Prozessorliste Notebook - Intel

Auf diesen Seiten erhält man einen Überblick über sämtliche Prozessoren einer Rubrik (Desktop, Mobile, Server) und eines Herstellers (Intel, AMD, etc).

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Core i7, Core i5, Core i3, Core m3, Core i7, Core i5, Core i3, Core m7, Core m3, Core m5, Core i7, Core i5, Core i3, Pentium N, Celeron N, Atom x7, Atom x5, Core M, Atom x3, Celeron, Pentium, Core i7 Extreme, Core i7, Core i5, Pentium N, Celeron N, Core i3, Celeron, Atom, Pentium, Core i7 Extreme, Core i7, Core i5, Core i3 Mobile, Celeron, Core i7 Extreme, Core i7, Core i5, Core i3, Core i7 Mobile, Core i5, Core i3, Core 2 Duo, Core Duo, Core Solo, Atom, Mobile Pentium Dual-Core, Pentium M, Mobile Pentium 4, Mobile Pentium 4-M, Mobile Pentium III-M, Mobile Pentium III, Celeron M, Mobile Celeron 4, Mobile Celeron III, Mobile Celeron 2, Mobile Celeron, Mobile Pentium 2, Mobile Pentium,

Neueste Modelle:
26.03.2017 Core i3 7102E
26.03.2017 Core i3 7100H
26.03.2017 Core i3 7100E
26.03.2017 Core i5 7Y57
26.03.2017 Core i5 7300U

Alle Prozessortabellen:
Desktop: AMD, Intel, Cyrix, National Semiconduct, VIA
Notebook: AMD, Intel, Cyrix, Transmeta
Server: AMD, Intel

Intel Core i7 (Kaby-Lake) "Mobile, 7. Generation "
» Ausgewählte vergleichen
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 7920HQ	4	3100		8000	31,0	KabyLake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 7820EQ	4	3000		8000	30,0	KabyLake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 7820HQ	4	2900		8000	29,0	KabyLake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 7820HK	4	2900		8000	29,0	KabyLake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 7700HQ	4	2800		8000	28,0	KabyLake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i7 7660U	2	2500		4000	35,0	KabyLake-U	14		BGA1356			128*	512*	4096		15,0
		Core i7 7600U	2	2800		4000	28,0	KabyLake-U	14		BGA1356			128*	512*	4096		15,0
		Core i7 7567U	2	3500		4000	35,0	KabyLake-U	14		BGA1356			128*	512*	4096		28,0
		Core i7 7560U	2	2400		4000	24,0	KabyLake-U	14		BGA1356			128*	512*	4096		15,0
		Core i7 7500U	2	2700		4000	27,0	KabyLake-U	14		LGA1356			128*	512*	4096		15,0
		Core i7 7Y75	2	1300		4000	13,0	KabyLake-U	14		FCBGA1515			128*	512*	4096		4,5
Intel Core i5 (Kaby-Lake) "Mobile, 7. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i5 7442EQ	4	2100		8000	21,0	KabyLake-H	14		BGA1440			256*	1024*	6144		25,0
		Core i5 7440EQ	4	2900		8000	29,0	KabyLake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 7440HQ	4	2800		8000	28,0	KabyLake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 7300HQ	4	2500		8000	25,0	KabyLake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 7360U	2	2300		4000	23,0	KabyLake-U	14		BGA1356			128*	512*	4096		15,0
		Core i5 7300U	2	2600		4000	26,0	KabyLake-U	14		BGA1356			128*	512*	3072		15,0
		Core i5 7287U	2	3300		4000	33,0	KabyLake-U	14		BGA1356			128*	512*	4096		28,0
		Core i5 7260U	2	2200		4000	22,0	KabyLake-U	14		BGA1356			128*	512*	4096		15,0
		Core i5 7267U	2	3100		4000	31,0	KabyLake-U	14		BGA1356			128*	512*	4096		28,0
		Core i5 7200U	2	2500		4000	25,0	KabyLake-U	14		LGA1356			128*	512*	3072		15,0
		Core i5 7Y57	2	1200		4000	12,0	KabyLake-Y	14		FCBGA1515			128*	512*	4096		4,5
		Core i5 7Y54	2	1200		4000	12,0	KabyLake-Y	14		FCBGA1515			128*	512*	4096		4,5
Intel Core i3 (Kaby-Lake) "Mobile, 7. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i3 7102E	2	2100		8000	21,0	KabyLake-U	14		BGA1440			128*	512*	3072		25,0
		Core i3 7100E	2	2900		8000	29,0	KabyLake-U	14		BGA1440			128*	512*	3072		35,0
		Core i3 7100H	2	3000		8000	30,0	KabyLake-U	14		BGA1440			128*	512*	3072		35,0
		Core i3 7100U	2	2400		4000	24,0	KabyLake-U	14		LGA1356			128*	512*	3072		15,0
Intel Core m3 (Kaby-Lake) "Mobile, 7. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core m3 7Y30	2	1000		4000	10,0	KabyLake-Y	14		FCBGA1515			128*	512*	4096		4,5
Intel Core i7 (Skylake) "Mobile, 6. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 6970HQ	4	2800		8000	28,0	Skylake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 6920HQ	4	2900		8000	29,0	Skylake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 6822EQ	4	2000		8000	20,0	Skylake-H	14		BGA1440			256*	1024*	8192		25,0
		Core i7 6820HQ	4	2700		8000	27,0	Skylake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 6820EQ	4	2800		8000	28,0	Skylake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 6820HK	4	2700		8000	27,0	Skylake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 6870HQ	4	2700		8000	27,0	Skylake-H	14		BGA1440			256*	1024*	8192		45,0
		Core i7 6770HQ	4	2600		8000	26,0	Skylake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i7 6700HQ	4	2600		8000	26,0	Skylake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i7 6700TE	4	2400		8000	24,0	Skylake-S	14		Sockel 1151			256*	1024*	8192		35,0
		Core i7 6660U	2	2400		4000	24,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i7 6650U	2	2200		4000	22,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i7 6600U	2	2600		4000	26,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i7 6560U	2	2200		4000	22,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i7 6500U	2	2500		4000	25,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i7 6567U	2	3300		4000	33,0	Skylake-U	14		LGA1356			128*	512*	4096		28,0
		Core i7 6498DU	2	2500		4000	25,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
Intel Core i5 (Skylake) "Mobile, 6. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i5 6500TE	4	2300		8000	23,0	Skylake-H	14		Sockel 1151			256*	1024*	6144		35,0
		Core i5 6442EQ	4	1900		8000	19,0	Skylake-H	14		BGA1440			256*	1024*	6144		25,0
		Core i5 6440HQ	4	2600		8000	26,0	Skylake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 6440EQ	4	2700		8000	27,0	Skylake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 6360U	2	2000		4000	20,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i5 6350HQ	4	2300		8000	23,0	Skylake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 6300HQ	4	2300		8000	23,0	Skylake-H	14		BGA1440			256*	1024*	6144		45,0
		Core i5 6300U	2	2400		4000	24,0	Skylake-U	14		LGA1356			128*	512*	3072		15,0
		Core i5 6287U	2	3100		4000	31,0	Skylake-U	14		LGA1356			128*	512*	4096		28,0
		Core i5 6267U	2	2900		4000	29,0	Skylake-U	14		LGA1356			128*	512*	4096		28,0
		Core i5 6260U	2	1800		4000	18,0	Skylake-U	14		LGA1356			128*	512*	4096		15,0
		Core i5 6200U	2	2300		4000	20,0	Skylake-U	14		LGA1356			128*	512*	3072		15,0
		Core i5 6198DU	2	2300			31,0	Skylake-U	14		???			128*	512*	4096		15,0
Intel Core i3 (Skylake) "Mobile, 6. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i3 6167U	2	2700		4000	27,0	Skylake-U	14		LGA1356			128*	128*	3072		28,0
		Core i3 6157U	2	2400		4000	24,0	Skylake-U	14		LGA1356			128*	128*	3072		28,0
		Core i3 6100TE	2	2700		8000	27,0	Skylake-H	14		Sockel 1151			128*	128*	4096		35,0
		Core i3 6100E	2	2700		8000	27,0	Skylake-H	14		BGA1440			128*	128*	3072		35,0
		Core i3 6102E	2	1900		8000	27,0	Skylake-H	14		BGA1440			128*	128*	3072		25,0
		Core i3 6100U	2	2300		4000	23,0	Skylake-U	14		LGA1356			128*	128*	3072		15,0
		Core i3 6006U	2	2000		4000	23,0	Skylake-U	14		LGA1356			128*	128*	3072		15,0
		Core i3 6100H	2	2700		8000	27,0	Skylake-H	14		BGA1440			128*	128*	3072		35,0
Intel Core m7 (Skylake) "Mobile, 6. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core m7 6Y75	2	1200		4000	12,0	Skylake-Y	14		FCBGA1515			128*	512*	4096		4,5
Intel Core m3 (Skylake) "Mobile, 6. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core m3 6Y30	2	900		4000	9,0	Skylake-Y	14		FCBGA1515			128*	512*	4096		4,5
Intel Core m5 (Skylake) "Mobile, 6. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core m5 6Y54	2	1100		4000	11,0	Skylake-Y	14		FCBGA1515			128*	512*	4096		4,5
		Core m5 6Y57	2	1100		4000	11,0	Skylake-Y	14		FCBGA1515			128*	512*	4096		4,5
Intel Core i7 (Broadwell) "Mobile, 5. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 5950HQ	4	2900		5000	29,0	Broadwell-H	14		BGA1364			256*	1024*	6144		47,0
		Core i7 5850HQ	4	2700		5000	27,0	Broadwell-H	14		BGA1364			256*	1024*	6144		47,0
		Core i7 5850EQ	4	2700		5000	27,0	Broadwell-H	14		BGA1364			256*	1024*	6144		47,0
		Core i7 5750HQ	4	2500		5000	25,0	Broadwell-H	14		BGA1364			256*	1024*	6144		47,0
		Core i7 5700HQ	4	2700		5000	27,0	Broadwell-H	14		BGA1364			256*	1024*	6144		47,0
		Core i7 5700EQ	4	2600		5000	26,0	Broadwell-H	14		BGA1364			256*	1024*	6144		47,0
		Core i7 5650U	2	2200		5000	22,0	Broadwell-U	14	1300	BGA1168			128*	512*	4096		15,0
		Core i7 5600U	2	2600		5000	26,0	Broadwell-U	14	1300	BGA1168			128*	512*	4096		15,0
		Core i7 5550U	2	2000		5000	20,0	Broadwell-U	14	1300	BGA1168			128*	512*	4096		15,0
		Core i7 5557U	2	3100		5000	31,0	Broadwell-U	14	1300	BGA1168			128*	512*	4096		28,0
		Core i7 5500U	2	2400		5000	24,0	Broadwell-U	14	1300	BGA1168			128*	512*	4096		15,0
Intel Core i5 (Broadwell) "Mobile, 5. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i5 5350H	2	3100		5000	31,0	Broadwell-U	14	1300	BGA1364			128*	512*	3072		47,0
		Core i5 5257U	2	2700		5000	27,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		28,0
		Core i5 5250U	2	1600		5000	15,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
		Core i5 5287U	2	2900		5000	29,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		28,0
		Core i5 5350U	2	1800		5000	18,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
		Core i5 5300U	2	2300		5000	23,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
		Core i5 5200U	2	2200		5000	22,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
Intel Core i3 (Broadwell) "Mobile, 5. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i3 5157U	2	2500		5000	25,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		28,0
		Core i3 5020U	2	2200		5000	22,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
		Core i3 5015U	2	2100		5000	21,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
		Core i3 5010U	2	2100		5000	21,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
		Core i3 5005U	2	2000		5000	20,0	Broadwell-U	14	1300	BGA1168			128*	512*	3072		15,0
Intel Pentium N (Airmont) "Braswell "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Pentium N3710	4	1600				Braswell	14		???			224*	2048*	---		6,0
		Pentium N3700	4	1600				Braswell	14		???			224*	2048*	---		6,0
Intel Celeron N (Airmont) "Braswell "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Celeron N3160	4	1600				Braswell	14		Sockel 1170			224*	4096*	---		6,0
		Celeron N3150	4	1600				Braswell	14		Sockel 1170			224*	4096*	---		6,0
		Celeron N3060	2	1600				Braswell	14		Sockel 1170			112*	2048*	---		6,0
		Celeron N3050	2	1600				Braswell	14		Sockel 1170			112*	2048*	---		6,0
		Celeron N3010	2	1040				Braswell	14		Sockel 1170			112*	2048*	---		4,0
		Celeron N3000	2	1040				Braswell	14		Sockel 1170			112*	2048*	---		4,0
Intel Atom x7 (Airmont)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Atom x7 Z8700	4	1600				Cherry Trail	0		BGA1380			224*	2048*	---
Intel Atom x5 (Airmont)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Atom x5 Z8500	4	1440				Cherry Trail	0		???			224*	2048*	---
		Atom x5 Z8300	4	1440				Cherry Trail	0		???			224*	2048*	---
Intel Core M (Broadwell)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core M 5Y71	2	1200		5000	12,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
		Core M 5Y70	2	1100		5000	11,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
		Core M 5Y51	2	1100		5000	11,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
		Core M 5Y31	2	900		5000	9,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
		Core M 5Y10a	2	800		5000	8,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
		Core M 5Y10	2	800		5000	8,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
		Core M 5Y10c	2	800		5000	8,0	Broadwell	14	1300	BGA1234			128*	512*	4096		4,5
Intel Atom x3 (Silvermont)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Atom x3 C3445	4	1200				Sofia	28		???			???	1024	???
		Atom x3 C3405	4	1200				Sofia	28		???			???	1024	???
Intel Celeron (Broadwell) "5. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Celeron 3755U	2	1700		5000	17,0	Broadwell-U	14	1300	BGA1168			128*	512*	2048		15,0
		Celeron 3765U	2	1900		5000	17,0	Broadwell-U	14	1300	BGA1168			128*	512*	2048		15,0
		Celeron 3215U	2	1700		5000	17,0	Broadwell-U	14	1300	BGA1168			128*	512*	2048		15,0
		Celeron 3205U	2	1500		5000	15,0	Broadwell-U	14	1300	BGA1168			128*	512*	2048		15,0
Intel Pentium (Broadwell) "5. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Pentium 3825U	2	1900		5000	19,0	Broadwell-U	14	1300	BGA1168			128*	512*	2048		15,0
		Pentium 3805U	2	1900		5000	19,0	Broadwell-U	14	1300	BGA1168			128*	512*	2048		15,0
Intel Core i7 Extreme (Haswell) "Mobile, 4. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	1088	Core i7 Extreme 4940MX	4	3100		5000	31,0	Haswell	22	1400	???			256*	1024*	8192		57,0
	1064	Core i7 Extreme 4930MX	4	3000		5000	30,0	Haswell	22	1400	PGA946			256*	1024*	8192		57,0
Intel Core i7 (Haswell) "Mobile, 4. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	1154	Core i7 4980HQ	4	2800		5000	28,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	1123	Core i7 4960HQ	4	2600		5000	26,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
		Core i7 4950HQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	1104	Core i7 4910MQ	4	2900		5000	29,0	Haswell	22	1400	PGA946			256*	1024*	8192		47,0
	1027	Core i7 4900MQ	4	2800		5000	28,0	Haswell	22	1400	PGA946			256*	1024*	8192		47,0
		Core i7 4850EQ	4	1600		5000	16,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	1068	Core i7 4870HQ	4	2500		5000	25,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	1042	Core i7 4860HQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
		Core i7 4860EQ	4	1800		5000	18,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
		Core i7 4850HQ	4	2300		5000	23,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	981	Core i7 4810MQ	4	2800		5000	28,0	Haswell	22	1400	PGA946			256*	1024*	6144		47,0
	963	Core i7 4800MQ	4	2700		5000	27,0	Haswell	22	1400	PGA946			256*	1024*	6144		47,0
		Core i7 4770HQ	4	2200		5000	22,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
		Core i7 4760HQ	4	2100		5000	21,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	910	Core i7 4750HQ	4	2000		5000	20,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
		Core i7 4722HQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		37,0
		Core i7 4720HQ	4	2600		5000	26,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	881	Core i7 4712HQ	4	2300		5000	23,0	Haswell	22	1400	BGA1364			256*	1024*	6144		37,0
	872	Core i7 4712MQ	4	2300		5000	23,0	Haswell	22	1400	PGA946			256*	1024*	6144		37,0
	895	Core i7 4710HQ	4	2500		5000	25,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	914	Core i7 4710MQ	4	2500		5000	25,0	Haswell	22	1400	PGA946			256*	1024*	6144		47,0
	815	Core i7 4702MQ	4	2200		5000	22,0	Haswell	22	1400	PGA946			256*	1024*	6144		37,0
	867	Core i7 4702HQ	4	2200		5000	22,0	Haswell	22	1400	BGA1364			256*	1024*	6144		37,0
		Core i7 4702EC	4	2000		5000	20,0	Haswell	22	1400	BGA1364			256*	1024*	8192		27,0
		Core i7 4701EQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	830	Core i7 4700EQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	885	Core i7 4700MQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
	893	Core i7 4700HQ	4	2400		5000	24,0	Haswell	22	1400	BGA1364			256*	1024*	6144		47,0
		Core i7 4700EC	4	2700		5000	27,0	Haswell	22	1400	BGA1364			256*	1024*	8192		43,0
	628	Core i7 4610M	2	3000		5000	30,0	Haswell	22	1400	PGA946			128*	512*	4096		37,0
	568	Core i7 4600M	2	2900		5000	29,0	Haswell	22	1400	PGA946			128*	512*	4096		37,0
	484	Core i7 4600U	2	2100		5000	21,0	Haswell	22	1400	BGA1168			128*	512*	4096		15,0
	473	Core i7 4650U	2	1700		5000	17,0	Haswell	22	1400	BGA1168			128*	512*	4096		15,0
	410	Core i7 4610Y	2	1700		5000	17,0	Haswell	22	1400	???			128*	512*	4096		11,5
		Core i7 4578U	2	3000		5000	30,0	Haswell	22	1400	BGA1168			128*	512*	4096		28,0
	482	Core i7 4558U	2	2800		5000	28,0	Haswell	22	1400	BGA1168			128*	512*	4096		28,0
	441	Core i7 4550U	2	1500		5000	15,0	Haswell	22	1400	BGA1168			128*	512*	4096		15,0
	451	Core i7 4510U	2	2000		5000	20,0	Haswell	22	1400	PGA946			128*	512*	4096		15,0
	434	Core i7 4500U	2	1800		5000	18,0	Haswell	22	1400	BGA1168			128*	512*	4096		15,0
Intel Core i5 (Haswell) "Mobile, 4. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i5 4422E	2	1800		5000	18,0	Haswell	22	1400	BGA1364			128*	512*	3072		25,0
		Core i5 4410E	2	2900		5000	29,0	Haswell	22	1400	BGA1364			128*	512*	3072		37,0
		Core i5 4400E	2	2700		5000	27,0	Haswell	22	1400	BGA1364			128*	512*	3072		37,0
		Core i5 4402EC	2	2500		5000	25,0	Haswell	22	1400	BGA1364			128*	512*	4096		27,0
		Core i5 4360U	2	1500		5000	15,0	Haswell	22	1400	???			128*	512*	3072		15,0
	573	Core i5 4340M	2	2900		5000	29,0	Haswell	22	1400	???			128*	512*	3072		37,0
	533	Core i5 4330M	2	2800		5000	28,0	Haswell	22	1400	???			128*	512*	3072		37,0
	524	Core i5 4310M	2	2700		5000	27,0	Haswell	22	1400	???			128*	512*	3072		37,0
	465	Core i5 4310U	2	2000		5000	20,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	509	Core i5 4300M	2	2600		5000	26,0	Haswell	22	1400	???			128*	512*	3072		37,0
	463	Core i5 4200M	2	2500		5000	25,0	Haswell	22	1400	PGA946			128*	512*	3072		37,0
	470	Core i5 4258U	2	2400		5000	24,0	Haswell	22	1400	BGA1168			128*	512*	3072		28,0
	516	Core i5 4288U	2	2600		5000	26,0	Haswell	22	1400	BGA1168			128*	512*	3072		28,0
	404	Core i5 4350U	2	1400		5000	14,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	422	Core i5 4300U	2	1900		5000	19,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	386	Core i5 4250U	2	1300		5000	13,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	496	Core i5 4200H	2	2800		5000	28,0	Haswell	22	1400	BGA1364			128*	512*	3072		47,0
	341	Core i5 4302Y	2	1600		5000	16,0	Haswell	22	1400	???			128*	512*	3072		11,5
	286	Core i5 4300Y	2	1600		5000	16,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
	498	Core i5 4278U	2	2600		5000	26,0	Haswell	22	1400	BGA1168			128*	512*	3072		28,0
	413	Core i5 4260U	2	1400		5000	14,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	487	Core i5 4210M	2	2600		5000	26,0	Haswell	22	1400	PGA946			128*	512*	3072		37,0
	253	Core i5 4210Y	2	1500		5000	15,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
	395	Core i5 4210U	2	1700		5000	17,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	370	Core i5 4200U	2	1600		5000	16,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
		Core i5 4220Y	2	1600		5000	16,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
	276	Core i5 4202Y	2	1600		5000	16,0	Haswell	22	1400	PGA946			128*	512*	3072		11,5
	251	Core i5 4200Y	2	1400		5000	14,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
		Core i5 4402E	2	1600		5000	16,0	Haswell	22	1400	BGA1364			128*	512*	3072		25,0
		Core i5 4308U	2	2800		5000	28,0	Haswell	22	1400	BGA1168			128*	512*	3072		28,0
Intel Pentium N (Silvermont)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Pentium N3540	4	2166				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---	1,140	7,5
	216	Pentium N3530	4	2166				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---	1,140	7,5
	212	Pentium N3520	4	2166				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---	1,140	7,5
	189	Pentium N3510	4	2000				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---	1,140	7,5
Intel Celeron N (Silvermont)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Celeron N2940	4	1830			0,0	Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---		7,5
	192	Celeron N2930	4	1833				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---		7,5
	175	Celeron N2920	4	1866				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---		7,5
	143	Celeron N2910	4	1600				Bay Trail-M	22	960,0	Sockel 1170			224*	2048	---		7,5
		Celeron N2840	2	2160				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	7,5
	114	Celeron N2830	2	2166				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	7,5
	113	Celeron N2820	2	2133				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	7,5
	104	Celeron N2815	2	1866				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	7,5
	92	Celeron N2810	2	2000				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	7,5
		Celeron N2808	2	1580				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---		4,3
	102	Celeron N2807	2	1580				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	4,3
	85	Celeron N2806	2	1600				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---	1,140	4,5
	56	Celeron N2805	2	1466				Bay Trail-M	22	960,0	Sockel 1170			112*	1024	---		4,5
Intel Core i3 (Haswell) "Mobile, 4. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i3 4340TE	2	2600		5000	26,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
	339	Core i3 4330TE	2	2400		5000	24,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
		Core i3 4110M	2	2600		5000	26,0	Haswell	22	1400	PGA946			128*	512*	3072		37,0
		Core i3 4100M	2	2500		5000	25,0	Haswell	22	1400	BGA1168			128*	512*	3072		37,0
	374	Core i3 4000M	2	2400		5000	24,0	Haswell	22	1400	BGA1168			128*	512*	3072		37,0
		Core i3 4112E	2	1800		5000	18,0	Haswell	22	1400	BGA1364			128*	512*	3072		25,0
		Core i3 4110E	2	2600		5000	26,0	Haswell	22	1400	BGA1364			128*	512*	3072		37,0
		Core i3 4100E	2	2400		5000	24,0	Haswell	22	1400	BGA1364			128*	512*	3072		37,0
		Core i3 4102E	2	1600		5000	16,0	Haswell	22	1400	BGA1364			128*	512*	3072		25,0
		Core i3 4158U	2	2000		5000	20,0	Haswell	22	1400	BGA1168			128*	512*	3072		28,0
	302	Core i3 4030U	2	1900		5000	19,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	328	Core i3 4025U	2	1900		5000	19,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
		Core i3 4120U	2	2000		5000	20,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
		Core i3 4100U	2	1800		5000	18,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	280	Core i3 4010U	2	1700		5000	17,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	277	Core i3 4005U	2	1700		5000	17,0	Haswell	22	1400	BGA1168			128*	512*	3072		15,0
	248	Core i3 4020Y	2	1500		5000	15,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
	243	Core i3 4012Y	2	1500		5000	15,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
	199	Core i3 4010Y	2	1300		5000	13,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
		Core i3 4030Y	2	1600		5000	16,0	Haswell	22	1400	BGA1168			128*	512*	3072		11,5
Intel Celeron (Haswell) "Mobile, 4. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Celeron 2981U	2	1600		5000	16,0	Haswell	22	1300	BGA1168			128*	512*	2048		15,0
	271	Celeron 2970M	2	2200		5000	22,0	Haswell	22	1400	PGA946			128*	512*	2048		37,0
		Celeron 2961Y	2	1100		5000	11,0	Haswell	22	1300	BGA1168			128*	512*	2048		11,5
	172	Celeron 2957U	2	1400		5000	14,0	Haswell	22	1300	BGA1168			128*	512*	2048		15,0
	250	Celeron 2950M	2	2000		5000	20,0	Haswell	22	1400	BGA1168			128*	512*	2048		37,0
		Celeron 2980U	2	1600		5000	16,0	Haswell	22	1400	BGA1168			128*	512*	2048		15,0
	174	Celeron 2955U	2	1400		5000	14,0	Haswell	22	1400	BGA1168			128*	512*	2048		15,0
		Celeron 2000E	2	2200		5000	22,0	Haswell	22	1400	BGA1364			128*	512*	2048		37,0
		Celeron 2002E	2	1500		5000	15,0	Haswell	22	1400	BGA1364			128*	512*	2048		25,0
Intel Atom (Silvermont)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Atom C2758	8	2400				Rangeley	22		BGA1283			432*	4096	---		20,0
		Atom C2738	8	2400				Rangeley	22		BGA1283			432*	4096	---		20,0
		Atom C2718	8	2000				Rangeley	22		BGA1283			432*	4096	---		18,0
		Atom C2558	4	2400				Rangeley	22		BGA1283			216*	2048	---		15,0
		Atom C2538	4	2400				Rangeley	22		BGA1283			216*	2048	---		15,0
		Atom C2518	4	1700				Rangeley	22		BGA1283			216*	2048	---		13,0
		Atom C2508	4	1250				Rangeley	22		BGA1283			216*	2048	---		9,5
		Atom C2338	2	1700				Rangeley	22		BGA1283			108*	1024	---		7,0
		Atom C2308	2	1250				Rangeley	22		BGA1283			108*	1024	---		6,0
		Atom C2358	2	1700				Rangeley	22		BGA1283			108*	1024	---		7,0
	150	Atom E3845	4	1910				Bay Trail-I	22		Sockel 1170			216*	2048	---		10,0
		Atom E3827	2	1750				Bay Trail-I	22		Sockel 1170			108*	1024	---		8,0
	63	Atom E3825	2	1333				Bay Trail-I	22		Sockel 1170			108*	1024	---		6,0
	40	Atom E3815	2	1460				Bay Trail-I	22		Sockel 1170			108*	512	---		5,0
	178	Atom Z3795	4	1590				Bay Trail-T	22		???			216*	2048	---
		Atom Z3775D	4	1490				Bay Trail-T	22		???			216*	2048	---
	150	Atom Z3775	4	1460				Bay Trail-T	22		???			216*	2048	---
		Atom Z3745D	4	1330				Bay Trail-T	22		???			216*	2048	---
	126	Atom Z3745	4	1330				Bay Trail-T	22		???			216*	2048	---
		Atom Z3735G	4	1330				Bay Trail-T	22		???			216*	2048	---
	99	Atom Z3735F	4	1330				Bay Trail-T	22		???			216*	2048	---
	111	Atom Z3735E	4	1330				Bay Trail-T	22		???			216*	2048	---
	109	Atom Z3735D	4	1330				Bay Trail-T	22		???			216*	2048	---
		Atom E3826	2	1460				Bay Trail-I	22		Sockel 1170			108*	1024	---		7,0
	120	Atom Z3740D	4	1333				Bay Trail-I	22		BGA1380			216*	2048	---
	90	Atom Z3770D	4	1500				Bay Trail-I	22		BGA1380			216*	2048	---
	143	Atom Z3770	4	1466				Bay Trail-I	22		BGA1380			216*	2048	---
	121	Atom Z3740	4	1333				Bay Trail-I	22		BGA1380			216*	2048	---
Intel Pentium (Haswell) "4. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Pentium 3561Y	2	1200		5000	12,0	Haswell	22	1400	BGA1168			128*	512*	2048		11,5
		Pentium 3560M	2	2400		5000	24,0	Haswell	22	1400	PGA946			128*	512*	2048		37,0
	206	Pentium 3558U	2	1700		5000	17,0	Haswell	22	1400	BGA1168			128*	512*	2048		15,0
	248	Pentium 3550M	2	2300		5000	23,0	Haswell	22	1400	Sockel G3			128*	512*	2048		37,0
	138	Pentium 3560Y	2	1200		5000	12,0	Haswell	22	1400	BGA1168			128*	512*	2048		11,5
	181	Pentium 3556U	2	1700		5000	17,0	Haswell	22	1400	BGA1168			128*	512*	2048		15,0
Intel Core i7 Extreme (Ivy Bridge) "Mobile, 3. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 Extreme 3920XM	4	2900		5000	29,0	IvyBridge	22	1400	PGA988			512*	1024*	8192		55,0
Intel Core i7 (Ivy Bridge) "Mobile, 3. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 3820QM	4	2700		5000	27,0	IvyBridge	22	1400	PGA988			256*	1024*	8192		45,0
		Core i7 3740QM	4	2700		5000	27,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		45,0
	933	Core i7 3720QM	4	2600		5000	26,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		45,0
		Core i7 3667U	2	2000		5000	20,0	IvyBridge	22	1400	FCBGA1023			128*	512*	4096		17,0
		Core i7 3635QM	4	2400		5000	24,0	IvyBridge	22	1400	???			256*	1024*	6144		45,0
		Core i7 3689Y	2	1500		5000	15,0	IvyBridge	22	1400	FCBGA1023			128*	512*	4096		13,0
		Core i7 3687U	2	2100		5000	21,0	IvyBridge	22	1400	FCBGA1023			128*	512*	4096		17,0
		Core i7 3630QM	4	2400		5000	24,0	IvyBridge	22	1400	FCPGA988			256*	1024*	6144		45,0
		Core i7 3632QM	4	2200		5000	22,0	IvyBridge	22	1400	FCPGA988			256*	1024*	6144		35,0
		Core i7 3632QM	4	2200		5000	22,0	IvyBridge	22	1400	???			256*	1024*	6144		35,0
		Core i7 3612QM	4	2100		5000	21,0	IvyBridge	22	1400	BGA1224			256*	1024*	6144		35,0
		Core i7 3615QM	4	2300		5000	23,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		45,0
	616	Core i7 3615QE	4	2300		5000	23,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		45,0
	747	Core i7 3612QE	4	2100		5000	21,0	IvyBridge	22	1400	FCBGA1023			256*	1024*	6144		35,0
	767	Core i7 3612QM	4	2100		5000	21,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		35,0
	839	Core i7 3610QM	4	2300		5000	23,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		45,0
	695	Core i7 3610QE	4	2300		5000	23,0	IvyBridge	22	1400	PGA988			256*	1024*	6144		45,0
	457	Core i7 3555LE	2	2500		5000	25,0	Ivy Bridge	22		FCBGA1023			128*	512*	4096		25,0
		Core i7 3537U	2	2000		5000	20,0	IvyBridge	22	1400	FCBGA1023			128*	512*	4096		17,0
	510	Core i7 3520M	2	2900		5000	29,0	Ivy Bridge	22		FCBGA1023			128*	512*	4096		35,0
	415	Core i7 3517U	2	1900		5000	19,0	Ivy Bridge	22		FCBGA1023			128*	512*	4096		17,0
	387	Core i7 3517UE	2	1700		5000	17,0	Ivy Bridge	22		FCBGA1023			128*	512*	4096		17,0
		Core i7 3940XM	4	3000		5000	27,0	IvyBridge	22	1400	PGA988			256*	1024*	8192		55,0
		Core i7 3840QM	4	2800		5000	28,0	IvyBridge	22	1400	PGA988			256*	1024*	8192		45,0
		Core i7 3540M	2	3000		5000	30,0	IvyBridge	22	1400	PGA988			128*	512*	4096		35,0
Intel Core i5 (Ivy Bridge) "Mobile, 3. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i5 3610ME	2	2700		5000	27,0	IvyBridge	22		FCBGA1023			128*	512*	3072		35,0
	343	Core i5 3439Y	2	1500		5000	15,0	IvyBridge	22		BGA 1023			128*	512*	3072		13,0
	401	Core i5 3437U	2	1900		5000	19,0	IvyBridge	22		BGA 1023			128*	512*	3072		17,0
	403	Core i5 3427U	2	1800		5000	18,0	IvyBridge	22		FCBGA1023			128*	512*	3072		17,0
	481	Core i5 3360M	2	2800		5000	28,0	IvyBridge	22		FCBGA1023			128*	512*	3072		35,0
	476	Core i5 3380M	2	2900		5000	29,0	IvyBridge	22		BGA 1023			128*	512*	3072		35,0
	363	Core i5 3337U	2	1800		5000	18,0	IvyBridge	22		BGA 1023			128*	512*	3072		17,0
	230	Core i5 3339Y	2	1500		5000	15,0	IvyBridge	22		BGA 1023			128*	512*	3072		13,0
	467	Core i5 3340M	2	2700		5000	27,0	IvyBridge	22		BGA 1023			128*	512*	3072		35,0
	450	Core i5 3320M	2	2600		5000	26,0	IvyBridge	22		FCBGA1023			128*	512*	3072		35,0
	347	Core i5 3317U	2	1700		5000	17,0	IvyBridge	22		FCBGA1023			128*	512*	3072		17,0
	444	Core i5 3230M	2	2600		5000	26,0	IvyBridge	22		BGA 1023			128*	512*	3072		35,0
	444	Core i5 3230M	2	2600		5000	26,0	IvyBridge	22		FCPGA988			128*	512*	3072		35,0
		Core i5 3210M	2	2500		5000	25,0	IvyBridge	22		FCPGA988			128*	512*	3072		35,0
	426	Core i5 3210M	2	2500		5000	25,0	IvyBridge	22		BGA 1023			128*	512*	3072		35,0
Intel Core i3 Mobile (Ivy Bridge) "3. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	180	Core i3 Mobile 3229Y	2	1400		5000	14,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		13,0
	280	Core i3 Mobile 3227U	2	1900		5000	19,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		17,0
		Core i3 Mobile 3217UE	2	1600		5000	16,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		17,0
		Core i3 Mobile 3217U	2	1800		5000	18,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		17,0
	380	Core i3 Mobile 3130M	2	2600		5000	26,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		35,0
	369	Core i3 Mobile 3120M	2	2500		5000	25,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		13,0
		Core i3 Mobile 3115C	2	2500		5000	25,0	Ivy Bridge	22	970,0	BGA 1284			128*	512*	4096		25,0
		Core i3 Mobile 3120ME	2	2400		5000	24,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		35,0
		Core i3 Mobile 3110M	2	2400		5000	24,0	Ivy Bridge	22	970,0	FCBGA1023			128*	512*	3072		35,0
Intel Celeron (Ivy Bridge)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Celeron 1020M	2	2100		5000	21,0	Ivy Bridge	22	1400	FCPGA988			128*	512*	2048		35,0
	213	Celeron 1005M	2	1900		5000	19,0	Ivy Bridge	22	1400	FCPGA988			128*	512*	2048		35,0
	192	Celeron 1000M	2	1800		5000	18,0	Ivy Bridge	22	1400	FCPGA988			128*	512*	2048		35,0
	200	Celeron 1037U	2	1800		5000	18,0	Ivy Bridge	22	1400	FCBGA1023			128*	512*	2048		17,0
	180	Celeron 1017U	2	1600		5000	16,0	Ivy Bridge	22	1400	BGA 1023			128*	512*	2048		17,0
	164	Celeron 1007U	2	1500		5000	15,0	Ivy Bridge	22	1400	BGA 1023			128*	512*	2048		17,0
	116	Celeron 1019Y	2	1000		5000	10,0	Ivy Bridge	22	1400	BGA 1023			128*	512*	2048		10,0
	250	Celeron 1020E	2	2200		5000	22,0	Ivy Bridge	22	1400	BGA 1023			128*	512*	2048		35,0
	133	Celeron 1047UE	2	1400		5000	14,0	Ivy Bridge	22	1400	BGA 1023			128*	512*	2048		17,0
		Celeron 927UE	2	1500		5000	15,0	Ivy Bridge	22	1400	BGA 1023			128*	512*	1024		17,0
Intel Core i7 Extreme (Sandy Bridge) "Mobile, 2. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 Extreme 2960XM	4	2700		5000	27,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	8192		55,0
		Core i7 Extreme 2920XM	4	2500		5000	25,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	8192		55,0
Intel Core i7 (Sandy Bridge) "Mobile, 2. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	810	Core i7 2860QM	4	2500		5000	25,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	8192		45,0
		Core i7 2760QM	4	2400		5000	24,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	6144		45,0
	750	Core i7 2820QM	4	2300		5000	23,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	8192		45,0
	695	Core i7 2720QM	4	2200		5000	22,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	6144		45,0
		Core i7 2675QM	4	2200		5000	22,0	Sandy Bridge	32	995,0	BGA1224			256*	1024*	6144		45,0
		Core i7 2715QE	4	2100		5000	21,0	Sandy Bridge	32	995,0	FCBGA1023			256*	1024*	6144		45,0
		Core i7 2670QM	4	2200		5000	22,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	6144		45,0
		Core i7 2655LE	2	2200		5000	22,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		25,0
		Core i7 2610UE	2	1500		5000	15,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		17,0
	593	Core i7 2710QE	4	2100		5000	21,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	6144		45,0
	446	Core i7 2640M	2	2800		5000	28,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	4096		35,0
	320	Core i7 2677M	2	1800		5000	18,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		17,0
		Core i7 2657M	2	1600		5000	16,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		17,0
		Core i7 2649M	2	2300		5000	23,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		25,0
	349	Core i7 2637M	2	1700		5000	17,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		17,0
	658	Core i7 2635QM	4	2000		5000	20,0	Sandy Bridge	32	995,0	FCBGA1023			256*	1024*	6144		45,0
	624	Core i7 2630QM	4	2000		5000	20,0	Sandy Bridge	32	995,0	FCPGA988			256*	1024*	6144		45,0
		Core i7 2629M	2	2100		5000	21,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		25,0
	435	Core i7 2620M	2	2700		5000	27,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		35,0
	317	Core i7 2617M	2	1500		5000	15,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	4096		17,0
Intel Core i5 (Sandy Bridge) "Mobile, 2. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	299	Core i5 2557M	2	1700		5000	17,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	3072		17,0
	415	Core i5 2540M	2	2600		5000	26,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	3072		35,0
	254	Core i5 2537M	2	1400		5000	14,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	3072		17,0
	396	Core i5 2520M	2	2500		5000	25,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	3072		35,0
	407	Core i5 2510E	2	2500		5000	25,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	3072		35,0
	264	Core i5 2467M	2	1600		5000	16,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	3072		17,0
	367	Core i5 2435M	2	2400		5000	30,0	Sandy Bridge	32	995,0	BGA 1023			128*	512*	3072		35,0
	355	Core i5 2410M	2	2300		5000	23,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	3072		35,0
	386	Core i5 2450M	2	2500		5000	25,0	Sandy Bridge	32	995,0	BGA 1023			128*	512*	3072		35,0
	366	Core i5 2430M	2	2400		5000	24,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	3072		35,0
	360	Core i5 2415M	2	2300		5000	23,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	3072		35,0
Intel Core i3 (Sandy Bridge) "Mobile, 2. Generation "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	205	Core i3 2377M	2	1500		5000	15,0	Sandy Bridge	32	624,0	BGA 1023			128*	512*	3072		17,0
	207	Core i3 2375M	2	1500		5000	15,0	Sandy Bridge	32	624,0	BGA 1023			128*	512*	3072		17,0
	193	Core i3 2367M	2	1400		5000	14,0	Sandy Bridge	32	624,0	BGA 1023			128*	512*	3072		17,0
	190	Core i3 2365M	2	1400		5000	14,0	Sandy Bridge	32	624,0	BGA 1023			128*	512*	3072		17,0
	183	Core i3 2357M	2	1300		5000	13,0	Sandy Bridge	32	624,0	???			128*	512*	3072		17,0
	296	Core i3 2348M	2	2300		5000	23,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		35,0
	193	Core i3 2340UE	2	1300		5000	13,0	Sandy Bridge	32	624,0	BGA 1023			128*	512*	3072		17,0
	285	Core i3 2330M	2	2200		5000	22,0	Sandy Bridge	32	624,0	FCBGA1023			128*	512*	3072		35,0
	337	Core i3 2330E	2	2200		5000	22,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		35,0
	280	Core i3 2328M	2	2200		5000	22,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		17,0
	270	Core i3 2310M	2	2100		5000	21,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		35,0
	318	Core i3 2310E	2	2100		5000	21,0	Sandy Bridge	32	624,0	BGA 1023			128*	512*	3072		35,0
		Core i3 2115C	2	2000		5000	20,0	Sandy Bridge	32	624,0	BGA 1284			128*	512*	3072		25,0
	313	Core i3 2370M	2	2400		5000	24,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		35,0
	296	Core i3 2350M	2	2300		5000	23,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		35,0
	228	Core i3 2312M	2	2100		5000	21,0	Sandy Bridge	32	624,0	FCPGA988			128*	512*	3072		35,0
Intel Core i7 Mobile (Core)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i7 Mobile 940XM	4	2133		2500	16,0	Clarksfield	45	774,0	PGA988			256*	1024*	8192		55,0
		Core i7 Mobile 920XM	4	2000		2500	15,0	Clarksfield	32	774,0	PGA988			256*	1024*	8192	1,400	55,0
		Core i7 Mobile 840QM	4	1866		2500	14,0	Clarksfield	45	774,0	PGA988			256*	1024*	8192		45,0
		Core i7 Mobile 820QM	4	1733		2500	13,0	Clarksfield	32	774,0	PGA988			256*	1024*	8192	1,400	45,0
		Core i7 Mobile 740QM	4	1733		2500	13,0	Clarksfield	45	774,0	PGA988			256*	1024*	6144		45,0
		Core i7 Mobile 720QM	4	1600		2500	12,0	Clarksdale	32	774,0	PGA988			256*	1024*	6144	1,400	45,0
		Core i7 Mobile 680UM	2	1466		2500	11,0	Arrandale	32	382,0	???			128*	512*	4096		18,0
		Core i7 Mobile 660LM	2	2266		2500	17,0	Arrandale	32	382,0	???			128*	512*	4096		25,0
		Core i7 Mobile 660UM	2	1333		2500	10,0	Arrandale	32	383,0	???			128*	512*	4096		18,0
		Core i7 Mobile 660UE	2	1330		2500	10,0	Arrandale	32	382,0	BGA1288			128*	512*	4096		18,0
		Core i7 Mobile 640M	2	2800		2500	21,0	Arrandale	32	382,0	???			128*	512*	4096		35,0
		Core i7 Mobile 640LM	2	2133		2500	16,0	Arrandale	32	383,0	BGA1288			128*	512*	4096		25,0
		Core i7 Mobile 640UM	2	1200		2500	9,0	Arrandale	32	383,0	BGA1288			128*	512*	4096		18,0
		Core i7 Mobile 620M	2	2666		2500	20,0	Arrandale	32	383,0	Embedded			128*	512*	4096		35,0
		Core i7 Mobile 620LE	2	2000		2500	15,0	Arrandale	32	383,0	???			128*	512*	4096		25,0
		Core i7 Mobile 620LM	2	2000		2500	15,0	Arrandale	32	383,0	BGA1288			128*	512*	4096		25,0
		Core i7 Mobile 620LM	2	2000		2500	15,0	Arrandale	32	383,0	Embedded			128*	512*	4096		25,0
		Core i7 Mobile 620UM	2	1066		2500	8,0	Arrandale	32	382,0	BGA1288			128*	512*	4096		18,0
		Core i7 Mobile 620UE	2	1066		2500	8,0	Arrandale	32	383,0	Embedded			128*	512*	4096		18,0
		Core i7 Mobile 610E	2	2533		2500	20,0	Arrandale	32	383,0	Embedded			128*	512*	4096		35,0
Intel Core i5 (Core) "Mobile "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i5 580M	2	2666		2500	20,0	Arrandale	32	382,0	BGA1288			128*	512*	3072		35,0
		Core i5 560M	2	2666		2500	20,0	Arrandale	32	382,0	BGA1288			128*	512*	3072		35,0
		Core i5 560UM	2	1333		2500	10,0	Arrandale	32	382,0	BGA1288			128*	512*	3072		18,0
	270	Core i5 540M	2	2533		2500	19,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		35,0
		Core i5 540UM	2	1200		2500	9,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		18,0
	267	Core i5 520M	2	2400		2500	18,0	Arrandale	32	383,0	FCPGA988			128*	512*	3072		35,0
		Core i5 520E	2	2400		2500	18,0	Arrandale	32	383,0	Embedded			128*	512*	3072		35,0
	150	Core i5 520UM	2	1066		2500	8,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		18,0
		Core i5 480M	2	2660		2500	20,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		35,0
		Core i5 470UM	2	1330		2500	10,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		18,0
		Core i5 460M	2	2530		2500	19,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		35,0
		Core i5 450M	2	2400		4800	18,0	Arrandale	32	383,0	PGA988			128*	512*	3072		35,0
		Core i5 430UM	2	1200		2500	9,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		18,0
		Core i5 430M	2	2266		2500	17,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		35,0
Intel Core i3 (Core) "Mobile "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Core i3 390M	2	2660		2500	20,0	Arrandale	32	382,0	PGA988			128*	512*	3072		35,0
		Core i3 380M	2	2533		2500	18,5	Arrandale	32	382,0	PGA988			128*	512*	3072		35,0
		Core i3 380UM	2	1330		2500	10,0	Arrandale	32	382,0	BGA1288			128*	512*	3072		18,0
		Core i3 370M	2	2400		2500	18,0	Arrandale	32	382,0	PGA988			128*	512*	3072		35,0
		Core i3 350M	2	2266		2500	17,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		35,0
		Core i3 330M	2	2133		2500	16,0	Arrandale	32	383,0	BGA1288			128*	512*	3072		35,0
		Core i3 330UM	2	1200		2500	9,0	Arrandale	32	382,0	BGA1288			128*	512*	3072		35,0
		Core i3 330E	2	2133		2500	16,0	Arrandale	32	383,0	Embedded			128*	512*	3072		35,0
Intel Core 2 Duo (Core) "Mobile "
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	253	Core 2 Duo T9900	2	3066		1066	11,5	Penryn	45	410,0	???			128*	6144	---	1,213	35,0
	238	Core 2 Duo T9800	2	2933		1066	11,0	Penryn	45	410,0	???			128*	6144	---	1,213	35,0
	221	Core 2 Duo T9600	2	2800		1066	10,5	Penryn	45	410,0	???			128*	6144	---	1,213	35,0
	202	Core 2 Duo T9550	2	2666		1066	10,0	Penryn	45	410,0	???			128*	6144	---	1,212	35,0
	204	Core 2 Duo T9500	2	2600		800	13,0	Penryn	45	410,0	???			128*	6144	---	1,250	35,0
	196	Core 2 Duo T9400	2	2533		1066	9,5	Penryn	45	410,0	???			128*	6144	---	1,162	35,0
	191	Core 2 Duo T9300	2	2500		800	12,5	Penryn	45	410,0	???			128*	6144	---	1,250	35,0
	225	Core 2 Duo P9700	2	2800		1066	10,5	Penryn	45	410,0	???			128*	6144	---	1,175	28,0
	216	Core 2 Duo P9600	2	2666		1066	10,0	Penryn	45	410,0	???			128*	6144	---	1,212	25,0
		Core 2 Duo SP9600	2	2533		1066	9,5	Penryn	45	410,0	PGA478			128*	6144	---	1,150	25,0
	205	Core 2 Duo P9500	2	2533		1066	9,5	Penryn	45	410,0	???			128*	6144	---	1,212	25,0
		Core 2 Duo SP9400	2	2400		1066	9,0	Penryn	45	410,0	BGA956			128*	6144	---	1,150	25,0
		Core 2 Duo SP9300	2	2266		1066	8,5	Penryn	45	410,0	BGA956			128*	6144	---	1,150	25,0
		Core 2 Duo SL9600	2	2133		1066	8,0	Penryn	45	410,0	???			128*	6144	---	1,150	17,0
		Core 2 Duo SL9400	2	1866		1066	7,0	Penryn	45	410,0	BGA956			128*	6144	---	1,150	17,0
		Core 2 Duo SL9380	2	1800		800	9,0	Penryn	45	410,0	???			128*	6144	---	1,150	17,0
		Core 2 Duo SL9300	2	1600		1066	6,0	Penryn	45	410,0	BGA956			128*	6144	---	1,150	17,0
		Core 2 Duo SU9600	2	1600		800	8,0	Penryn	45	410,0	PGA478			128*	3072	---	1,150	10,0
		Core 2 Duo SU9400	2	1400		800	7,0	Penryn	45	410,0	BGA956			128*	3072	---	1,150	10,0
		Core 2 Duo SU9300	2	1200		800	6,0	Penryn	45	410,0	???			128*	3072	---	1,150	10,0
	165	Core 2 Duo T8300	2	2400		800	12,0	Penryn	45	410,0	???			128*	3072	---	1,250	35,0
	144	Core 2 Duo T8100	2	2100		800	10,5	Penryn	45	410,0	???			128*	3072	---	1,250	35,0
	192	Core 2 Duo P8800	2	2666		1066	10,0	Penryn	45	410,0	PGA478			128*	3072	---	1,250	25,0
	187	Core 2 Duo P8700	2	2533		1066	9,5	Penryn	45	410,0	???			128*	3072	---	1,250	25,0
	173	Core 2 Duo P8600	2	2400		1066	9,0	Penryn	45	410,0	???			128*	3072	---	1,150	25,0
	164	Core 2 Duo P8400	2	2266		1066	8,5	Penryn	45	410,0	???			128*	3072	---	1,150	25,0
	184	Core 2 Duo T7800	2	2600		800	13,0	Merom	65	291,0	PBGA479			128*	4096	---	1,250	35,0
	162	Core 2 Duo T7700	2	2400		800	12,0	Merom	65	291,0	PBGA479			128*	4096	---	1,300	35,0
	149	Core 2 Duo T7600	2	2333		667	14,0	Merom	65	291,0	PBGA479			128*	4096	---	1,300	34,0
	140	Core 2 Duo T7400	2	2166		667	13,0	Merom	65	291,0	PBGA479			128*	4096	---	1,300	34,0
	134	Core 2 Duo T7300	2	2000		800	10,0	Merom	65	291,0	PBGA479			128*	4096	---	1,300	35,0
	124	Core 2 Duo T7250	2	2000		800	10,0	Merom 2M	65	291,0	PBGA479			128*	2048	---	1,175	35,0
	143	Core 2 Duo T7500	2	2200		800	11,0	Merom	65	291,0	PBGA479			128*	4096	---	1,250	35,0
	133	Core 2 Duo T7200	2	2000		667	12,0	Merom	65	291,0	???			128*	4096	---	1,300	34,0
	116	Core 2 Duo T7100	2	1800		800	9,0	Merom 2M	65	291,0	PBGA479			128*	2048	---	1,250	35,0
		Core 2 Duo P7750	2	2266		1066	8,5	Penryn	45	410,0	PGA478			128*	3072	---	1,150	25,0
	163	Core 2 Duo P7570	2	2266		1066	8,5	Penryn	45	410,0	PGA478			128*	3072	---	1,150	25,0
	161	Core 2 Duo P7450	2	2133		1066	7,5	Penryn	45	410,0	PGA478			128*	3072	---	1,150	25,0
	143	Core 2 Duo P7370	2	2000		1066	7,5	Penryn	45	410,0	PGA478			128*	3072	---	1,150	25,0
	148	Core 2 Duo P7350	2	2000		1066	7,5	Penryn	45	410,0	PGA478			128*	3072	---	1,150	25,0
	108	Core 2 Duo L7700	2	1800		800	9,0	Merom	65	291,0	???			128*	4096	---	1,200	17,0
	104	Core 2 Duo L7500	2	1600		800	8,0	Merom	65	291,0	Sockel M			128*	4096	---	1,050	17,0
	102	Core 2 Duo L7400	2	1500		667	9,0	Merom	65	291,0	Sockel M			128*	4096	---	1,050	17,0
		Core 2 Duo L7300	2	1400		800	7,0	Merom	65	291,0	PBGA479			128*	4096	---	1,062	17,0
	92	Core 2 Duo L7300	2	1400		800	7,0	Merom	65	291,0	Sockel M			128*	4096	---	1,050	17,0
	77	Core 2 Duo L7200	2	1333		667	8,0	Merom	65	291,0	Sockel M			128*	4096	---	1,050	17,0
	80	Core 2 Duo U7700	2	1333		533	10,0	Merom 2M	65	291,0	???			128*	2048	---	0,975	10,0
	75	Core 2 Duo U7600	2	1200		533	9,0	Merom 2M	65	167,0	Sockel M			128*	2048	---	0,950	10,0
		Core 2 Duo U7600	2	1333		533	10,0	Merom 2M	65	167,0	Sockel M			128*	2048	---	0,950	10,0
	69	Core 2 Duo U7500	2	1066		533	8,0	Merom 2M	65	167,0	Sockel M			128*	2048	---	0,950	10,0
		Core 2 Duo SU7300	2	1300		800	6,5	Penryn	45	410,0	PGA478			128*	3072	---	1,050	10,0
	158	Core 2 Duo T6600	2	2200		800	11,0	Penryn	45	410,0	???			128*	2048	---	1,250	35,0
	156	Core 2 Duo T6670	2	2200		800	11,0	Penryn	45	410,0	PGA478			128*	2048	---	1,250	35,0
	141	Core 2 Duo T6570	2	2100		800	10,5	Penryn	45	410,0	PGA478			128*	2048	---	1,250	35,0
	146	Core 2 Duo T6500	2	2100		800	10,5	Penryn	45	410,0	???			128*	2048	---	1,300	35,0
	138	Core 2 Duo T6400	2	2000		800	10,0	Penryn	45	410,0	PGA478			128*	2048	---	1,250	35,0
	125	Core 2 Duo T5870	2	2000		800	10,0	Merom 2M	65	291,0	???			128*	2048	---	1,175	35,0
	125	Core 2 Duo T5800	2	2000		800	10,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,175	35,0
	122	Core 2 Duo T5750	2	2000		667	12,0	Merom 2M	65	291,0	???			128*	2048	---	1,175	35,0
	114	Core 2 Duo T5670	2	1800		800	9,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,300	35,0
		Core 2 Duo T5600	2	1833		667	11,0	Merom 2M	65	167,0	Sockel P			128*	2048	---	1,300	34,0
	116	Core 2 Duo T5600	2	1833		667	11,0	Merom 2M	65	167,0	Sockel M			128*	2048	---	1,300	34,0
	117	Core 2 Duo T5550	2	1833		667	11,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,250	35,0
		Core 2 Duo T5500	2	1666		667	10,0	Merom 2M	65	167,0	Sockel P			128*	2048	---	1,300	34,0
	103	Core 2 Duo T5500	2	1666		667	10,0	Merom 2M	65	167,0	Sockel M			128*	2048	---	1,300	34,0
	102	Core 2 Duo T5470	2	1600		800	8,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,250	35,0
	100	Core 2 Duo T5450	2	1666		667	10,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,250	35,0
	106	Core 2 Duo T5300	2	1733		533	13,0	Merom 2M	65	167,0	Sockel P			128*	2048	---	1,250	34,0
	88	Core 2 Duo T5270	2	1400		800	7,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,250	35,0
	93	Core 2 Duo T5250	2	1500		667	9,0	Merom 2M	65	291,0	PPGA478			128*	2048	---	1,250	35,0
	93	Core 2 Duo T5200	2	1600		533	12,0	Merom 2M	65	167,0	Sockel P			128*	2048	---	1,250	34,0
Intel Core Duo (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	117	Core Duo T2700	2	2333		667	14,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,200	31,0
	105	Core Duo T2600	2	2166		667	13,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,200	31,0
	100	Core Duo T2500	2	2000		667	12,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,200	31,0
	90	Core Duo T2400	2	1833		667	11,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,200	31,0
	83	Core Duo T2300	2	1666		667	10,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,200	31,0
	82	Core Duo L2500	2	1833		667	11,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,100	15,0
	78	Core Duo L2400	2	1666		667	10,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,100	15,0
	80	Core Duo L2300	2	1500		667	9,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,100	15,0
	55	Core Duo U2500	2	1200		533	9,0	Yonah DC	65	151,0	Sockel 479m			128*	2048	---	1,100	9,0
	60	Core Duo U2400	2	1066		533	8,0	Vonah DC	65	151,0	Sockel 479m			128*	2048	---	1,100	9,0
Intel Core Solo (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	106	Core Solo T1400	1	1833		667	11,0	Yonah SC	65	151,0	Sockel 479m			64	2048	---	1,200	31,0
	46	Core Solo T1300	1	1666		667	10,0	Yonah SC	65	151,0	Sockel 479m			64	2048	---	1,200	31,0
	34	Core Solo U1400	1	1200		533	9,0	Yonah SC	65	151,0	Sockel 479m			64	2048	---	1,200	5,5
	31	Core Solo U1300	1	1066		533	8,0	Yonah SC	65	151,0	Sockel 479m			64	2048	---	1,200	5,5
Intel Atom (Atom)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	94	Atom D2700	2	2133		2500	16,0	Cedarview-D	32		FCBGA559			112*	1024*	---	1,210	10,0
	44	Atom D2500	2	1866		2500	14,0	Cedarview-D	32		FCBGA559			112*	1024*	---	1,210	10,0
	78	Atom D525	2	1800		2500	11,5	Pineview	45	176,0	FCBGA559			112*	1024*	---	1,180	13,0
	77	Atom D510	2	1666		2550	10,0	Pineview	45	176,0	FCBGA559			112*	1024*	---	1,175	13,0
	38	Atom D425	1	1800		2500	11,0	Pineview	45	123,0	FCBGA559			56*	512*	---	1,180	10,0
	35	Atom D410	1	1666		2500	10,0	Pineview	45	123,0	FCBGA559			56*	512*	---	1,175	10,0
	39	Atom N475	1	1833		2500	11,0	Pineview	45	123,0	FCBGA559			56*	512*	---	1,175	6,5
	37	Atom N470	1	1833		2500	11,0	Pineview	45	123,0	FCBGA559			56*	512*	---	1,175	6,5
	33	Atom N455	1	1666		2500	10,0	Pineview	45	123,0	FCBGA559			56*	512*	---	1,175	6,5
	33	Atom N450	1	1666		2500	10,0	Pineview	45	123,0	FCBGA559			56*	512*	---	1,175	5,5
		Atom Z560	1	2133		533	16,0	Silverthorne	45	47,0	FCBGA559			56*	512*	---	1,100	2,5
	43	Atom Z550	1	2000		533	16,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	2,4
	39	Atom Z540	1	1866		533	14,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	2,4
		Atom Z530P	1	1600		533	12,0	Silverthorne	45	47,0	PBGA437			56*	512*	---	1,100	2,2
	31	Atom Z530	1	1600		533	12,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	2,0
		Atom Z520PT	1	1333		533	10,0	Silverthorne	45	47,0	PBGA437			56*	512*	---	1,100	2,2
	25	Atom Z520	1	1333		533	10,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	2,0
	24	Atom Z515	1	1200		400	12,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	1,4
		Atom Z510PT	1	1100		400	11,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	2,2
		Atom Z510P	1	1100		400	11,0	Silverthorne	45	47,0	PBGA437			56*	512*	---	1,100	2,2
	22	Atom Z510	1	1100		400	11,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	2,0
		Atom Z500	1	800		400	8,0	Silverthorne	45	47,0	PBGA441			56*	512*	---	1,100	0,7
	33	Atom N280	1	1666		2500	10,0	Pineview	45	47,0	FCBGA559			56*	512*	---	1,160	2,5
	32	Atom N270	1	1600		533	12,0	Diamondville	45	47,0	PBGA437			56*	512*	---	1,150	8,0
	67	Atom 330	2	1600		533	12,0	Diamondville	45	94,0	PBGA437			112*	1024*	---	1,150	8,0
	33	Atom 230	1	1600		533	12,0	Diamondville	45	47,0	PBGA437			56	512	---	1,150	4,0
Intel Mobile Pentium Dual-Core (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Pentium Dual-Core T4500	2	2300		800	11,5	Penryn	45	410,0	Sockel P			128*	1024	---	1,150	35,0
		Mobile Pentium Dual-Core T4400	2	2200		800	11,0	Penryn	45	410,0	Sockel P			128*	1024	---	1,150	35,0
		Mobile Pentium Dual-Core T4300	2	2100		800	10,5	Penryn	45	410,0	Sockel P			128*	1024	---	1,150	35,0
		Mobile Pentium Dual-Core T4200	2	2000		800	10,0	Penryn	45	410,0	Sockel P			128*	1024	---		35,0
		Mobile Pentium Dual-Core SU2700	2	1300		800	6,5	Penryn	45	410,0	Sockel P			128*	2048	---		10,0
		Mobile Pentium Dual-Core T3400	2	2166		667	13,0	Merom	65	291,0	Sockel P			128*	1024	---	1,175	35,0
		Mobile Pentium Dual-Core T3200	2	2000		667	12,0	Merom	65	291,0	Sockel P			128*	1024	---	1,175	35,0
		Mobile Pentium Dual-Core T2390	2	1866		533	14,0	Merom	65	291,0	Sockel P			128*	1024	---	1,175	35,0
		Mobile Pentium Dual-Core T2370	2	1733		533	13,0	Merom	65	291,0	Sockel P			128*	1024	---	1,175	35,0
		Mobile Pentium Dual-Core T2330	2	1600		533	12,0	Merom	65	291,0	Sockel P			128*	1024	---	1,175	35,0
		Mobile Pentium Dual-Core T2310	2	1466		533	11,0	Merom	65	291,0	Sockel P			128*	1024	---	1,175	35,0
		Mobile Pentium Dual-Core T2130	2	1866		533	14,0	Yonah	65	151,0	Sockel M			128*	1024	---	1,300	31,0
		Mobile Pentium Dual-Core T2080	2	1733		533	13,0	Yonah	65	151,0	Sockel M			128*	1024	---	1,300	31,0
		Mobile Pentium Dual-Core T2060	2	1600		533	12,0	Yonah	65	151,0	Sockel M			128*	1024	---	1,300	31,0
Intel Pentium M (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Pentium M 770	1	2133		533	16,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	27,0
		Pentium M 765	1	2100		400	21,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	21,0
		Pentium M 760	1	2000		533	15,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	27,0
		Pentium M 755	1	2000		400	20,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	21,0
		Pentium M 750	1	1866		533	14,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	27,0
		Pentium M 745	1	1800		400	18,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	21,0
		Pentium M 740	1	1733		533	13,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	27,0
		Pentium M 738	1	1400		400	14,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,160	10,0
		Pentium M 735	1	1700		400	17,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	21,0
		Pentium M 733	1	1100		400	11,0	Dothan	90	140,0	Sockel 479m			64	2048	---	0,940	5,0
		Pentium M 730	1	1600		533	12,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	27,0
		Pentium M 725	1	1600		400	16,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	21,0
		Pentium M 723	1	1100		400	11,0	Dothan	90	140,0	Sockel 479m			64	2048	---	0,940	5,0
		Pentium M 715	1	1500		400	15,0	Dothan	90	140,0	Sockel 479m			64	2048	---	1,340	21,0
		Pentium M 600 Mhz ULV	1	600		400	6,0	Dothan	90	77,0	Sockel 479m			64	2048	---	9,999	7,5
	43	Pentium M 1700	1	1700		400	17,0	Banias	130	77,0	Sockel 479m			64	1024	---		24,5
	40	Pentium M 1600	1	1600		400	16,0	Banias	130	77,0	Sockel 479m			64	1024	---		24,5
	40	Pentium M 1500	1	1500		400	15,0	Banias	130	77,0	Sockel 479m			64	1024	---		24,5
	36	Pentium M 1400	1	1400		400	14,0	Banias	130	77,0	Sockel 479m			64	1024	---		22,0
	34	Pentium M 1300	1	1300		400	13,0	Banias	130	77,0	Sockel 479m			64	1024	---		22,0
		Pentium M 1100 LV**	1	1100		400	11,0	Banias	130	77,0	Sockel 479m			64	1024	---	1,180	12,0
		Pentium M 900 ULV**	1	900		400	9,0	Banias	130	77,0	Sockel 479m			64	1024	---		7,0
		Pentium M 600 ULV**	1	600		400	6,0	Banias	130	77,0	Sockel 479m			64	1024	---	9,999	6,0
		Pentium M 600 ULV**	1	600		400	6,0	Banias	130	77,0	Sockel 479m			64	1024	---	9,999	4,0
Intel Mobile Pentium 4 (NetBurst)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Pentium 4 3200	1	3200		533	24,0	Northwood	130	55,0	Sockel 478			8	512	---	1,550
		Mobile Pentium 4 3200	1	3200		533	24,0	Northwood	130	55,0	Sockel 478			8	512	---	1,525
		Mobile Pentium 4 3200	1	3200		533	24,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500
		Mobile Pentium 4 3200	1	3200		533	24,0	Northwood	130	55,0	Sockel 478			8	512	---	1,475
		Mobile Pentium 4 3066	1	3066		533	23,0	Northwood	130	55,0	Sockel 478			8	512	---	1,550	93,3
		Mobile Pentium 4 3066	1	3066		533	23,0	Northwood	130	55,0	Sockel 478			8	512	---	1,525	93,3
		Mobile Pentium 4 3066	1	3066		533	23,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	93,3
		Mobile Pentium 4 3066	1	3066		533	23,0	Northwood	130	55,0	Sockel 478			8	512	---	1,475	93,3
		Mobile Pentium 4 2800	1	2800		533	21,0	Northwood	130	55,0	Sockel 478			8	512	---	1,525	91,2
		Mobile Pentium 4 2800	1	2800		533	21,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	91,2
		Mobile Pentium 4 2800	1	2800		533	21,0	Northwood	130	55,0	Sockel 478			8	512	---	1,475	91,2
		Mobile Pentium 4 2666	1	2666		533	20,0	Northwood	130	55,0	Sockel 478			8	512	---	1,525	88,1
		Mobile Pentium 4 2666	1	2666		533	20,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	88,1
		Mobile Pentium 4 2666	1	2666		533	20,0	Northwood	130	55,0	Sockel 478			8	512	---	1,475	88,1
		Mobile Pentium 4 2400	1	2400		533	18,0	Northwood	130	55,0	Sockel 478			8	512	---	1,525	79,7
		Mobile Pentium 4 2400	1	2400		533	18,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	79,7
		Mobile Pentium 4 2400	1	2400		533	18,0	Northwood	130	55,0	Sockel 478			8	512	---	1,475	79,7
Intel Mobile Pentium 4-M (NetBurst)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	35	Mobile Pentium 4-M 2600	1	2600		400	26,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	46,6
	29	Mobile Pentium 4-M 2500	1	2500		400	25,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	46,6
	29	Mobile Pentium 4-M 2400	1	2400		400	24,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	46,6
	24	Mobile Pentium 4-M 2200	1	2200		400	22,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	46,6
	25	Mobile Pentium 4-M 2000	1	2000		400	20,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	42,6
	26	Mobile Pentium 4-M 1900	1	1900		400	19,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	42,6
	25	Mobile Pentium 4-M 1800	1	1800		400	18,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	40,0
	20	Mobile Pentium 4-M 1700	1	1700		400	17,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	40,0
	22	Mobile Pentium 4-M 1600	1	1600		400	16,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	40,0
		Mobile Pentium 4-M 1500	1	1500		400	15,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	35,8
		Mobile Pentium 4-M 1400	1	1400		400	14,0	Northwood	130	55,0	Sockel 478			8	512	---	1,300	34,4
		Mobile Pentium 4-M 1200	1	1200		400	12,0	Northwood	130	55,0	Sockel 478			8	512	---	1,200	27,7
Intel Mobile Pentium III-M (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
	32	Mobile Pentium III-M 1333	1	1333		133	10,0	Tualatin	130	44,0	???			32	512	---	1,400	22,0
		Mobile Pentium III-M 1266	1	1266		133	9,5	Tualatin	130	44,0	???			32	512	---	1,400	22,0
	31	Mobile Pentium III-M 1200	1	1200		133	9,0	Tualatin	130	44,0	???			32	512	---	1,400	22,0
	32	Mobile Pentium III-M 1133	1	1133		133	8,5	Tualatin	130	44,0	???			32	512	---	1,400	21,8
		Mobile Pentium III-M 1066	1	1066		133	8,0	Tualatin	130	44,0	???			32	512	---	1,400	21,0
	28	Mobile Pentium III-M 1000	1	1000		133	7,5	Tualatin	130	44,0	???			32	512	---	1,400	20,5
		Mobile Pentium III-M 1000 LV	1	1000		133	7,5	Tualatin	130	44,0	???			32	512	---	1,150	11,0
	25	Mobile Pentium III-M 933	1	933		133	7,0	Tualatin	130	44,0	???			32	512	---	1,400	20,1
		Mobile Pentium III-M 933 LV	1	933		133	7,0	Tualatin	130	44,0	???			32	512	---	1,150	10,5
	24	Mobile Pentium III-M 866	1	866		133	6,5	Tualatin	130	44,0	???			32	512	---	1,400	19,5
		Mobile Pentium III-M 866 LV	1	866		133	6,5	Tualatin	130	44,0	???			32	512	---	1,150	10,1
		Mobile Pentium III-M 866 ULV	1	866		133	6,5	Tualatin	130	44,0	???			32	512	---	1,100	7,0
		Mobile Pentium III-M 850 LV	1	850		100	8,5	Tualatin	130	44,0	???			32	512	---	1,150	10,0
		Mobile Pentium III-M 850 ULV	1	850		100	8,5	Tualatin	130	44,0	???			32	512	---	1,100	7,0
		Mobile Pentium III-M 800 LV	1	800		133	6,0	Tualatin	130	44,0	???			32	512	---	1,150	9,8
		Mobile Pentium III-M 800 ULV	1	800		133	6,0	Tualatin	130	44,0	???			32	512	---	1,100	7,0
		Mobile Pentium III-M 750 LV	1	750		100	7,5	Tualatin	130	44,0	???			32	512	---	1,150	9,4
		Mobile Pentium III-M 750 ULV	1	750		100	7,5	Tualatin	130	44,0	???			32	512	---	1,100	7,0
		Mobile Pentium III-M 733 LV	1	733		133	5,5	Tualatin	130	44,0	???			32	512	---	1,150	9,3
		Mobile Pentium III-M 700 ULV	1	700		100	7,0	Tualatin	130	44,0	???			32	512	---	1,100	7,0
		Mobile Pentium III-M 667 LV	1	667		133	5,0	Tualatin	130	44,0	???			32	512	---	1,150	8,9
		Mobile Pentium III-M 533 ULV	1	533		133	4,0	Tualatin	130	44,0	???			32	512	---	1,050	6,1
		Mobile Pentium III-M 500 ULV	1	500		100	5,0	Tualatin	130	44,0	???			32	512	---	1,050	5,9
		Mobile Pentium III-M 466 ULV	1	466		133	3,5	Tualatin	130	44,0	???			32	512	---	1,050	5,8
		Mobile Pentium III-M 450 ULV	1	450		100	4,5	Tualatin	130	44,0	???			32	512	---	1,050	5,7
		Mobile Pentium III-M 400 ULV	1	400		100	4,0	Tualatin	130	44,0	???			32	512	---	0,950	3,4
		Mobile Pentium III-M 350 ULV	1	350		100	3,5	Tualatin	130	44,0	???			32	512	---	0,950	3,1
		Mobile Pentium III-M 300 ULV	1	300		100	3,0	Tualatin	130	44,0	???			32	512	---	0,950	3,0
Intel Mobile Pentium III (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Pentium III 1000	1	1000		100	10,0	Coppermine	180	28,1	???			32	256	---	1,700	34,0
		Mobile Pentium III 900	1	900		100	9,0	Coppermine	180	28,1	???			32	256	---	1,700	30,7
		Mobile Pentium III 850	1	850		100	8,5	Coppermine	180	28,1	???			32	256	---	1,600	27,5
		Mobile Pentium III 800	1	800		100	8,0	Coppermine	180	28,1	???			32	256	---	1,600	25,9
		Mobile Pentium III 750	1	750		100	7,5	Coppermine	180	28,1	???			32	256	---	1,600	24,6
		Mobile Pentium III 750 LV	1	750		100	7,5	Coppermine	180	28,1	???			32	256	---	1,350	17,2
		Mobile Pentium III 700	1	700		100	7,0	Coppermine	180	28,1	???			32	256	---	1,600	23,0
		Mobile Pentium III 700 LV	1	700		100	7,0	Coppermine	180	28,1	???			32	256	---	1,350	16,1
		Mobile Pentium III 650	1	650		100	6,5	Coppermine	180	28,1	???			32	256	---	1,600	21,5
		Mobile Pentium III 650 LV	1	650		100	6,5	Coppermine	180	28,1	???			32	256	---	1,350	15,1
		Mobile Pentium III 600	1	600		100	6,0	Coppermine	180	28,1	???			32	256	---	1,600	20,0
		Mobile Pentium III 600 LV	1	600		100	6,0	Coppermine	180	28,1	???			32	256	---	1,350	14,4
		Mobile Pentium III 600 ULV	1	600		100	6,0	Coppermine	180	28,1	???			32	256	---	1,100	9,7
		Mobile Pentium III 550 LV	1	550		100	5,5	Coppermine	180	28,1	???			32	256	---	1,350	13,2
		Mobile Pentium III 500	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,600	16,8
		Mobile Pentium III 500 LV	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,350	12,2
		Mobile Pentium III 500 LV	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,350	12,2
		Mobile Pentium III 500 ULv	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,100	8,1
		Mobile Pentium III 450	1	450		100	4,5	Coppermine	180	28,1	???			32	256	---	1,600	15,5
		Mobile Pentium III 400 LV	1	400		100	4,0	Coppermine	180	28,1	???			32	256	---	1,350	10,1
		Mobile Pentium III 300 ULV	1	300		100	3,0	Coppermine	180	28,1	???			32	256	---	9,999	4,5
		Mobile Pentium III 1000	1	1000		100	10,0	Coppermine	180	28,1	???			32	256	---	1,600
		Mobile Pentium III 900	1	900		100	9,0	Coppermine	180	28,1	???			32	256	---	1,600
		Mobile Pentium III 850	1	850		100	8,5	Coppermine	180	28,1	???			32	256	---	1,600	22,5
		Mobile Pentium III 800	1	800		100	8,0	Coppermine	180	28,1	???			32	256	---	1,600	21,6
		Mobile Pentium III 750	1	750		100	7,5	Coppermine	180	28,1	???			32	256	---	1,600	20,0
		Mobile Pentium III 750 LV	1	750		100	7,5	Coppermine	180	28,1	???			32	256	---	1,350
		Mobile Pentium III 700	1	700		100	7,0	Coppermine	180	28,1	???			32	256	---	1,600	19,1
		Mobile Pentium III 700 LV	1	700		100	7,0	Coppermine	180	28,1	???			32	256	---	1,350	15,1
		Mobile Pentium III 650	1	650		100	6,5	Coppermine	180	28,1	???			32	256	---	1,600	21,5
		Mobile Pentium III 650 LV	1	650		100	6,5	Coppermine	180	28,1	???			32	256	---	1,350	14,6
		Mobile Pentium III 600	1	600		100	6,0	Coppermine	180	28,1	???			32	256	---	1,600	20,0
		Mobile Pentium III 600 LV	1	600		100	6,0	Coppermine	180	28,1	???			32	256	---	1,350
		Mobile Pentium III 600 ULV	1	600		100	6,0	Coppermine	180	28,1	???			32	256	---
		Mobile Pentium III 550 LV	1	550		100	5,5	Coppermine	180	28,1	???			32	256	---	1,350	13,4
		Mobile Pentium III 500	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,600	16,8
		Mobile Pentium III 500 LV	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,350	12,2
		Mobile Pentium III 500 LV	1	500		100	5,0	Coppermine	180	28,1	???			32	256	---	1,350	12,2
		Mobile Pentium III 450	1	450		100	4,5	Coppermine	180	28,1	???			32	256	---	1,600	15,5
		Mobile Pentium III 400 LV	1	400		100	4,0	Coppermine	180	28,1	???			32	256	---	1,350	10,1
Intel Celeron M (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Celeron M 743 ULV	1	1300		800	6,5	Penryn	45	410,0	BGA956			64*	1024*	---		10,0
		Celeron M 723 ULV	1	1200		800	6,0	Penryn	45	410,0	BGA956			64*	1024*	---	1,150	10,0
		Celeron M 722 ULV	1	1200		800	6,0	Penryn	45	410,0	BGA956			64*	1024*	---	1,100	5,5
		Celeron M 585	1	2133		667	13,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	31,0
		Celeron M 575	1	2000		667	12,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	31,0
		Celeron M 573	1	1000		533	7,5	Merom	65	291,0	Sockel 479m			64*	1024*	---	0,975	10,0
		Celeron M 570	1	2266		533	17,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	31,0
		Celeron M 560	1	2133		533	16,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	31,0
		Celeron M 550	1	2000		533	15,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	31,0
	61	Celeron M 540	1	1866		533	14,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	30,0
	52	Celeron M 530	1	1733		533	13,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,300	27,0
		Celeron M 523 ULV	1	930		533	7,0	Merom	65	291,0	Sockel 479m			64*	1024*	---	1,100	5,5
	49	Celeron M 520	1	1600		533	12,0	Merom	65	291,0	Sockel 478			64*	1024*	---	1,300	30,0
	50	Celeron M 450	1	2000		533	15,0	Yonah	65	151,0	Sockel 478			64*	1024*	---	1,300	27,0
		Celeron M 443 ULV	1	1200		533	15,0	Yonah	65	151,0	Sockel 479m			64*	1024*	---	1,100	5,5
	44	Celeron M 440	1	1866		533	14,0	Yonah	65	151,0	Sockel 478			64*	1024*	---	1,300	27,0
	43	Celeron M 430	1	1733		533	13,0	Yonah	65	151,0	Sockel 478			64*	1024*	---	1,300	27,0
		Celeron M 423	1	1060		533	8,0	Yonah	65	151,0	Sockel 479m			64*	1024*	---	1,100	5,5
	37	Celeron M 410	1	1466		533	11,0	Yonah	65	151,0	Sockel 478			64*	1024*	---	1,300	27,0
	39	Celeron M 420	1	1600		533	12,0	Yonah	65	151,0	Sockel 478			64*	1024*	---	1,300	27,0
		Celeron M 215	1	1333		533	10,0	Yonah	65	151,0	Sockel 479m			64*	512*	---		27,0
		Celeron M 390	1	1700		400	17,0	Dothan	90	144,0	Sockel 479m			64	1024	---	1,292	21,0
		Celeron M 383 ULV	1	1000		400	10,0	Dothan	90	144,0	Sockel 479m			64	1024	---	0,956	5,5
		Celeron M 380	1	1600		400	16,0	Dothan	90	144,0	Sockel 479m			64	1024	---	1,292	21,0
		Celeron M 373 ULV	1	1000		400	10,0	Dothan	90	144,0	Sockel 479m			64	512	---	0,956	5,5
		Celeron M 370	1	1500		400	15,0	Dothan	90	144,0	Sockel 479m			64	1024	---	1,292	21,0
		Celeron M 360	1	1400		400	14,0	Dothan	90	144,0	Sockel 479m			64	1024	---	1,292	13,0
		Celeron M 353 ULV	1	900		400	9,0	Dothan	90	144,0	Sockel 479m			64	512	---	0,940	5,0
		Celeron M 350	1	1300		400	13,0	Dothan	90	144,0	Sockel 479m			64	1024	---	1,292	12,0
		Celeron M 333 ULV	1	900		400	9,0	Banias	130	144,0	Sockel 479m			64	512	---	1,004	7,0
		Celeron M 340	1	1500		400	15,0	Banias	130	144,0	Sockel 479m			64	512	---	1,350	21,0
		Celeron M 330	1	1400		400	14,0	Banias	130	144,0	Sockel 479m			64	512	---	1,350	20,0
		Celeron M 320	1	1300		400	13,0	Banias	130	144,0	Sockel 479m			64	512	---	1,350	19,0
		Celeron M 310	1	1200		4000	14,0	Banias	130	144,0	Sockel 479m			64*	512*	---	1,356	24,5
		Celeron M 800 ULV	1	800		400	8,0	Banias	130	144,0	Sockel 479m			64	512	---	1,000	7,0
		Celeron M 600 MHz	1	600		400	6,0	Banias	130	144,0	Sockel 479m			64*	512*	---		7,0
Intel Mobile Celeron 4 (NetBurst)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Celeron 4 2400	1	2400		400	24,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	46,6
		Mobile Celeron 4 2200	1	2200		400	22,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	46,6
		Mobile Celeron 4 2000	1	2000		400	20,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	42,7
		Mobile Celeron 4 1900	1	1900		400	19,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	40,0
		Mobile Celeron 4 1800	1	1800		400	18,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	40,0
		Mobile Celeron 4 1700	1	1700		400	17,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	40,0
		Mobile Celeron 4 1600	1	1600		400	16,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	40,0
		Mobile Celeron 4 1500	1	1500		400	15,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	40,0
		Mobile Celeron 4 1400	1	1400		400	14,0	Northwood	130	125,0	Sockel 478			8	128	---	1,300	40,0
Intel Mobile Celeron III (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Celeron III 1333	1	1333		133	10,0	Tualatin	130		???			32	256	---	1,500	19,0
		Mobile Celeron III 1200	1	1200		133	9,0	Tualatin	130		???			32	256	---	1,450	24,4
		Mobile Celeron III 1133	1	1133		133	8,5	Tualatin	130		???			32	256	---	1,450	23,8
		Mobile Celeron III 1066	1	1066		133	8,0	Tualatin	130		???			32	256	---	1,450	23,2
		Mobile Celeron III 1000	1	1000		133	7,5	Tualatin	130		???			32	256	---	1,400	22,0
		Mobile Celeron III 866 LV	1	866		133	6,5	Tualatin	130		???			32	256	---	1,150	9,6
		Mobile Celeron III 800 ULV	1	800		133	6,0	Tualatin	130		???			32	256	---	1,100	7,0
		Mobile Celeron III 733 LV	1	733		133	5,5	Tualatin	130		???			32	256	---	1,150	11,2
		Mobile Celeron III 733 ULV	1	733		133	5,5	Tualatin	130		???			32	256	---	1,100	7,0
		Mobile Celeron III 700 ULV	1	700		100	7,0	Tualatin	130		???			32	256	---	1,100	7,0
		Mobile Celeron III 667 LV	1	667		133	5,0	Tualatin	130		???			32	256	---	1,150	10,7
		Mobile Celeron III 667 ULV	1	667		133	5,0	Tualatin	130		???			32	256	---	1,100	7,0
		Mobile Celeron III 650 LV	1	650		100	6,5	Tualatin	130		???			32	256	---	1,150	10,6
		Mobile Celeron III 650 ULV	1	650		100	6,5	Tualatin	130		???			32	256	---	1,100	7,0
Intel Mobile Celeron 2 (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Celeron 2 933 LV	1	933		133	7,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---
		Mobile Celeron 2 900	1	900		100	9,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,700	30,7
		Mobile Celeron 2 900 LV	1	900		100	9,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---
		Mobile Celeron 2 866 LV	1	866		133	6,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---
		Mobile Celeron 2 850	1	850		100	8,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	27,5
		Mobile Celeron 2 800	1	800		100	8,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	25,9
		Mobile Celeron 2 800 LV	1	800		133	6,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---
		Mobile Celeron 2 750	1	750		100	7,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	24,6
		Mobile Celeron 2 733 LV	1	733		133	5,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---
		Mobile Celeron 2 700	1	700		100	7,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	23,0
		Mobile Celeron 2 650	1	650		100	6,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	21,5
		Mobile Celeron 2 600	1	600		100	6,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	20,0
		Mobile Celeron 2 600 LV	1	600		100	6,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,350	14,4
		Mobile Celeron 2 600 ULV	1	600		100	6,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,150	9,7
		Mobile Celeron 2 600 ULV	1	600		100	6,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,100	9,7
		Mobile Celeron 2 550	1	550		100	5,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	18,4
		Mobile Celeron 2 500	1	500		100	5,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	16,8
		Mobile Celeron 2 500 LV	1	500		100	5,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,350	12,2
		Mobile Celeron 2 500 ULV	1	500		100	5,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,100	8,1
		Mobile Celeron 2 450	1	450		100	4,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,600	15,5
		Mobile Celeron 2 400 LV	1	400		100	4,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---	1,350	10,1
		Mobile Celeron 2 700	1	700		100	7,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---		19,1
		Mobile Celeron 2 650	1	650		100	6,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---		17,8
		Mobile Celeron 2 600	1	600		100	6,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---		16,6
		Mobile Celeron 2 550	1	550		100	5,5	Coppermine	180	28,1	ÂµPGA-495			32	128	---		15,4
		Mobile Celeron 2 500	1	500		100	5,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---		15,0
		Mobile Celeron 2 400	1	400		100	4,0	Coppermine	180	28,1	ÂµPGA-495			32	128	---		14,1
Intel Mobile Celeron (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Celeron 466	1	466		66	7,0	Dixon	180	19,0	MMC2			32	128	---	1,900	20,7
		Mobile Celeron 433	1	433		66	6,5	Dixon	180	19,0	MMC2			32	128	---	1,900	19,4
		Mobile Celeron 400	1	400		66	6,0	Dixon	180	19,0	MMC2			32	128	---	1,600	13,8
		Mobile Celeron 366	1	366		66	5,5	Dixon	180	19,0	MMC2			32	128	---	1,600	13,1
		Mobile Celeron 333	1	333		66	5,0	Dixon	180	19,0	MMC2			32	128	---	1,600	11,8
		Mobile Celeron 300	1	300		66	4,5	Mendocino	250	19,0	MMC2			32	128	---	1,600	11,1
		Mobile Celeron 266	1	266		66	4,0	Mendocino	250	19,0	MMC2			32	128	---	1,600	9,8
		Mobile Celeron 266 PE	1	266		66	4,0	Mendocino	250	19,0	MMC2			32	128	---	1,500	7,9
Intel Mobile Pentium 2 (P6)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Pentium 2 400	1	400		66	6,0	Dixon	180		MMC2			32	256	---	1,500	9,8
		Mobile Pentium 2 366	1	366		66	5,5	Dixon	180		MMC2			32	256	---	1,600	13,1
		Mobile Pentium 2 333	1	333		66	5,0	Dixon	180		MMC2			32	256	---	1,600	11,8
		Mobile Pentium 2 300 PE	1	300		66	4,5	Dixon	180		MMC2			32	256	---	1,600	11,1
		Mobile Pentium 2 266 PE	1	266		66	4,0	Dixon	180		MMC2			32	256	---	1,600	9,8
		Mobile Pentium 2 400	1	400		66	6,0	Dixon	180		MMC2			32	256	---	1,550	13,1
		Mobile Pentium 2 366	1	366		66	5,5	Dixon	180		MMC2			32	256	---	1,600	13,1
		Mobile Pentium 2 333	1	333		66	5,0	Dixon	180		MMC2			32	256	---	1,600	11,8
		Mobile Pentium 2 300 PE	1	300		66	4,5	Dixon	180		MMC2			32	256	---	1,600	11,1
		Mobile Pentium 2 266 PE	1	266		66	4,0	Dixon	180		MMC2			32	256	---	1,600	9,8
		Mobile Pentium 2 300	1	300		66	4,5	Tonga	180		MMC2			32	256	---	1,600	11,6
		Mobile Pentium 2 266	1	266		66	4,0	Tonga	180		MMC2			32	256	---	1,600	10,3
		Mobile Pentium 2 233	1	233		66	3,5	Tonga	180		MMC2			32	256	---	1,600	9,0
Intel Mobile Pentium (P5)
		Prozessor						Architektur						Cache			Energie						Multimedia-Befehle												Virtual.
	Score	Modell	C o r e s	Takt (MHz)	T u r b o	FSB- Takt	Multi	CPU- Kern	Hrst. (nm)	Trans. (Mio.)	Steck- platz	M e m	V G A	L1 (KB)	L2 (KB)	L3 (KB)	V-Core (V)	Watt	64 Bit	H T	A E S	X D	M M X	3d N o w	S S E	S S E 2	S S E 3	S S E 4.1	S S E 4.2	S S E 4a	A V X	A V X 2	F M A 3	F M A 4	V T	E P T
		Mobile Pentium 399 MMX	1	300		66	4,5	Tillamook	250	4,5	MMC1			32	---	---	2,000
		Mobile Pentium 266 MMX	1	266		66	4,0	Tillamook	250	4,5	MMC1			32	---	---	2,000
		Mobile Pentium 233 MMX	1	233		66	3,5	Tillamook	250	4,5	MMC1			32	---	---	1,800	5,5
		Mobile Pentium 200 MMX	1	200		66	3,0	Tillamook	250	4,5	MMC1			32	---	---	1,800	5,0
		Mobile Pentium 166 MMX	1	166		66	2,5	Tillamook	250	4,5	MMC1			32	---	---	1,800	4,1
		Mobile Pentium 200 MMX	1	200		66	3,0	P55VRT	350		MMC1			32	---	---	2,450	11,7
		Mobile Pentium 166 MMX (B-Step)	1	166		66	2,5	P55VRT	350		MMC1			32	---	---	2,450	9,0
		Mobile Pentium 166 MMX (A-Step)	1	166		66	2,5	P55VRT	350		MMC1			32	---	---	2,450	9,5
		Mobile Pentium 150 MMX	1	150		60	2,5	P55VRT	350		MMC1			32	---	---	2,450	8,6
		Mobile Pentium 133 MMX	1	133		66	2,0	P55VRT	350		MMC1			32	---	---	2,450	7,8
		Mobile Pentium 120 MMX	1	120		60	2,0	P55VRT	350		MMC1			32	---	---	2,220	5,7
		Mobile Pentium 150 (296 SPGA)	1	150		60	2,5	P54VRT	600		MMC1			32	---	---	3,100	10,0
		Mobile Pentium 150 (320 TCP)	1	150		60	2,5	P54VRT	600		MMC1			32	---	---	3,100	10,0
		Mobile Pentium 133 (296 SPGA)	1	133		66	2,0	P54VRT	600		MMC1			32	---	---	2,900	7,9
		Mobile Pentium 133 (320 TCP)	1	133		66	2,0	P54VRT	600		MMC1			32	---	---	2,900	7,9
		Mobile Pentium 120 (296 SPGA)	1	120		60	2,0	P54VRT	600		MMC1			32	---	---	2,900	7,1
		Mobile Pentium 120 (320 TCP)	1	120		60	2,0	P54VRT	600		MMC1			32	---	---	2,900	7,1
		Mobile Pentium 100 (296 SPGA)	1	100		66	1,5	P54VRT	600		MMC1			32	---	---	2,900	8,0
		Mobile Pentium 100 (320 TCP)	1	100		66	1,5	P54VRT	600		MMC1			32	---	---	2,900	5,9
		Mobile Pentium 90 (296 SPGA)	1	90		60	1,5	P54VRT	600		MMC1			32	---	---	2,900	7,3
		Mobile Pentium 75 (296 SPGA)	1	75		50	1,5	P54VRT	600		MMC1			32	---	---	2,900	6,0
		Mobile Pentium 75 (320 TCP)	1	75		50	1,5	P54VRT	600		MMC1			32	---	---	2,900	4,4

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