane.40 GHz	Aug-08	45nm	228 meg	64 GB	3 MB	800 MHz	Mobile PC
Intel® Core™ii Duo processor SU9300	1.20 GHz	Aug-08	45nm	228 million	64 GB	3 MB	800 MHz	Mobile PC
Intel® Core™2 Solo SU 3300	1.20 GHz	Aug-08	45nm	205 one thousand thousand	64 GB	3 MB	800 MHz	Mobile PC
Intel® Core™2 Extreme Processor QX9775	3.20 GHz	Feb-08	45nm	820 million	64 GB	12 Grand L2	1600 MHz	Enthusiast Notebook
Intel® Core™2 Farthermost Processor QX9770	3.xx GHz	Dec-07	45nm	820 meg	64 GB	12 M L2	1600 MHz	Enthusiast Notebook
Intel® Core™2 Extreme Processor X9100	3.06 GHz	Jul-08	45nm	410 million	64 GB	6 M L2	1066 MHz	Enthusiast Notebook
Intel® Core™two Duo Processor P9500	2.53 GHz	Jul-08	45nm	410 one thousand thousand	64 GB	6 M L2	1066 MHz	Mobile PC
Intel® Core™2 Duo Processor P8600	2.40 GHz	Jul-08	45nm	410 meg	64 GB	3 Thou L2	1066 MHz	Mobile PC
Intel® Cadre™2 Duo Processor P8400	2.26 GHz	Jul-08	45nm	410 meg	64 GB	3 M L2	1066 MHz	Mobile PC
Intel® Core™two Extreme Processor X9000	2.80 GHz	Jan-08	45nm	410 million	64 GB	six MB	800 MT/south	Enthusiast Notebook
Intel® Core™2 Duo Processor E8300	2.83 GHz	April-08	45nm	410 million	64 GB	6 MB	1333 MT/s	Desktop PC
Intel® Core™2 Duo Processor E7200	2.53 GHz	Apr-08	45nm	228 million	64 GB	iii MB	1066 MT/southward	Desktop PC
Intel® Cadre™two Duo Processor T9600	2.eighty GHz	Jul-08	45nm	410 one thousand thousand	64 GB	vi Grand L2	1066 MHz	Mobile PC
Intel® Cadre™2 Duo Processor T9500	2.60 GHz	Jan-08	45nm	410 meg	64 GB	6 MB	800 MT/s	Mobile PC
Intel® Core™2 Duo Processor T9400	2.53 GHz	Jul-08	45nm	410 1000000	64 GB	6 M L2	1066 MHz	Mobile PC
Intel® Core™two Duo Processor T9300	2.50 GHz	Jan-08	45nm	410 million	64 GB	half dozen MB	800 MT/southward	Mobile PC
Intel® Core™2 Duo Processor T8300	ii.twoscore GHz	Jan-08	45nm	410 meg	64 GB	3 MB	800 MT/south	Mobile PC
Intel® Cadre™two Duo Processor T8100	2.ten GHz	Jan-08	45nm	410 million	64 GB	3 MB	800 MT/s	Mobile PC
Intel® Core™ii Duo Processor E8500	3.16 GHz	January-08	45nm	410 million	64 GB	6 MB	1333 MT/s	Desktop PC
Intel® Core™2 Duo Processor E8400	3 GHz	Jan-08	45nm	410 million	64 GB	6 MB	1333 MT/southward	Desktop PC
Intel® Core™two Duo Processor E8200	2.66 GHz	Jan-08	45nm	410 1000000	64 GB	6 MB	1333 MT/s	Desktop PC
Intel® Cadre™2 Duo Processor E8190	2.66 GHz	January-08	45nm	410 meg	64 GB	half dozen MB	1333 MT/s	Desktop PC
Intel® Core™two Quad Processor Q9550	2.83 GHz	Jan-08	45nm	820 million	64 GB	12 MB	1333 MT/southward	Desktop PC
Intel® Core™2 Quad Processor Q9450	2.66 GHz	Jan-08	45nm	820 million	64 GB	12 MB	1333 MT/south	Desktop PC
Intel® Core™ii Quad Processor Q9300	2.50 GHz	Jan-08	45nm	820 million	64 GB	half-dozen MB	1333 MT/southward	Desktop PC
Intel® Cadre™ii Farthermost Processor QX9650	3 GHz	Nov-07	45nm	820 million	64 GB	12 MB	1333 MHz	Enthusiast PC
Intel® Core™ii Farthermost Processor QX6850	iii GHz	Jul-07	65nm	582 million	64 GB	eight MB	1066-1333 MHz	Enthusiast PC
Intel® Core™ii Extreme Processor QX6800	2.93 GHz	Apr-07	65nm	582 million	64 GB	8 MB	1066 MHz	Enthusiast PC
Intel® Core™2 Extreme Processor QX6700	2.66 GHz	Nov-07	65nm	582 meg	64 GB	8 MB	1066 MHz	Enthusiast PC
Intel® Core™two Processor Q6700	ii.66 GHz	Jul-07	65nm	582 million	64 GB	8 MB	1066 MHz	Desktop PC
Intel® Cadre™2 Quad Processor Q6600	two.twoscore GHz	Jan-07	65nm	582 million	64 GB	8 MB	1333 MHz	Desktop PC
Intel® Core™2 Farthermost Processor X6800	2.93 GHz	Jul-06	65nm	291 million	64 GB	4 MB	1066 MHz	Desktop PC
Intel® Core™2 Duo Processor E6850-6550	2.33-3 GHz	Jul-07	65nm	291 one thousand thousand	64 GB	4 MB	1333 MHz	Desktop PC
Intel® Core™ii Duo Processor E6700-6600	2.40-2.66 GHz	Jul-06	65nm	291 million	64 GB	4 MB	1066 MHz	Desktop PC
Intel® Core™2 Duo Processor E6400-6300	1.eight-2.13 GHz	Jul-06	65nm	167 million	64 GB	2 MB	1066 MHz	Desktop PC
Intel® Cadre™2 Duo Processor E4500	2.20 GHz	April-07	65nm	167 million	64 GB	2 MB	800 MHz	Desktop PC
Intel® Core™ii Duo Processor E4400	ii GHz	Apr-07	65nm	167 meg	64 GB	ii MB	800 MHz	Desktop PC
Intel® Core™2 Duo Processor E4300	1.lxxx GHz	April-07	65nm	167 million	64 GB	ii MB	800 MHz	Desktop PC
Mobile Intel® Core™ii Extreme Processor X7900	two.fourscore GHz	Sep-07	65nm	291 one thousand thousand	64 GB	iv MB	800 MHz	Enthusiast Notebook
Mobile Intel® Core™2 Extreme Processor X7800	2.threescore GHz	Jul-07	65nm	291 meg	64 GB	iv MB	800 MHz	Enthusiast Notebook
Mobile Intel® Core™2 Duo Processor T7800	2.threescore GHz	Sep-07	65nm	291 million	64 GB	4 MB	800 MHz	Mobile PC
Mobile Intel® Core™two Duo Processor T7600/T7400/T7200	2.33/2.16/2 GHz	Jul-07	65nm	291 1000000	64 GB	4 MB	667 MHz	Mobile PC
Mobile Intel® Core™2 Duo Processor T7700/T7500/T7300/T7100	2.forty/ii.xx/2/ane.fourscore GHz	Jul-06	65nm	291 meg	64 GB	four MB	800 MHz	Mobile PC
Mobile Intel® Core™2 Duo Processor T5600-T5500	1.83-1.66 GHz	Jul-06	65nm	167 meg	64 GB	2 MB	667 MHz	Mobile PC
Mobile Intel® Core™ii Duo Processor L7400/L7200	ane.50 GHz/ane.33 GHz	Jul-06	65nm	291 one thousand thousand	64 GB	4 MB	667 MHz	Mobile PC
Mobile Intel® Core™2 Duo Processor L7500/L7300	1.lx GHz/one.40 GHz	Jul-06	65nm	291 million	64 GB	iv MB	800 MHz	Mobile PC
Mobile Intel® Core™2 Duo Processor U7700/U7500	1.xx/1.06 GHz	Jul-06	65nm	167 million	64 GB	2 MB	533 MHz	Mobile PC
Intel® Core™two Solo ULV Processor U2200/U2100	one.20/one.06 GHz	Jan-06	65nm	291 meg	64 GB	1 MB	533 MHz	Mobile PC

Back to top

Intel® Core™ Processor

Processor	Clock Speed(s)	Intro Date(south)	Mfg. Process	Transistors	Cache	Addressable Memory	Bus Speed	Typical Use
Intel® Cadre™ i7-965 Extreme Edition	three.20 GHz	Nov-08	45nm	731 million	8 MB	64 GB		Desktop PC
Intel® Core™ i7-940	2.93 GHz	Nov-08	45nm	731 1000000	8 MB	64 GB		Desktop PC
Intel® Core™ i7-920	2.66 GHz	Nov-08	45nm	731 one thousand thousand	viii MB	64 GB		Desktop PC
Intel® Core™ Duo Processor T2700-2300	2.33-1.66 GHz	Aug-06	65nm	152 million	2MB L2 Enshroud	2 GB	667 MHz	Mobile PC
Intel® Core™ Duo Processor T2300E	1.66 GHz	May-06	65nm	152 meg	2MB L2 Cache	2 GB	667 MHz	Mobile PC
Intel® Cadre™ Duo Processor T2450/2350/2250/2050	ii/1.86/i.73/i.60 GHz	February-06	65nm	152 one thousand thousand	2MB L2 Cache	2 GB	533 MHz	Mobile PC
Intel® Core™ Duo LV Processor L2500-L2300	1.83-i.fifty GHz	Aug-06	65nm	152 million	2 MB L2 Cache	two GB	667 MHz	Mini/Thin and Light
Intel® Core™ Duo ULV Processor U2500-U2400	1.20-1.06 GHz	Mar-06	65nm	152 million	2MB L2 Cache	2 GB	533 MHz	Mini/Thin and Light
Intel® Core™ Solo Processor T1350	1.86 GHz	Jul-06	65nm	152 one thousand thousand	2MB L2 Cache	ii GB	533 MHz	Mobile PC
Intel® Core™ Solo Processor T1400/T1300	1.83/one.66 GHz	Aug-06	65nm	152 million	2MB L2 Cache	2 GB	667 MHz	Mobile PC
Intel® Core™ Solo ULV Processor U1300	one.06 GHz	Mar-06	65nm	152 million	2MB L2 Cache	two GB	533 MHz	Mini/Sparse and Light
Intel® Core™ Solo ULV Processor U1500/U1400	i.33/1.20 GHz	Mar-06	65nm	151 million	2MB L2 Cache	two GB	533 MHz	Mobile PC

Dorsum to top

Intel® Pentium® D Processor

Processor	Clock Speed(s)	Intro Engagement(s)	Mfg. Procedure	Transistors	Cache	Addressable Memory	Jitney Speed	Typical Utilize
Intel® Pentium® D Processor 800	iii.20 - two.80 GHz	May-05	90nm	230 meg	1024 kB L2 Cache	64 GB	800 MHz	Desktop PC
Intel® Pentium® D Processor 900	3.40 - 2.80 GHz	Jan-06	0.065 micron	376 meg	2048 kB L2 Cache	64 GB	800 MHz	Desktop PC

Back to height

Intel® Pentium® G Processor

Processor	Clock Speed(due south)	Intro Engagement(s)	Mfg. Procedure	Transistors	Cache	Addressable Retentiveness	Motorcoach Speed	Core Voltage	Thermal Pattern Power (TDP)	Typical Employ
Intel® Pentium® Thou Processor	ane.70 GHz - 900 MHz	Mar-03	130nm	77 million	1024 kB L2 Cache	four GB	400 MHz			Mini-notebooks, sub-notebooks & tablet PCs
Intel® Pentium® M Processor	2.13-1 GHz	May-04	90nm	140 one thousand thousand	2048 kB L2 Cache	4 GB	533 MHz 400 MHz			Full-size and sparse & low-cal Mobile PC
Intel® Pentium® M Processor 770 760 750 740 730	2.thirteen GHz two GHz 1.86 GHz 1.73 GHz ane.60 GHz	January-05	90nm	140 million	ii MB L2 Cache		533 MHz	i.260-1.3 72 5 Max Perf. Style 0.988V Bombardment Optimized Way	27 W	Full-size and thin & calorie-free Mobile PC
Intel® Pentium® Yard Processor 765 755 745 735 725 715	2.10 GHz two GHz 1.80 GHz 1.70 GHz 1.60 GHz i.l GHz	May-04	90nm	140 million	2 MB L2 Cache		400 MHz	1.276-1.340V Max Perf. Mode 0.988V Battery Optimized Mode	21 W	Full-size and thin & lite Mobile PC
Intel® Pentium® M Processor	1.lxx GHz 1.60 GHz 1.50 GHz 1.40 GHz 1.30 GHz	Mar-03	130nm	77 meg	1 MB L2 Enshroud		400 MHz	ane.484V in Max. Perf. Mode 0.956V Battery Optimized Mode (1.40-ane.70 GHz) 1.39V in Max Perf. Mode 0.96V in Battery Optimized Fashion (1.thirty GHz)	24.five Due west	Full-size and sparse & light Mobile PC

Dorsum to tiptop

Low Voltage
Processor	Clock Speed(s)	Intro Date(s)	Mfg. Procedure/ Transistors	Cache	Bus Speed	Core Voltage	Thermal Design Ability (TDP)	Typical Utilise
Intel® Pentium® M Processor 758 738	1.50 GHz 1.40 GHz	July-04	90nm 140 million	2 MB L2 Cache	400 MHz	i.116V in Max. Perf. Mode 0.988V Battery Optimized Mode	10 West	Mini-notebooks, sub-notebooks & tablet PCs
Intel® Pentium® M Processor	one.30 GHz	Apr-04	0.13-micron 77 1000000	1 MB L2 Cache	400 MHz	1.180V in Max. Perf. Fashion 0.956V Bombardment Optimized Mode	12 W	Mini-notebooks, sub-notebooks & tablet PCs
Intel® Pentium® M Processor	1.twenty GHz i.10 GHz	Mar-03	0.thirteen-micron 77 million	ane MB L2 Cache	400 MHz	1.180V in Max. Perf. Fashion 0.956V Battery Optimized Mode	12 West	Mini-notebooks, sub-notebooks & tablet PCs

Back to top

Ultra Depression Voltage
Processor	Clock Speed(s)	Intro Appointment(south)	Mfg. Process/ Transistors	Cache	Bus Speed	Core Voltage	Thermal Design Power (TDP)	Typical Utilize
Intel® Pentium® M Processor 753 733 723	1.xx GHz 1.10 GHz one GHz	Jul-04	90nm 140 1000000	2MB L2 Enshroud	400 MHz	0.940V in Max. Perf. Manner 0.812V Battery Optimized Mode	5W	Mini-notebooks, sub-notebooks & tablet PCs
Intel® Pentium® M Processor	1.10 GHz	April-04	0.13-micron 77 million	1 MB L2 Cache	400 MHz	1.004V in Max. Perf. Fashion 0.844V in Battery Optimized Mode	7 W	Mini-notebooks, sub-notebooks & tablet PCs
Intel® Pentium® M Processor	1 GHz 900 MHz	Jun-03 1 GHzMar. 12, 2003 900 MHz	0.thirteen-micron 77 million	1 MB L2 Cache	400 MHz	i.00V in Max. Perf. Mode 0.85V in Battery Optimized Mode	7 W	Mini-notebooks, sub-notebooks & tablet PCs

Dorsum to top

Intel® Itanium® Processor Family

Processor	Clock Speed(due south)	Intro Date(southward)	Mfg. Procedure	Transistors	Cache	Addressable Retentiveness	Motorbus Speed	Typical Use
Dual-core Intel® Itanium Processor 9150M	1.66 GHz	Oct-07	90nm	1.72 billion	24 MB	1024 GB	667 MHz	Demanding enterprise-class servers and high-performance applications
Dual-core Intel® Itanium Processor 9150N	ane.lx GHz	Oct-07	90nm	1.72 billion	24 MB	1024 GB	400/533 MHz	Enervating enterprise-grade servers and high-performance applications
Dual-core Intel® Itanium Processor 9140M	1.66 GHz	Oct-07	90nm	one.72 billion	18 GB	1024 GB	667 MHz	Demanding enterprise-class servers and high-performance applications
Dual-cadre Intel® Itanium Processor 9140N	i.60 GHz	Oct-07	90nm	1.72 billion	18 GB	1024 GB	400/533 MHz	Demanding enterprise-grade servers and high-operation applications
Dual-cadre Intel® Itanium Processor 9120N	i.42 GHz	Oct-07	90nm	1.72 billion	12 GB	1024 GB	533 MHz	Enervating enterprise-course servers and high-performance applications
Dual-core Intel® Itanium Processor 9130M	1.66 GHz	Oct-07	90nm	1.72 billion	viii GB	1024 GB	667 MHz	Demanding enterprise-class servers and high-performance applications
Dual-core Intel® Itanium Processor 9110N	1.lx GHz	Oct-07	90nm	1.72 billion	12 GB	1024 GB	400/533 MHz	Demanding enterprise-class servers and loftier-performance applications
Dual-cadre Intel® Itanium Processor 9150M	1.66 GHz	Oct-07	90nm	1.72 billion	24 GB	1024 GB	667 MHz	Demanding enterprise-class servers and high-performance applications
Dual-cadre Intel® Itanium Processor 9150M	1.66 GHz	Oct-07	90nm	1.72 billion	24 GB	1024 GB	667 MHz	Demanding enterprise-class servers and high-performance applications
Dual Core Intel® Itanium® ii Processor	i.60-1.xl GHz	Jul-06	90nm	1.72 billion	16 MB	1024 TB	400 MHz	Demanding enterprise-class servers and loftier-performance applications
Intel® Itanium® ii Processor	i.sixty GHz	Mid-2006	90nm	1.72 billion	12 MB L3 Cache	1024 TB	400 MHz	Demanding enterprise-form servers and high-performance applications
Intel® Itanium® 2 Processor		Jul-05	90nm	i.72 billion	half dozen-9 MB L3 Enshroud	1024 TB	667 MHz	Demanding enterprise-class servers and loftier-performance applications
Intel® Itanium® 2 Processor	1.60 GHz	Nov-04	0.13 micron	592 million	iii MB L3 Cache	1024 TB	533 MHz 400 MHz	Demanding enterprise-course servers and loftier performance applications
Intel® Itanium® 2 Processor	1 GHz	Sep-03	0.thirteen micron	410 meg	one.v MB L3 Enshroud	1024 TB	400 MHz	Demanding enterprise-grade servers and loftier functioning applications
Intel® Itanium® ii Processor	1.threescore - one.50 GHz	Nov-03	0.13 micron	592 million	3 MB, 4 MB, 6 MB and 9 MB L3 Cache	1024 TB	400 MHz	Enervating enterprise-form servers and high performance applications
Intel® Itanium® 2 Processor	1.lx - 1.30 GHz	Jun-03	0.thirteen micron	410 1000000	one.5 MB, 3 MB and 6 MB L3 Enshroud	1024 TB	400 MHz	Demanding enterprise-class servers and high-performance applications
Intel® Itanium® 2 Processor	1 GHz 900 MHz	Jul-02	0.18 micron	220 million	1.v MB and 3 MB L3 Cache	1024 TB	400 MHz	Enervating enterprise-form servers and high-performance applications
Intel® Itanium® 2 Processor	800 MHz 733 MHz	May-01	0.18 micron	25 million	2 MB and 4 MB L3 Enshroud	16 TB	266 MHz	Demanding enterprise-class servers and high-performance applications
Intel® Itanium® 2 Processor	ane.threescore GHz	Nov-04	0.13 micron	592 million	ix MB L3 Enshroud			Demanding enterprise-class servers and high-performance applications
Intel® Itanium® ii Processor	i.threescore GHz	Nov-04	0.13 micron	592 million	vi MB L3 Cache			Enervating enterprise-class servers and loftier-performance applications
Intel® Itanium® ii Processor	1.50 GHz	November-04	0.xiii micron	592 million	four MB L3 Enshroud			Demanding enterprise-class servers and high-performance applications
Intel® Itanium® ii Processor	ane.60 GHz	Nov-04	0.13 micron	592 million	three MB L3 Enshroud			For dual processor servers
Intel® Itanium® 2 Processor	1.60 GHz 1.40 GHz	Apr-04	0.13-micron	410 one thousand thousand	3 MB L3 Cache			Technical computing clusters and entry-level, front-cease enterprise systems
Intel® Itanium® two Processor (for dual processor systems)	1.xl GHz	Sep-03	0.thirteen-micron	410 one thousand thousand	i.5 MB L3 Enshroud			Dual processor servers
Intel® Itanium® 2 Processor	one.50 GHz	Jun-03	0.13-micron	410 million	6 MB L3 Cache			Demanding enterprise-grade servers, and high-functioning applications
Intel® Itanium® 2 Processor	1 GHz 900 MHz	Jul-02	0.18-micron	220 million	iii MB and 1.five MB L3 Cache			Enervating enterprise-class servers, and high-performance applications
Intel® Itanium® Processor	800 MHz 733 MHz	May-01	0.18-micron	25 meg	2 MB and four MB L3 Cache			Enervating enterprise-form servers, and high-performance applications

Back to top

Low Voltage
Processor	Clock Speed(s)	Intro Date(s)	Mfg. Process/ Transistors	Enshroud	Wattage	Typical Apply
Low Voltage Intel® Itanium® 2 Processor	one.30 GHz	Nov-04	0.xiii micron 592 meg	3 MB L3 Cache		Low voltage, blade servers
Low Voltage Intel® Itanium® 2 Processor	1 GHz	Sept-03	0.13-micron 410 1000000	1.v MB L3 Enshroud	62 Watts	Low voltage, bract servers

Back to elevation

Intel® Xeon™ Processor Family unit

Processor	Clock Speed(south)	Intro Date(south)	Mfg. Process	Transistors	Cache	Addressable Memory	Omnibus Speed	Typical Use
Intel® Xeon® Processor MP X7460	2.66 GHz	Sep-08	45nm	1.xc billion	16 MB	1 TB	1066 MHz	Server
Intel® Xeon® Processor MP L7455	2.13 GHz	Sep-08	45nm	1.xc billion	12 MB	1 TB	1066 MHz	Server
Intel® Xeon® Processor MP L7445	2.13 GHz	Sep-08	45nm	1.ninety billion	12 MB	1 TB	1066 MHz	Server
Intel® Xeon® Processor MP E7450	2.forty GHz	Sep-08	45nm	i.ninety billion	12 MB	1 TB	1066 MHz	Server
Intel® Xeon® Processor MP E7440	two.40 GHz	Sep-08	45nm	ane.90 billion	16 MB	1 TB	1066 MHz	Server
Intel® Xeon® Processor MP E7430	ii.13 GHz	Sep-08	45nm	1.90 billion	12 MB	1 TB	1066 MHz	Server
Intel® Xeon® Processor MP E7420	two.xiii GHz	Sep-08	45nm	1.90 billion	viii MB	i TB	1066 MHz	Server
Quad-core Intel® Xeon® Processor X3360	2.83 GHz	Jan-08	45nm	820 meg	12 MB	64 GB	1333 MT/s	Server
Quad-core Intel® Xeon® Processor X3350	ii.66 GHz	January-08	45nm	820 million	12 MB	64 GB	1333 MT/s	Server
Quad-core Intel® Xeon® Processor X3320	two.50 GHz	Jan-08	45nm	820 million	half dozen MB	64 GB	1333 MT/s	Server
Dual-core Intel® Xeon® Processor E3110	3 GHz	Jan-08	45nm	410 1000000	6 MB	64 GB	1333 MT/s	Server
Quad-cadre Intel® Xeon® Processor X7350	2.93 GHz	Sept-07	65nm	582 million	eight MB	1024 GB	1066 MHz	Server
Quad-core Intel® Xeon® Processor L7345	ane.86 GHz	Sept-07	65nm	582 one thousand thousand	8 MB	1024 GB	1066 MHz	Server
Quad-core Intel® Xeon® Processor E7340	two.40 GHz	Sept-07	65nm	582 million	8 MB	1024 GB	1066 MHz	Server
Quad-core Intel® Xeon® Processor E7330	ii.four GHz	Sept-07	65nm	582 million	6 MB	1024 GB	1066 MHz	Server
Quad-core Intel® Xeon® Processor E7320	2.13 GHz	Sept-07	65nm	582 1000000	4 MB	1024 GB	1066 MHz	Server
Quad-core Intel® Xeon® Processor E7310	1.threescore GHz	Sept-07	65nm	582 meg	4 MB	1024 GB	1066 MHz	Server
Quad Core Intel® Xeon™ X5482	3.20 GHz	Nov-07	45nm	820 million	12 MB	64 GB	1600 MHz	Server
Quad Core Intel® Xeon™ X5472	iii.00 GHz	Nov-07	45nm	820 one thousand thousand	12 MB	64 GB	1600 MHz	Server
Quad Core Intel® Xeon™ E5472	3.00 GHz	Nov-07	45nm	820 one thousand thousand	12 MB	64 GB	1600 MHz	Server
Quad Core Intel® Xeon™ E5462	2.lxxx GHz	Nov-07	45nm	820 million	12 MB	64 GB	1600 MHz	Server
Quad Core Intel® Xeon™ X5460	iii.sixteen GHz	Nov-07	45nm	820 million	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ X5450	3.00 GHz	Nov-07	45nm	820 one thousand thousand	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5450	3.00 GHz	Nov-07	45nm	820 1000000	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5440	2.83 GHz	Nov-07	45nm	820 one thousand thousand	12 MB	64 GB	1333 MHz	Server
Quad Cadre Intel® Xeon™ E5430	2.66 GHz	November-07	45nm	820 meg	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5420	2.50 GHz	Nov-07	45nm	820 1000000	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5410	two.33 GHz	Nov-07	45nm	820 million	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5405	2.00 GHz	Nov-07	45nm	820 million	12 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ L5335	2 GHz	Aug-07	65nm	582 million	8 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ L5320 and L5310	1.60-1.86 GHz	Mar-07	65nm	582 million	8 MB	64 GB	1066 MHz	Server
Quad Cadre Intel® Xeon™ 3200	2.thirteen-two.xl GHz	Jan-07	65nm	582 million	eight MB	64 GB	1066 MHz	Server
Quad Core Intel® Xeon™ X5365	three GHz	Aug-07	65nm	582 1000000	eight MB	64 GB	1333 MHz	Server
Quad Cadre Intel® Xeon™ X5355	ii.66 GHz	Nov-06	65nm	582 million	8 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5345	2.33 GHz	Nov-06	65nm	582 million	8 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5335	2 GHz	Mar-07	65nm	582 million	8 MB	64 GB	1333 MHz	Server
Quad Core Intel® Xeon™ E5320	1.86 GHz	Nov-06	65nm	582 meg	8 MB	64 GB	1066 MHz	Server
Quad Core Intel® Xeon™ E5320	ane.lx GHz	Nov-06	65nm	582 one thousand thousand	8 MB	64 GB	1066 MHz	Server
Quad Core Intel® Xeon™ 7140M	iii.40-3.33 GHz	Aug-06	90nm	1328 million	16 MB	64 GB	800 MHz	Server
Quad Core Intel® Xeon™ 7130M	3.twenty-3.16 GHz	Aug-06	90nm	1328 meg	8 MB	64 GB	667-800 MHz	Server
Quad Cadre Intel® Xeon™ 7120M	3 GHz	Aug-06	90nm	1328 million	4 MB	64 GB	667-800 MHz	Server
Quad Core Intel® Xeon™ 7110M	two.60-2.l GHz	Aug-06	90nm	1328 million	4 MB	64 GB	667-800 MHz	Server
Quad Core Intel® Xeon™ 5100	iii-ii.33 GHz	Jun-06	65nm	291 million	8 MB	64 GB	1333 MHz	Server
Dual Core Intel® Xeon™ Processor E5205	3.xl GHz	November-07	45nm	410 Million	6 MB	64 GB	1333 MHz	Server
Dual Core Intel® Xeon™ Processor X5272	1.86 GHz	Nov-07	45nm	410 meg	vi MB	64 GB	1066 MHz	Server
Dual Cadre Intel® Xeon™ Processor	iii.73-three.20 GHz	May-06	65nm	376 million	2 MB	64 GB	1066 MHz	Server
Dual Core Intel® Xeon™ Processor	iii GHz	May-06	65nm	376 one thousand thousand	2 MB	64 GB	667 MHz	Server
Dual Core Intel® Xeon™ Processor 7000	three - 2.66 GHz	Nov-05	90nm	338 million	2048 kB L2 Cache		667 MHz	Multi-processing mid-tier and back-end servers
Dual Core Intel® Xeon™ Processor	two.80 GHz	Oct-05	90nm	338 million	2048 kB L2 Enshroud		800 MHz	Server
Dual Core Intel® Xeon™ Processor X5260	3.33 GHz	Nov-07	45nm	410 meg	vi MB	64 GB	1333 MHz	Servers
Intel® Xeon™ Processor	iii.66 - iii.sixteen GHz	Mar-05	90nm	125 million	1024 kB L2 Enshroud		667 MHz	Server
Intel® Xeon™ Processor MP	3.66 - 2.66 GHz	Mar-05	90nm	675 million	4 MB and 8MB L3 Cache	1024 GB	667 MHz	Dorsum-cease servers
Intel® Xeon™ Processor	3.60-2.80 GHz	Feb-05	90nm	169 million	2048 kB L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor	three.60-two.80 GHz	Jun-04	90nm	125 meg	1024 kB L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	iii-one.l GHz	Nov-02	90nm	178 and 286 million	1024 kB L2 Enshroud		400 MHz	Multi-processing mid-tier and back-finish servers
Intel® Xeon™ Processor	3.xx-1.fourscore GHz	Jan-02	0.13 micron	55 million	i MB L2 Cache		533 MHz 400 MHz	Server
Intel® Xeon™ Processor MP	1.60 - 1.twoscore GHz	Mar-02	0.18 micron	110 meg	512 kB and 1 MB L3 Enshroud		400 MHz	Multi-processing mid-tier and back-cease servers
Intel® Xeon™ Processor	ii-ane.forty GHz	May-01	0.18 micron	42 million	256 kB L2 Cache		400 MHz	High-performance and mid-range dual processor enabled workstations and servers
Intel® Xeon™ Processor MP	3.threescore GHz	Feb-05	90nm		2 MB Integrated L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	iii.40 GHz	February-05	90nm		2 MB Integrated L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	3.20 GHz	February-05	90nm		two MB Integrated L2 Enshroud		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	3.00 GHz	February-05	90nm		2 MB Integrated L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	3 GHz ii.70 GHz 2.20 GHz	Mar-04	0.xiii-micron	286 1000000	4 MB, 2MB Integrated L3 Cache		400 MHz	Multi-processing mid-tier and back-end servers
Intel® Xeon™ Processor MP	2.80 GHz ii.50 GHz 2 GHz	Jun-02	0.13-micron	178 1000000	2 MB, 1MB Integrated L3 Cache		400 MHz	Multi-processing mid-tier and back-end servers
Intel® Xeon™ Processor MP	2 GHz one.90 GHz 1.l GHz	November-02	0.13-micron	178 1000000	2 MB, one MB Integrated L3 Cache		400 MHz	Multi-processing mid-tier and dorsum-stop servers
Intel® Xeon™ Processor MP	1.60 GHz 1.50 GHz one.twoscore GHz	Mar-02	0.eighteen-micron	108 million	256 KB Adv. Transfer L2 Cache viii KB Execution Trace L1 Enshroud		400 MHz	Multi-processing mid-tier and back-end servers
Intel® Xeon™ Processor MP	3.60 GHz	Jun-04	90nm		one MB Integrated L2 Enshroud		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	3.forty GHz	Jun-04	90nm		1 MB Integrated L2 Enshroud		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	three.xx GHz	Jun-04	90nm		1 MB Integrated L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	three.00 GHz	Jun-04	90nm		1 MB Integrated L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor MP	ii.80 GHz	Jun-04	90nm		i MB Integrated L2 Cache		800 MHz	Workstations and servers
Intel® Xeon™ Processor	3.xx GHz	Oct-03	0.13-micron	178 million	two MB L3 Cache		533 MHz	Workstations and servers
Intel® Xeon™ Processor	iii.06 GHz	Jul-03	0.thirteen-micron	178 million	1 MB L3 Cache		533 MHz	Workstations and servers
Intel® Xeon™ Processor	3.06 GHz	Mar-03	0.13-micron	55 million	512 KB L2 Cache		533 MHz	Workstations and servers
Intel® Xeon™ Processor	2.lxxx GHz 2.66 GHz 2.40 GHz 2 GHz	Nov-02	0.13-micron	55 meg	512 KB L2 Enshroud		533 MHz	Workstations and servers
Intel® Xeon™ Processor	ii.eighty GHz 2.60 GHz 2.40 GHz 2.xx GHz 2 GHz 1.fourscore GHz	Jan-02	0.13-micron	55 million	512 KB Advanced Transfer L2 Cache		400 MHz	High-performance and mid-range dual processor enabled workstations and servers.
Intel® Xeon™ Processor	2 GHz i.70 GHz 1.50 GHz 1.40 GHz	May-01	0.18-micron	42 meg	256 KB Advanced Transfer L2 Cache		400 MHz	High-performance and mid-range dual processor enabled workstations and servers.

Back to top

Intel® Pentium® iv Processor

Desktop
Processor	Clock Speed(s)	Intro Appointment(s)	Mfg. Process	Transistors	Enshroud	Addressable Memory	Bus Speed	Typical Use
Intel® Pentium® 4 Processor 6X1	iii.80 - 3 GHz	Jan-06	65nm	118 million	2048 kB L2 Enshroud	64 GB	800 MHz	Desktop PC
Intel® Pentium® 4 Processor 662 and 672	3.eighty - 3.lx GHz	Nov-05	90nm	169 one thousand thousand	2048 kB L2 Cache	64 GB	800 MHz	Desktop PC
Intel® Pentium® 4 Processor 600	3.eighty - 3 GHz	February-05	90nm	169 million	2048 kB L2 Cache	64 GB	800 MHz	Desktop PC
Intel® Pentium® iv Processor Extreme Edition	3.73 GHz	Feb-05	90nm	169 million	2048 kB L2 Enshroud	64 GB	1066 MHz	Gaming and Calculating Enthusiasts
Intel® Pentium® 4 Notebook Processor	3.46 - 2.80 GHz	Jun-04	90nm	125 million	1024 kB L2 Cache	4 GB	533 MHz	Mobile PC
Intel® Pentium® iv Processor	3.80-2.xl GHz	Feb-04	90nm	125 million	1024 kB L2 Cache	4 GB	800 MHz 533 MHz	Desktop PC
Intel® Pentium® 4 Processor Farthermost Edition	3.46-3.20 GHz	Nov-03	0.13 micron	178 million	2 MB L3 Enshroud	four GB	1066 MHz 800 MHz	Gaming and Computing Enthusiasts
Intel® Pentium® 4 Notebook Processor	3.xx-i.xl GHz	Mar-02	0.thirteen micron	55 meg	512 kB L2 Cache	4 GB	533 MHz 400 MHz	Mobile PC
Intel® Pentium® 4 Processor	3.twoscore-1.fourscore GHz	Aug-01	0.13 micron	55 million	512 kB L2 Cache	4 GB	800 MHz 533 MHz 400 MHz	Desktop PC
Intel® Pentium® 4 Processor	2-1.30 GHz	Nov-00	0.xviii micron	42 million	256 kB L2 Cache	4 GB	400 MHz
Intel® Pentium® 4 Processor Extreme Edition supporting HT Technology	iii.73 GHz	February-05	90nm	169 meg	2 MB L2 Cache	64 GB	1066 MHz	Gaming and Computing Enthusiasts
Intel® Pentium® four Processor Extreme Edition supporting HT Engineering	3.46 GHz	November-04	0.13-micron	178 million	2 MB L3 Enshroud; 512 KB L2 Cache		1066 MHz	Gaming and Computing Enthusiasts
Intel® Pentium® 4 Processor Extreme Edition supporting HT Technology	3.xl GHz three.xx GHz	Nov-03	0.13-micron	178 million	ii MB L3 Cache; 512 KB L2 Cache		800 MHz	Gaming and Computing Enthusiasts
Intel® Pentium® iv Processor supporting HT Engineering science 660-630	3.sixty-3 GHz	Feb-05	90nm	169 1000000	two MB L2 Cache		800 MHz	Desktop PC
Intel® Pentium® four Processor supporting HT Technology 570 560 550 540 530 520	3.80 GHz 3.sixty GHz 3.40 GHz iii.20 GHz 3 GHz 2.eighty GHz	Jun-04	90nm	125 million	1 MB L2 Cache		800 MHz	Desktops and entry-level workstations
Intel® Pentium® 4 Processor supporting HT Technology	3.xl GHz 3.20E GHz 3E GHz 2.80E GHz	Feb-04	90nm	125 million	1 MB L2 Cache		800 MHz	Desktops and entry-level workstations
Intel® Pentium® 4 Processor supporting HT Applied science	3.twoscore GHz 3.xx GHz two.80C GHz ii.60C GHz 2.40C GHz	May-03	0.13-micron	55 million	512 KB Advanced Transfer L2 Cache		800 MHz	Desktops and entry-level workstations
Intel® Pentium® four Processor supporting HT Technology	3 GHz	Apr-03	0.xiii-micron	55 one thousand thousand	512 KB Advanced Transfer L2 Cache		800 MHz	Desktops and entry-level workstations
Intel® Pentium® 4 Processor supporting HT Technology	3.06 GHz	Nov-02	0.13-micron	55 one thousand thousand	512 KB Advanced Transfer L2 Cache		533 MHz	Desktops and entry-level workstations
Intel® Pentium® four Processor	two.80 GHz 2.66 GHz 2.53 GHz 2.twoscore GHz 2.26 GHz	May-02	0.13-micron	55 million	512 KB Advanced Transfer L2 Cache		533 MHz	Desktops and entry-level workstations
Intel® Pentium® 4 Processor	2.60 GHz 2.50 GHz ii.40 GHz 2.20 GHz ii GHz	Aug-01	0.13-micron	55 meg	512 KB Advanced Transfer L2 Cache		400 MHz	Desktops and entry-level workstations
Intel® Pentium® four Processor	2 GHz one.xc GHz i.eighty GHz 1.lxx GHz 1.lx GHz one.l GHz 1.40 GHz	Nov-00	0.eighteen-micron	42 million	256 KB Advanced Transfer L2 Enshroud		400 MHz	Desktops and entry-level workstations

Back to superlative

Mobile
Processor	Clock Speed(s)	Intro Date(south)	Mfg. Procedure/ Transistors	Cache	Charabanc Speed	Voltage	Thermal Design Power (TDP)	Typical Use
Mobile Intel® Pentium® iv Processor supporting HT Technology 552 548	3.46 GHz 3.33 GHz	Sep-04	90nm 125 one thousand thousand	1 MB L2 Cache	533 MHz	ane.40V / one.15V Battery Optimized	88 Due west	Total size and desktop replacement Mobile PC
Mobile Intel® Pentium® 4 Processor supporting HT Technology 538	3.twenty GHz	Jun-04	90nm 125 million	1 MB L2 Cache	533 MHz	1.40V / 1.15V Battery Optimized	88 W	Full size and desktop replacement Mobile PC
Mobile Intel® Pentium® iv Processor supporting HT Technology 532	iii.06 GHz	Jun-04	90nm 125 million	1 MB L2 Cache	533 MHz	ane.40V / one.15V Battery Optimized	88 W	Full size and desktop replacement Mobile PC
Mobile Intel® Pentium® 4 Processor supporting HT Technology 518	two.lxxx GHz	Jun-04	90nm 125 million	i MB L2 Cache	533 MHz	1.40V / ane.15V Battery Optimized	88 Westward	Full size and desktop replacement Mobile PC
Mobile Intel® Pentium® 4 Processor supporting HT Technology	3.20 GHz 3.06 GHz	Sep-03	0.13-micron 55 million	512 KB L2 Cache	533 MHz	one.55 volts / 1.20 volts Bombardment Optimized	76 W	Total size and desktop replacement Mobile PC
Mobile Intel® Pentium® 4 Processor supporting HT Technology	2.fourscore GHz	Sep-03	0.13-micron 55 million	512 KB L2 Cache	533 MHz	1.525 volts / ane.20 volts Bombardment Optimized	76 West	Full size and desktop replacement Mobile PC
Mobile Intel® Pentium® four Processor supporting HT Engineering science	2.66 GHz	Sep-03	0.13-micron 55 million	512 KB L2 Cache	533 MHz	1.525 volts / ane.20 volts Battery Optimized	76 W	Full size and desktop replacement Mobile PC
Mobile Intel® Pentium® 4 Processor-Thou	two.60 GHz 2.l GHz 2.40 GHz two.xx GHz 2 GHz 1.90 GHz i.80 GHz 1.70 GHz 1.threescore GHz 1.50 GHz 1.40 GHz	Mar-02	0.13-micron 55 million	512 KB L2 Enshroud	400 MHz	1.3 volts in Max. Perf. Fashion 1.two volts in Battery Optimized Mode	NA	Full-size and sparse & light Mobile PC
Mobile Intel® Pentium® four Processor	3.06 GHz	Jun-03	0.13-micron 55 million	512 KB L2 Cache	533 MHz	1.55 volts / 1.20 volts Battery Optimized	76 Due west	Full size and desktop replacement Mobile PC
Mobile Intel® Pentium® 4 Processor	ii.fourscore GHz 2.66 GHz 2.forty GHz	Jun-03	0.13-micron 55 meg	512 KB L2 Cache	533 MHz	i.525 volts/ 1.twenty volts Battery Optimized	76 W	Total size and desktop replacement Mobile PC

Back to top

Practical Computing
Processor	Clock Speed(south)	Intro Date(s)	Mfg. Process/ Transistors	Cache	Charabanc Speed	Typical Use
Intel® Pentium® 4 Processor for Applied Calculating	2.40 GHz	Jun-02	0.xiii-micron 55 million	5512 KB L2 Cache	400 MHz 533 MHz	Applied computing, communications, interactive client and industrial automation applications.
Mobile Intel® Pentium® iv Processor-G for Practical Computing	1.70 GHz	Jun-02	0.thirteen-micron 55 million	512 KB L2 Cache	400 MHz 533 MHz	Applied computing, communications, interactive client and industrial automation applications.

Back to tiptop

Intel® Pentium® Three Processor

Desktop
Processor	Clock Speed(southward)	Intro Date(s)	Mfg. Procedure	Transistors	Enshroud	Addressable Retention	Double-decker Speed	Typical Use
Intel® Pentium® III Processor	i.40 - 1.xiii GHz	Jan-02	0.thirteen micron	44 million	512 kB L2 Cache	64 GB	133 MHz	Business and consumer Mobile PC
Intel® Pentium® 3 Notebook Processor Thou	one.33 GHz - 700 MHz	Jul-01	0.13 micron	44 meg	512 kB L2 Cache	64 GB	133 MHz	Total-size and thin & lite Mobile PC
Intel® Pentium® III Notebook Processor	i GHz - 400 MHz	October-99	0.xviii micron	28.1 one thousand thousand	256 kB L2 Cache	four GB	100 MHz	Full-size and thin & light Mobile PC
Intel® Pentium® Three Processor	1.13 GHz - 500 MHz	Oct-99	0.18 micron	28.1 million	256 kB L2 Cache	iv GB	133 100 MHz	Full-size and thin & light Mobile PC
Intel® Pentium® III Processor	600 - 450 MHz	Feb-99	0.25 micron	9.v meg	512 kB L2 Cache	4 GB	133 100 MHz	Business organisation, consumer PCs;1- and 2-way servers and workstations
Intel® Pentium® III Processor	1 GHz 933 MHz 866 MHz 850 MHz	May-00	0.18-micron	28 million	256 KB Advanced Transfer Cache		100 MHz 133 MHz	Business, consumer PCs; one- and two-way servers and workstations
Intel® Pentium® III Processor	733 MHz 700 MHz 667 MHz 650 MHz 600 MHz 550 MHz 533 MHz 500 MHz	Oct-99	0.18-micron	28 million	256 KB Advanced Transfer Cache		100 MHz 133 MHz	Business, consumer PCs; i- and 2-way servers and workstations
Intel® Pentium® Three Processor	600 MHz 550 MHz 500 MHz 450 MHz	Feb-99	0.25-micron	.5 million	512 KB		100 MHz	Concern, consumer PCs; 1- and 2-style servers and workstations

Back to top

Server
Processor	Clock Speed(due south)	Intro Date(south)	Mfg. Process/ Transistors	Enshroud	Bus Speed	Typical Use
Intel® Pentium® Three Processor for servers	one.40 GHz	January-02	0.13-micron 44 million	512 KB Avant-garde Transfer Cache	133 MHz	Rack-mounted and pedestal forepart-terminate application servers; ultra-dumbo servers

Dorsum to acme

Ultra-Low Voltage
Processor	Clock Speed(southward)	Intro Appointment(southward)	Mfg. Process/ Transistors	Cache	Double-decker Speed	Core Voltage	Wattage	Typical Use
Ultra Low Voltage Mobile Intel® Pentium® Iii Processor-Chiliad	933 MHz / 400 MHz Battery Optimized	Jan-03	0.13-micron 55 1000000	512 KB Advanced Transfer Enshroud	133 MHz	i.1V Max. Performance 0.95V Battery Optimized	<0.5 Battery Optimized	Mini- and Sub-notebooks, Ultra-dense blade servers
Ultra Low Voltage Mobile Intel® Pentium® III Processor-M	900 MHz / 400 MHz Battery Optimized	Jan-03	0.13-micron 55 million	512 KB Advanced Transfer Cache	100 MHz	1.1V Max. Performance 0.95V Battery Optimized	<0.five Battery Optimized	Mini- and Sub-notebooks, Ultra-dense blade servers
Ultra Low Voltage Mobile Intel® Pentium® III Processor-M	866 MHz / 400 MHz Bombardment Optimized	Sept-02	0.13-micron 55 million	512 KB Avant-garde Transfer Enshroud	133 MHz	one.1V Max. Performance 0.95V Battery Optimized	<0.5 Battery Optimized	Mini- and Sub-notebooks, Ultra-dense bract servers
Ultra Depression Voltage Mobile Intel® Pentium® III Processor-M	850 MHz / 400 MHz Battery Optimized	Sept-02	0.13-micron 44 million	512 KB Advanced Transfer Cache	100 MHz	1.1V Max. Performance 0.95V Battery Optimized	<0.5 Battery Optimized	Mini- and Sub-notebooks, Ultra-dense bract servers
Ultra Depression Voltage Mobile Intel® Pentium® III Processor	800 MHz / 400 MHz Battery Optimized	Apr-02	0.13-micron 44 million	512 KB Advanced Transfer Cache	133 MHz	1.5V in Max. Perf. Mode ane.05V in Battery Optimized Fashion	<0.5 watts in Battery Optimized Fashion	Mini- and Sub-notebooks
Ultra Low Voltage Mobile Intel® Pentium® III Processor-1000	800 MHz / 400 MHz Battery Optimized	Apr-02	0.13-micron 44 meg	512 KB Advanced Transfer Enshroud	100 MHz	1.5V in Max. Perf. Way one.05V in Bombardment Optimized Mode	<0.five watts in Bombardment Optimized Mode	Mini- and Sub-notebooks, Ultra-dense blade servers
Ultra Depression Voltage Mobile Intel® Pentium® III Processor 512K	700 MHz	Nov-001	0.13-micron 44 million	512 KB L2 Enshroud	100 MHz	1.1V		Ultra-dense servers
Ultra Depression Voltage Mobile Intel® Pentium® III Processor Featuring Intel® SpeedStep™ Technology	750 MHz / 350 MHz Battery Optimized	Jan-02	0.13-micron 44 million	512 KB Avant-garde Transfer Cache	133 MHz	ane.1V / <0.95V Battery Optimized	<0.5 watt Bombardment Optimized	Business organisation and consumer Mobile PC
Ultra Low Voltage Mobile Intel® Pentium® Iii Processor Featuring Intel® SpeedStep™ Technology	750 MHz 500 MHz	Jan-01	0.13-micron 44 meg	256 KB Avant-garde Transfer Cache	100 MHz	1.1V at 600, 500 MHz <1V Battery Optimized	<1 watt at 600, 500 MHz < 0.5 watt at 300 MHz	Business and consumer Mobile PC

Back to top

Low Voltage Mobile Intel® Pentium® Three Processor-Thousand Featuring Intel® SpeedStep™ Technology	1 GHz / 533 MHz Battery Optimized 933 MHz / 533 MHz Battery Optimized 866 MHz / 533 MHz Battery Optimized 850 MHz / 500 MHz Battery Optimized	Sep-02 1 GHzApr. 17, 2002 933 MHzJanuary. 21, 2002 866 MHz 850 MHz	0.xiii-micron 44 1000000	512 KB Advanced Transfer Enshroud	133 MHz	i.15V / one.05V Battery Optimized	<1 watt Battery Optimized	Business and Consumer Mobile PC
Low Voltage Mobile Intel® Pentium® III Processor Featuring Intel® SpeedStep™ Technology	750 MHz / 500 MHz Battery Optimized 700 MHz / 500 MHz Battery Optimized 600 MHz / 500 MHz Battery Optimized	May 21-01 750 MHzFeb. 27, 2001 700 MHzJun. 19, 2000 600 MHz	0.xviii-micron 28 million	256 KB Avant-garde Transfer Cache	100 MHz	i.1V Battery Optimized	<ane watt Battery Optimized	Business and Consumer Mobile PC

Dorsum to top

Mobile
Processor	Clock Speed(s)	Intro Engagement(s)	Mfg. Process/ Transistors	Cache	Jitney Speed	Core Voltage	Wattage	Typical Apply
Mobile Intel® Pentium® Iii Processor-G	i.33 GHz 1.26 GHz	Sep-02	0.13-micron 44 million	512 KB L2 Enshroud	133 MHz	1.4V / 1.15V Battery Optimized	<one.v watts Battery Optimized	Full-size and thin & light Mobile PC
Mobile Intel® Pentium® III Processor-Chiliad	1.20 GHz one.13 GHz 1.06 GHz 1 GHz	Jul-01	0.xiii-micron 44 million	512 KB L2 Cache	133 MHz	i.4V / i.15V Battery Optimized	<2 watts Battery Optimized	Full-size and sparse & light Mobile PC
Mobile Intel® Pentium® Three Processor-M	933 MHz 866 MHz	Jul-01	0.xiii-micron 28 1000000	512 KB L2 Cache	133 MHz	1.15V / 1.05V Battery Optimized	<1 watt Battery Optimized	Full-size and thin & low-cal Mobile PC
Mobile Intel® Pentium® III Processor Featuring Intel® SpeedStep™ Engineering	1 GHz 900 MHz 850 MHz 800 MHz 750 MHz	Jun-00	0.18-micron 28 million	256 KB Advanced Transfer Cache	100 MHz	1.35V / ane.05V Bombardment Optimized	<2 watts Battery Optimized	Full-size and sparse & light Mobile PC
Mobile Intel® Pentium® III Processor Featuring Intel® SpeedStep™ Technology	700 MHz / 550 MHz Battery Optimized 650 MHz / 500 MHz Battery Optimized 600 MHz / 500 MHz Battery Optimized	Jan-00	0.18-micron 28 1000000	256 KB Advanced Transfer Cache	100 MHz	1.35V	<ii watts Battery Optimized	Full-size and thin & light Mobile PC
Mobile Intel® Pentium® III Processor	500 MHz 450 MHz 400 MHz	Oct-99	0.xviii-micron 28 million	256 KB Advanced Transfer Cache	100 MHz	1.6V 500 MHz 450 MHz1.35V 400 MHz	n/a	Full-size and thin & light Mobile PC

Back to top

Practical Computing
Processor	Clock Speed(s)	Intro Date(south)	Mfg. Process/ Transistors	Cache	Bus Speed	Cadre Voltage	Addressable Memory	Typical Utilize
Low Voltage Intel® Pentium® III Processor for Applied Computing	700 MHz	Mar-01	0.eighteen-micron 28 million	256 KB Advanced Transfer Cache	100 MHz	1.35V	64 GB	Small course factor boards, rack mount communications applications

Back to top

Intel® Celeron® Processor

Desktop
Processor	Clock Speed(due south)	Intro Date(s)	Mfg. Process	Transistors	Addressable Memory	Enshroud	Motorbus Speed	Typical Use
Intel® Celeron® Processor 723	ane.two GHz	Aug-08	45nm	205 million	64 GB	1 MB	800 MHz	Mobile PC
Intel® Celeron® Dual-Core Processor E1400	2 GHz	April-08	65nm	210 million	64 GB	512 kB L1 Enshroud	800 MHz	Desktop PC
Intel® Celeron® Processor 570	2.66 GHz	April-08	65nm	105 meg	64 GB	one MB L1 Cache	533 MHz	Mobile PC
Intel® Celeron® Processor	300 - 200 MHz	Apr-98	0.25 micron	7.v million	four GB	16 kB L1 Enshroud	66 MHz	Value PC
Intel® Celeron® Processor	533-300 MHz	Aug-98	0.25 micron	19 million	4 GB	128 kB L2 Cache	66 MHz	Value PC
Intel® Celeron® Notebook Processor	466 - 266 MHz	Jan-99	0.25 micron	18.9 meg	iv GB	128 kB L2 Cache	66 MHz	Value Mobile PC
Intel® Celeron® Processor	1.10 GHz - 533 MHz	Mar-00	0.18 micron	28.i million	four GB	128 kB L2 Cache	100 MHz 66 MHz	Value PC
Intel® Celeron® Notebook Processor	933-450 MHz	February-00	0.18 micron	28.1 one thousand thousand	iv GB	128 kB L2 Cache	133 MHz 100 MHz	Value Mobile PC
Intel® Celeron® Processor	1.forty GHz - 900 MHz	October-01	0.thirteen micron	44 meg	64 GB	256 kB L2 Cache	100 MHz	Value PC
Intel® Celeron® Notebook Processor	1.33 GHz - 650 MHz	Jan-02	0.xiii micron	44 one thousand thousand	64 GB	256 kB L2 Enshroud	133 100 MHz	Value Mobile PC
Intel® Celeron® Processor	1.fourscore - 1.70 GHz	May-02	0.18 micron	42 one thousand thousand	4 GB	128 kB L2 Cache	400 MHz	Value PC
Intel® Celeron® Processor	ii.80-two GHz	Sep-02	0.13 micron	55 one thousand thousand	4 GB	128 kB L2 Cache	400 MHz	Value PC
Intel® Celeron® Notebook Processor	two.50-i.20 GHz	Jun-02	0.15 micron	55 million	four GB	256 kB L2 Cache	400 MHz	Value PC
Intel® Celeron® D Processor	3.06-two.26 GHz	Jun-04	90nm	125 1000000	four GB	256 kB L2 Enshroud	533 MHz	Value and Desktop PC
Intel® Celeron® Thousand Processor	1.l-0.80 GHz	Jan-04	0.13 micron	77 meg	4 GB	512 kB L2 Cache	400 MHz	Value Mobile PC
Intel® Celeron® M Processor	1.fifty-0.90 GHz	Jul-04	90nm	140 million	4 GB	1024 kB L2 Cache	400 MHz	Value Mobile PC
Intel® Celeron® D Processor 351	3.twenty GHz	Jun-05	65-micron	188 one thousand thousand	64 GB	256 KB L2 Cache	533 MHz	Value Desktop PC
Intel® Celeron® Processor	ii.eighty GHz 2.70 GHz	Sep-03	0.xiii-micron			128 KB L2 Cache	400 MHz	Value and Mobile PC
Intel® Celeron® Processor	ii.forty GHz 2.30 GHz 2.20 GHz two.10 GHz	Nov-02	0.xiii-micron			128 KB L2 Cache	400 MHz	Value PC
Intel® Celeron® Processor	2 GHz	Sep-02	0.13-micron			128 KB L2 Cache	400 MHz	Value PC
Intel® Celeron® Processor	1.80 GHz 1.70 GHz	May-02	0.xviii-micron			128 KB L2 Cache	400 MHz	Value PC
Intel® Celeron® Processor	one.40 GHz 1.xxx GHz 1.twenty GHz	October-01	0.13-micron			256 KB L2 Cache	100 MHz	Value PC
Intel® Celeron® Processor	1.10 GHz i GHz 950 MHz 990 MHz 850 MHz 800 MHz	January-01	0.18-micron			128 KB L2 Cache	100 MHz	Value PC
Intel® Celeron® Processor	766 MHz 733 MHz 700 MHz 667 MHz 633 MHz 600 MHz 566 MHz	Mar-00	0.18-micron			128 KB L2 Cache	66 MHz	Value PC
Intel® Celeron® Processor	533 MHz 500 MHz 466 MHz 433 MHz 400 MHz 366 MHz 333 MHz 300 MHz	Aug-98	0.25-micron	19 1000000		128 KB L2 Cache	66 MHz	Value PC
Intel® Celeron® Processor	300 MHz 266 MHz	April-98	0.25-micron	7.5 million		NA	66 MHz	Value PC

Back to peak

Ultra Low Voltage
Processor	Clock Speed(s)	Intro Date(s)	Mfg. Procedure/ Transistors	Addressable Memory	Cache	Passenger vehicle Speed	Core Voltage	Thermal Design Power (TDP)	Typical Use
Intel® Celeron® M ULV Processor 443/423	1.twenty/one.06 GHz	Mar-06	65nm / 151 million	64 GB	1 MB	533 MHz			Value and Mobile PC
Intel® Celeron® M processor Ultra-Low Voltage	1 GHz	January-05	90nm / 140 million	64 GB	512 KB L2 Enshroud	400 MHz	0.94 V	5W	Value and Mobile PC
Intel® Celeron® One thousand processor Ultra-Depression Voltage 353	900 MHz	Jul-04	90nm / 140 million	64 GB	512 KB L2 Cache	400 MHz	0.94 5	5W	Value and Mobile PC
Ultra Depression Voltage Intel® Celeron® Thou processor 383-333	0.90-1 GHz	Mar-04	130nm / 140 million	64 GB	512 KB/1 MB	400 MHz			Business organisation and consumer Mobile PC
Intel® Celeron® M ULV Processor	800-600 MHz	Jan-03	0.xiii micron / 44 million	4 GB	512 KB	400 MHz			Value ultra thin Notebook
Intel® Celeron® Chiliad ULV Processor 523	933 MHz	Sept-07	65nm / 291 one thousand thousand	64 GB	ane MB	533 MHz			Value ultra sparse Notebook
Ultra Depression Voltage Mobile Intel® Celeron® Processor	800 MHz 733 MHz 700 MHz 650 MHz	Jan-02	130nm / 140 one thousand thousand	64 GB	256 KB L2 Cache	133 MHz	1.ane volts	NA	Business and consumer Mobile PC
Ultra Depression Voltage Intel® Mobile Celeron® Processor	600 MHz 500 MHz	January-01	0.18-micron	64 GB	128 KB L2 Cache	100 MHz	one.1 volts	NA	Business concern and consumer Mobile PC

Back to pinnacle

Low Voltage
Processor	Clock Speed(s)	Intro Engagement(southward)	Mfg. Process/ Transistors	Cache	Bus Speed	Core Voltage	Thermal Design Power (TDP)	Typical Use
Low Voltage Mobile Intel® Celeron® Processor	866 MHz 733 MHz	Apr-02	0.13-micron	256 KB L2 Cache	100 MHz	1.fifteen volts	NA	Value ultra-portable Mobile PC
Low Voltage Mobile Intel® Celeron® Processor	600 MHz	May-01	0.18-micron	256 KB L2 Cache	100 MHz	1.35 volts	NA	Value ultra-portable Mobile PC

Back to top

Mobile
Processor	Clock Speed(southward)	Intro Engagement(due south)	Mfg. Process	Transistors	Addressable Retentiveness	Cache	Bus Speed	Core Voltage	Thermal Blueprint Power (TDP)	Typical Use
Intel® Celeron® Chiliad processor 450-430	1.73-two GHz	Mar-06	65nm	151 one thousand thousand	64 GB	ane MB	400 MHz			Value Notebook
Intel® Celeron® Yard processor 420/410 (EOL May 07)	1.threescore - 1.46 GHz	Mar-06	65nm	151 million	64 GB	1 MB	400 MHz			Value Notebook
Intel® Celeron® M Processor 390-310	1.70-one.20 GHz	Mar-04	130/90nm	140 million	64 GB	512KB/1MB	400 MHz			Value Notebook
Intel® Celeron® K processor 383-333	0.90-1 GHz	Mar-04	130/90nm	140 million		512KB/1MB	400 MHz	0.94 V		Value Notebook
Intel® Celeron® Processor	ii.40 GHz 2.30 GHz 2.twenty GHz	Jun-03	0.thirteen-micron			128 KB L2 Enshroud	400 MHz	i.3 volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	ii.l GHz 2.40 GHz ii.twenty GHz 2 GHz 1.80 GHz 1.70 GHz 1.60 GHz 1.26 GHz	Sep-02	0.13-micron			256 KB L2 Cache	400 MHz	1.three volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	one.50 GHz 1.40 GHz 1.33 GHz	Jun-02	0.13-micron			256 KB and 128 KB L2 Cache	400 MHz and 133 MHz	1.4 volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	1 GHz	April-02	0.thirteen-micron			256 KB L2 Cache	133 MHz	1.4 volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	one.xx GHz 1.13 GHz 1.06 GHz	January-02	0.xiii-micron			256 KB L2 Cache	133 MHz	1.45 volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	850 MHz 800 MHz 750 MHz 700 MHz 650 MHz 600 MHz 550 MHz 500 MHz 450 MHz	February-00	0.18-micron			128 KB L2 Cache	100 MHz	1.half dozen volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	466 MHz 433 MHz	Sep-99	0.25-micron	xviii.9 meg		128 KB L2 Cache		1.9 volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	400 MHz	Jun-99	0.25-micron	18.9 million		128 KB L2 Cache		one.half dozen volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	366 MHz	May-99	0.25-micron	18.9 1000000		128 KB L2 Enshroud		1.half dozen volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	333 MHz	April-99	0.25-micron<	18.9 million		128 KB L2 Cache		1.6 volts	NA	Value Mobile PC
Mobile Intel® Celeron® Processor	266 MHz 333 MHz	Jan-99	0.25-micron	18.9 meg		128 KB L2 Cache		1.6 volts	NA	Value Mobile PC

Back to top

Intel® Pentium® 3 Xeon™ Processor

Processor	Clock Speed(s)	Intro Date(s)	Mfg. Processs	Transistors	Cache	Addressable Memory	Bus Speed	Typical Utilize
Intel® Pentium® III Xeon™ Processor	900 MHz	Mar-01	0.18-micron	28 million	2 MB Advanced Transfer L2 Cache	64 GB	100 MHz	Loftier-end servers, 4- and 8-mode multiprocessing systems
Intel® Pentium® Three Xeon™ Processor	933 MHz	May-00	0.xviii-micron	28 million	256 KB Avant-garde Transfer L2 Cache	64 GB	133 MHz	Business organization and consumer PCs, ane- and 2-mode servers and workstations
Intel® Pentium® III Xeon™ Processor	700 MHz	May-00	0.18-micron	28 million	1 MB and ii MB Avant-garde Transfer L2 Cache	64 GB	100 MHz	4- and viii-mode servers
Intel® Pentium® Iii Xeon™ Processor	866 MHz 800 MHz 733 MHz 667 MHz 600 MHz	Oct-99	0.18-micron	28 meg	256 KB Avant-garde Transfer L2 Cache	64 GB	133 MHz	ii-way servers and workstations
Intel® Pentium® 3 Xeon™ Processor	550 - 500 MHz	Mar-99	0.25-micron	9.5 one thousand thousand	512 KB, 1 MB and ii MB L2 Cache	64 GB	100 MHz	Business PCs, 2-, 4- and 8-way (and higher) servers and workstations
Intel® Pentium® 3 Xeon™ Processor	ane GHz - 600 MHz	October-99	0.18-micron	28 million	256 kB, 512 kB, 1 MB and 2 MB L2 Cache	64 GB	133 MHz 100 MHz	2-way servers and workstations

Back to pinnacle

Intel® Pentium® Two Xeon™ Processor

Processor	Clock Speed(s)	Intro Date(due south)	Mfg. Process	Transistors	Cache	Addressable Memory	Double-decker Speed	Typical Employ
Intel® Pentium® 2 Xeon™ Processor	450 MHz	Jan-99	0.25-micron	vii.5 million	512 KB 1 MB 2 MB	64 GB	100 MHz	4-way servers and workstations
Intel® Pentium® Two Xeon™ Processor	450 MHz	Oct-98	0.25-micron	7.5 million	512 KB	64 GB	100 MHz	Dual-processor servers and workstations
Intel® Pentium® Ii Xeon™ Processor	450-400 MHz	Jun-98	0.25-micron	7.5 meg	512 KB, one MB and 2 MB L2 Cache	64 GB	100 MHz	Midrange and college servers and workstations

Back to top

Intel® Pentium® Two Processor

Desktop
Processor	Clock Speed(south)	Intro Date(s)	Mfg. Process	Transistors	Cache	Adderssable Retention	Double-decker Speed	Typical Use
Intel® Pentium® Ii Processor	300 - 233 MHz	May-97	0.35 micron	7.v million	512 kB L2 Enshroud	64 GB	66 MHz	High-end business organisation desktops, workstations and servers
Intel® Pentium® II Processor	450-333 MHz	January-98	0.25 micron	7.5 million	512 kB L2 Cache	64 GB	100 MHz 66 MHz	High-end business organisation desktops, workstations and servers
Intel® Pentium® Ii Notebook Processor	300-233 MHz	Apr-98	0.25 micron	7.v 1000000	512 kB L2 Cache	64 GB	66 MHz	Mobile PC
Intel® Pentium® II Notebook Processor	400-266 MHz	Jan-99	0.25 and 0.xviii micron	27.4 1000000	256 kB L2 Cache	64 GB	100 MHz 66 MHz	Mobile PC
Intel® Pentium® II Processor	450 MHz	Aug-98	0.25-micron	seven.v million	512 KB	100 MHz		Business and consumer PCs; ane- and two-mode servers and workstations.
Intel® Pentium® II Processor	400 MHz 350 MHz	Apr-98	0.25-micron	seven.five one thousand thousand	512 KB	100 MHz		Business and consumer PCs; 1- and 2-way servers and workstations.
Intel® Pentium® 2 Processor	333 MHz	Jan-98	0.25-micronM	7.v million	512 KB	66 MHz		Business and consumer PCs; 1- and 2-fashion servers and workstations.
Intel® Pentium® Two Processor	300 MHz 266 MHz 233 MHz	May-97	0.35-micron	7.v million	512 KB			Loftier-end business desktops, workstations and servers.

Back to top

Mobile
Processor	Clock Speed(s)	Intro Engagement(due south)	Mfg. Procedure/ Transistors	Enshroud	Bus Speed	Core Voltage	Wattage	Typical Use
Intel® Mobile Pentium® II Processor	400 MHz	June fourteen, 1999	0.xviii-micron 27.four million	256 KB		1.v volts	7.5 watts	Mobile PC
Intel® Mobile Pentium® II Processor	400 MHz	June fourteen, 1999	0.25-micron 27.4 million	256 KB		1.55 volts	8.7 watts	Mobile PC
Intel® Mobile Pentium® Ii Processor	366 MHz 333 MHz 300 MHz 266 MHz	Jan. 25, 1999	0.25-micron 27.4 million	256 KB		one.6 volts	nine.five watts	Mobile PC
Intel® Mobile Pentium® Two Processor	300 MHz	Sept. 9, 1998	0.25-micron seven.five million	512 KB		1.half dozen volts	9.0 watts	Mobile PC
Intel® Mobile Pentium® II Processor	266 MHz 233 MHz	Apr. ii, 1998	0.25-micron 7.5 1000000	512 KB		1.7 volts	8.half-dozen and 7.five watts	Mobile PC

Back to top

Intel® Pentium® Pro Processor

Processor	Clock Speed(southward)	Intro Date(due south)	Mfg. Process/ Transistors	Cache	Bus Speed	Typical Use
Intel® Pentium® Pro Processor	200 - 150 MHz	Nov, 1995	0.six and 0.35 micron v.5 1000000	256 kB, 512 kB and 1 MB L2 Enshroud	66 MHz 60 MHz	High-stop desktops, workstations and servers
Intel® Pentium® Pro Processor	200 MHz 180 MHz	Jan, 1996	0.35-micron 5.v million	256KB 512KB 1MB L2	66 MHz	Loftier-end desktops, workstations and servers.
Intel® Pentium® Pro Processor	200 MHz 180 MHz 166 MHz 150 MHz	Nov. 1, 1995	0.6-micron 5.5 million	256 KB 512 KB L2	66 MHz	High-end desktops, workstations and servers.

Dorsum to height

Intel® Pentium® Processor Family unit

Desktop
Processor	Clock Speed(south)	Intro Date(s)	Mfg. Process	Transistors	Enshroud	Adderssable Memory	Bus Speed	Typical Use
Intel® Pentium® Processor	66 MHz 60 MHz	Mar-93	0.8 micron	3.i million	viii kB L1 Cache	4 GB	66 MHz 60 MHz	Desktops
Intel® Pentium® Processor	200-75 MHz	Mar-94	0.6 and 0.35 micron	three.3 million	8 kB L1 Enshroud	iv GB	66 MHz 60 MHz 50	Desktops
Intel® Pentium® Processor with MMX™ Technology	233 - 166 MHz	Oct-96	0.35 micron	4.5 million	xvi kB L1 Enshroud	4 GB	66 MHz	Loftier functioning desktops and servers
Intel® Pentium® Notebook Processor with MMX™ Technology	300 - 200 MHz	Sep-97	0.25 micron	four.5 1000000	16 kB L1 Cache	4 GB	66 MHz 60 MHz	Mobile PC and mini-notebooks
Intel® Pentium® Notebook Processor Extreme Edition 840	3.20 GHz	Apr-05	90nm	230 one thousand thousand	2 MB	64 GB	800 MHz	Loftier-performance desktop
Intel® Pentium® Processor Extreme Edition 840	3.20 GHz	Jan-06	65nm	376 one thousand thousand	four MB	64 GB	1066 MHz	Loftier-performance desktop
Intel® Pentium® Processor Extreme Edition 955	3.46 GHz	Jan-06	65nm	376 million	four MB	64 GB	1066 MHz	Loftier-performance desktop
Intel® Pentium® Processor Extreme Edition 965	3.73 GHz	Jan-06	65nm	376 million	4 MB	64 GB	1066 MHz	Loftier-functioning desktop
Intel® Pentium® Dual Core processor E2160	ane.fourscore GHz	Jun-07	65nm	176 million	1 MB	64 GB	800 MHz	Desktop PC
Pentium® Dual Core processor E2140	1.60 GHz	Jun-07	65nm	176 million	one MB	64 GB	800 MHz	Desktop PC
Pentium® Dual Core processor T2130	one.lx GHz	Jul-07	65nm	176 meg	1 MB	64 GB	800 MHz	Mobile PC
Pentium® Dual Core processor T2080	i.73 GHz	Apr-07	65nm	176 million	i MB	64 GB	533 MHz	Mobile PC
Pentium® Dual Core processor T2060	1.60 GHz	Jan-07	65nm	176 million	1 MB	64 GB	533 MHz	Mobile PC
Intel® Pentium® Processor with MMX™ Technology	233 MHz	Jun-97	0.35-micron	4.5 million				High-performance desktop and servers
Intel® Pentium® Processor with MMX™ Engineering	200 MHz 166 MHz	Oct. xx, 1996	0.35-micron	4.five one thousand thousand				High-operation desktop and servers
Intel® Pentium® Processor	200 MHz	June ten, 1996	0.35-micron	3.3 million				High-operation desktop and servers
Intel® Pentium® Processor	166 MHz 150 MHz	Jan. 4, 1996	0.35-micron	3.three million				Loftier-performance desktop and servers
Intel® Pentium® Processor	133 MHz	June 1995	0.35-micron	three.3 million				High-performance desktop and servers
Intel® Pentium® Processor	120 MHz	Mar. 27, 1995	0.half dozen-micron 0.35-micron	3.3 1000000				Desktops and notebooks
Intel® Pentium® Processor	100 MHz 90 MHz	Mar. 7, 1994	0.six-micron	3.iii million				Desktops
Intel® Pentium® Processor	75 MHz	Oct. x, 1994	0.vi-micron	3.3 million				Desktops and notebooks
Intel® Pentium® Processor	66 MHz 60 MHz	Mar. 22, 1993	0.8-micron	3.1 million				Desktops

Back to peak

Mobile
Processor	Clock Speed(due south)	Intro Date(s)	Mfg. Process/ Transistors	Typical Use
Intel® Pentium® Processor with MMX™ Applied science	300 MHz	Jan. vii, 1999	0.25-micron 4.5 million	Mobile PC and mini-notebooks
Intel® Pentium® Processor with MMX™ Engineering science	266 MHz	Jan. 12, 1998	0.25-micron 4.v million	Mobile PC and mini-notebooks
Intel® Pentium® Processor with MMX™ Technology	233 MHz 200 MHz	Sept. 9, 1997	0.25-micron iv.5 million	Mobile PC and mini-notebooks

Back to top

Intel486™ Processors and Earlier

Processor	Clock Speed(s)	Intro Appointment(s)	Mfg. Procedure/ Transistors	Transistors	Addressable Memory	Cache	Bus Speed	Typical Utilize
Intel486™ SL Processor	33 MHz 25 MHz 20 MHz	Nov-92	0.eight-micron	1.4 million	4 MB	8 kB	33 MHz 25 MHz xx MHz	First CPU specifically designed for Notebook PCs
IntelDX4™ Processor	100 MHz 75 MHz	Mar-94	0.half-dozen-micron	1.vi million	4 GB	16 kB	33 MHz 24 MHz	High-functioning, entry-level desktops and value notebooks
IntelDX2™ Processor	66 MHz 50 MHz 40 MHz	Mar-92	0.8-micron	ane.2 meg	4 GB	eight kB	33 MHz 25 MHz xx MHz	High-performance, depression-cost desktops
Intel486™ SX Processor	33 MHz 25 MHz twenty MHz 16 MHz	Sept-91	ane micron 0.8-micron	1.2 million 900,000	four GB	eight kB	33 MHz 25 MHz 20 MHz 16 MHz	Low-cost, entry-level desktops
Intel386™ SL Processor	25 MHz 20 MHz	Oct-90	1-micron	855,000	4 GB	None	25 MHz 20 MHz	First CPU designed specifically for portables
Intel486™ DX Processor	50 MHz 33 MHz 25 MHz	April-89	1-micron 0.8-micron	1.ii 1000000	4 GB	8 kB	50 MHz 33 MHz 25 MHz	Desktops and servers.
Intel386™ SX Processor	33 MHz 25 MHz twenty MHz sixteen MHz	Jun-88	1.5- micron	275,000	sixteen MB	None	33 MHz 25 MHz 20 MHz 16 MHz	Entry-level desktop and portable calculating
Intel386™ DX Processor	33 MHz 25 MHz 20 MHz sixteen MHz	October-85	ane.5 micron 1-micron	275,000	4 GB	None	33 MHz 25 MHz 20 MHz sixteen MHz	Desktops
80286	12 MHz x MHz 6 MHz	Feb-82	one.5-micron	134,000	sixteen MB	None	12 MHz 10 MHz half dozen MHz	Desktops (standard CPU for all IBM PCs clones at the time)
8088	viii MHz iv.77 MHz	Jun-79	3-micron	29,000	64 kB	None	8 MHz 4.77 MHz	Desktops (standard CPU for all IBM PCs and PC clones at the fourth dimension)
8086	ten MHz 8 MHz four.77 MHz	Jun-78	iii-micron	29,000	1 MB	None	x MHz 8 MHz 4.77 MHz	Portable calculating
8085	2 MHz	Mar-76	3-micron	six,500	64 KB	None	2 MHz	Toledo scale. Computed cost from weight and price. Loftier level of integration, operating for beginning time on a unmarried five-volt ability supply (downwardly from 12 volts).
8080	2 MHz	April-74	6-micron	6,000	64 KB	None	ii MHz	Traffic light controller, Altair computer (first PC).
8008	200 KHz	Apr-72	10-micron	3,500	sixteen KB	None	200 KHz	Dumb terminals, general calculators, bottling machines, data/graphic symbol manipulation
4004	108 KHz	Nov-71	10-micron	two,300	640 Bytes	None	108 KHz	Busicom estimator, arithmetics manipulation

Back to top

greenwellthimande.blogspot.com

Source: https://www.intel.com/pressroom/kits/quickreffam.htm

Share this post