Prozessorliste Desktop - 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 i7, Core i5, Core i3, Core i7, Core i5, Core i7, Core i5, Core i3, Pentium G-Serie, Pentium G-Serie, Core i7, Core i5, Core i3, Core i7 Extreme, Core i7, Core i5, Core i3, Core I7 Extreme, Core I7, Core I5, Core I3, Core 2 Quad Extreme, Core 2 Quad, Core 2 Extreme, Core 2 Duo, Pentium G-Serie, Pentium G-Serie, Pentium Dual Core, Pentium D, Pentium 4 7xx-Serie, Pentium 4 6xx-Serie, Pentium 4 5xx-Serie, Pentium 4 EE, Pentium 4, Pentium 3-S, Pentium 3, Pentium 2, Celeron G-Serie, Celeron G-Serie, Celeron G-Serie, Celeron Dual-Core, Celeron Core, Celeron D, Celeron 4, Celeron 3, Celeron 2, Celeron 1, Pentium MMX, Pentium,

Neueste Modelle:
26.03.2017 Core i3 7101TE
26.03.2017 Core i3 7101E
26.03.2017 Core i3 7100
26.03.2017 Core i3 7300T
26.03.2017 Core i3 7300

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

Intel Core i7 (Kaby-Lake) "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 7700K	4	4200		8000	42,0	Kaby Lake	14		Sockel 1151			256*	1024*	8192	1,050	91,0
		Core i7 7700	4	3600		8000	36,0	Kaby Lake	14		Sockel 1151			256*	1024*	8192	1,050	65,0
		Core i7 7700T	4	2900		8000	29,0	Kaby Lake	14		Sockel 1151			256*	1024*	8192	1,050	35,0
Intel Core i5 (Kaby-Lake) "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 7600K	4	3800		8000	38,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		91,0
		Core i5 7600	4	3500		8000	35,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		65,0
		Core i5 7600T	4	2800		8000	28,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		35,0
		Core i5 7500	4	3400		8000	34,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		65,0
		Core i5 7500T	4	2700		8000	27,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		35,0
		Core i5 7400	4	3000		8000	30,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		65,0
		Core i5 7400T	4	2400		8000	24,0	Kaby Lake	14		Sockel 1151			256*	1024*	6144		35,0
Intel Core i3 (Kaby-Lake) "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 7350K	2	4200		8000	42,0	Kaby-Lake	14		Sockel 1151			128*	512*	4096		60,0
		Core i3 7320	2	4100		8000	41,0	Kaby-Lake	14		Sockel 1151			128*	512*	4096		51,0
		Core i3 7300	2	4000		8000	40,0	Kaby-Lake	14		Sockel 1151			128*	512*	4096		51,0
		Core i3 7300T	2	3500		8000	35,0	Kaby-Lake	14		Sockel 1151			128*	512*	4096		35,0
		Core i3 7100	2	3900		8000	39,0	Kaby-Lake	14		Sockel 1151			128*	512*	3072		51,0
		Core i3 7100T	2	3400		8000	34,0	Kaby-Lake	14		Sockel 1151			128*	512*	3072		35,0
		Core i3 7101E	2	3900		8000	39,0	Kaby-Lake	14		Sockel 1151			128*	512*	3072		54,0
		Core i3 7101TE	2	3400		8000	34,0	Kaby-Lake	14		Sockel 1151			128*	512*	3072		35,0
Intel Core i7 (Skylake) "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 6700	4	3400		8000	34,0	Skylake	14		Sockel 1151			256*	1024*	8192		65,0
		Core i7 6700K	4	4000		8000	40,0	Skylake	14		Sockel 1151			256*	1024*	8192		91,0
		Core i7 6700T	4	2800		8000	28,0	Skylake	14		Sockel 1151			256*	1024*	8192		35,0
		Core i7 6785R	4	3300		8000	33,0	Skylake	14		BGA1440			256*	1024*	8192		65,0
Intel Core i5 (Skylake) "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 6685R	4	3200		8000	32,0	Skylake	14		BGA1440			256*	1024*	6144		65,0
		Core i5 6600	4	3300		8000	33,0	Skylake	14		Sockel 1151			256*	1024*	6144		65,0
		Core i5 6600K	4	3500		8000	35,0	Skylake	14		Sockel 1151			256*	1024*	6144		91,0
		Core i5 6600T	4	2700		8000	27,0	Skylake	14		Sockel 1151			256*	1024*	6144		35,0
		Core i5 6585R	4	2800		8000	28,0	Skylake	14		BGA1440			256*	1024*	6144		65,0
		Core i5 6500	4	3200		8000	32,0	Skylake	14		Sockel 1151			256*	1024*	6144		65,0
		Core i5 6500T	4	2500		8000	25,0	Skylake	14		Sockel 1151			256*	1024*	6144		35,0
		Core i5 6400	4	2700		8000	27,0	Skylake	14		Sockel 1151			256*	1024*	6144		65,0
		Core i5 6400T	4	2200		8000	22,0	Skylake	14		Sockel 1151			256*	1024*	6144		35,0
		Core i5 6402P	4	2800		8000	28,0	Skylake	14		Sockel 1151			256*	1024*	6144		65,0
Intel Core i3 (Skylake) "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 6320	2	3900		8000	39,0	Skylake	14		Sockel 1151			128*	512*	4096		51,0
		Core i3 6300	2	3800		8000	38,0	Skylake	14		Sockel 1151			128*	512*	4096		51,0
		Core i3 6300T	2	3300		8000	33,0	Skylake	14		Sockel 1151			128*	512*	4096		35,0
		Core i3 6100T	2	3200		8000	32,0	Skylake	14		Sockel 1151			128*	512*	3072		35,0
		Core i3 6100	2	3700		8000	37,0	Skylake	14		Sockel 1151			128*	512*	3072		51,0
		Core i3 6098P	2	3600		8000	36,0	Skylake	14		Sockel 1151			128*	512*	3072		54,0
Intel Core i7 (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
		Core i7 6950X Extreme Edition	10	3000		5000	30,0	Broadwell-E	14		Socket 2011-v3			640*	2560*	25600		140,0
		Core i7 6900K	8	3200		5000	32,0	Broadwell-E	14		Socket 2011-v3			512*	2048*	20480		140,0
		Core i7 6850K	6	3600		5000	36,0	Broadwell-E	14		Socket 2011-v3			384*	1536*	15360		140,0
		Core i7 6800K	6	3400		5000	34,0	Broadwell-E	14		Socket 2011-v3			384*	1536*	15360		140,0
		Core i7 5775C	4	3300		5000	33,0	Broadwell-K	14		Sockel 1150			256*	1024*	6144		65,0
		Core i7 5775R	4	3300		5000	33,0	Broadwell-K	14		BGA1364			256*	1024*	6144		65,0
Intel Core i5 (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
		Core i5 5675C	4	3100		5000	31,0	Broadwell-K	14		Sockel 1150			256*	1024*	4096		65,0
		Core i5 5575R	4	2800		5000	28,0	Broadwell-K	14		BGA1364			256*	1024*	4096		65,0
		Core i5 5675R	4	3100		5000	31,0	Broadwell-K	14		BGA1364			256*	1024*	4096		65,0
Intel Core i7 (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
	1961	Core i7 5960X Extreme Edition	8	3000		5000	30,0	Haswell-E	22	2600	Socket 2011-v3			512*	2048*	20480		140,0
	1314	Core i7 5930K	6	3500		5000	35,0	Haswell-E	22	2600	Socket 2011-v3			384*	1536*	15360		140,0
		Core i7 5820K	6	3300		5000	33,0	Haswell-E	22	2600	Socket 2011-v3			384*	1536*	15360		140,0
	1270	Core i7 4790K	4	4000		5000	40,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		88,0
	1146	Core i7 4790	4	3600		5000	36,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		84,0
	1105	Core i7 4790S	4	3200		5000	32,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		65,0
	1070	Core i7 4790T	4	2700		5000	27,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		45,0
	865	Core i7 4785T	4	2200		5000	22,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		35,0
	1124	Core i7 4771	4	3500		5000	35,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		84,0
	1152	Core i7 4770K	4	3500		5000	35,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		84,0
	937	Core i7 4770	4	3400		5000	34,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		84,0
	1154	Core i7 4770R	4	3200		5000	32,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
	1067	Core i7 4770S	4	3100		5000	31,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		65,0
	992	Core i7 4770T	4	2500		5000	25,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		45,0
		Core i7 4770TE	4	2300		5000	23,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		45,0
	810	Core i7 4765T	4	2000		5000	20,0	Haswell	22	1400	Sockel 1150			256*	1024*	8192		35,0
Intel Core i5 (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
	868	Core i5 4690K	4	3500		5000	35,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		88,0
	839	Core i5 4670	4	3400		5000	34,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	863	Core i5 4690	4	3500		5000	35,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	841	Core i5 4690S	4	3200		5000	32,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
		Core i5 4690T	4	2500		5000	25,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		45,0
	839	Core i5 4670	4	3400		5000	34,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	713	Core i5 4670T	4	2300		5000	23,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		45,0
	704	Core i5 4670S	4	3100		5000	31,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
		Core i5 4670R	4	3000		5000	30,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
	866	Core i5 4670K	4	3400		5000	34,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	645	Core i5 4590T	4	2000		5000	20,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		35,0
		Core i5 4570	4	3200		5000	32,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	814	Core i5 4590	4	3300		5000	33,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	798	Core i5 4590S	4	3000		5000	30,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
		Core i5 4460T	4	1900		5000	19,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		35,0
	753	Core i5 4460	4	3200		5000	32,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	769	Core i5 4570S	4	2900		5000	29,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
		Core i5 4570TE	2	2700		5000	27,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
	730	Core i5 4460S	4	2900		5000	29,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
	550	Core i5 4570T	2	2900		5000	29,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
	678	Core i5 4440S	4	2800		5000	28,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
	728	Core i5 4440	4	3100		5000	31,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
	740	Core i5 4570R	4	2700		5000	27,0	Haswell	22	1400	Sockel 1150			256*	1024*	4096		65,0
	649	Core i5 4430S	4	2700		5000	27,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		65,0
	707	Core i5 4430	4	3000		5000	30,0	Haswell	22	1400	Sockel 1150			256*	1024*	6144		84,0
		Core i5 4210H	2	2900		5000	29,0	Haswell	22	1400	BGA1364			128*	512*	3072		47,0
Intel Core i3 (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
		Core i3 4370	2	3800		5000	38,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
		Core i3 4370T	2	3300		5000	33,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	625	Core i3 4360	2	3700		5000	37,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		54,0
		Core i3 4360T	2	3200		5000	32,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
	579	Core i3 4350	2	3600		5000	36,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		54,0
		Core i3 4350T	2	3100		5000	31,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
	594	Core i3 4340	2	3600		5000	36,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		54,0
	571	Core i3 4330	2	3500		5000	35,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		54,0
	504	Core i3 4330T	2	3000		5000	30,0	Haswell	22	1400	Sockel 1150			128*	512*	4096		35,0
		Core i3 4170	2	3700		5000	37,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
		Core i3 4170T	2	3200		5000	32,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
		Core i3 4160	2	3600		5000	36,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
		Core i3 4160T	2	3100		5000	31,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	560	Core i3 4150	2	3500		5000	35,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
	509	Core i3 4150T	2	3000		5000	30,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	540	Core i3 4130	2	3400		5000	34,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
	471	Core i3 4130T	2	2900		5000	29,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
Intel Pentium G-Serie (Silvermont) "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
	231	Pentium J2900	4	2410			24,0	Bay Trail-D	22		Sockel 1170			384*	2048*	---		10,0
	205	Pentium J2850	4	2410			24,0	Bay Trail-D	22		Sockel 1170			384*	2048*	---		10,0
Intel Pentium G-Serie (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 G3470	2	3600		5000	36,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3460	2	3500		5000	35,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3460T	2	3000		5000	30,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	424	Pentium G3450	2	3400		5000	34,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3450T	2	2900				Haswell	22		Sockel 1150			128*	512*	3072		35,0
	419	Pentium G3440	2	3300		5000	33,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3440T	2	2800		5000	28,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	399	Pentium G3430	2	3300		5000	33,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
	389	Pentium G3420	2	3200		5000	32,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
		Pentium G3420T	2	2700		5000	27,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
		Pentium G3260	2	3300		5000	33,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3260T	2	2900		5000	29,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	449	Pentium G3258	2	3200		5000	32,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3250	2	3200		5000	32,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
		Pentium G3250T	2	2800		5000	28,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	366	Pentium G3240	2	3100		5000	31,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		53,0
	333	Pentium G3240T	2	2700		5000	27,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	357	Pentium G3220	2	3000		5000	30,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		54,0
	329	Pentium G3220T	2	2600		5000	26,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
	255	Pentium G3320TE	2	2300		5000	23,0	Haswell	22	1400	Sockel 1150			128*	512*	3072		35,0
Intel Core i7 (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
	1572	Core i7 4960X Extreme Edition	6	3600		5000	36,0	Ivy-Bridge-E	22		Socket 2011			384*	1536*	15360		130,0
	1478	Core i7 4930K	4	3400		5000	34,0	Ivy-Bridge-E	22		Socket 2011			256*	1024*	12288		130,0
	1105	Core i7 4820K	4	3700		5000	37,0	Ivy-Bridge-E	22		Socket 2011			256*	1024*	10240		130,0
	1080	Core i7 3770K	4	3500		5000	35,0	IvyBridge	22	1400	Sockel 1155			256*	1024*	8192		77,0
	1053	Core i7 3770	4	3400		5000	34,0	IvyBridge	22	1400	Sockel 1155			256*	1024*	8192		77,0
	1007	Core i7 3770S	4	3100		5000	31,0	IvyBridge	22	1400	Sockel 1155			256*	1024*	8192		65,0
	928	Core i7 3770T	4	2500		5000	25,0	IvyBridge	22	1400	Sockel 1155			256*	1024*	8192		45,0
Intel Core i5 (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
		Core i5 3570K	4	3400		5000	34,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
	785	Core i5 3570	4	3400		5000	34,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
	758	Core i5 3570S	4	3100		5000	31,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		65,0
		Core i5 3570T	4	2300		5000	23,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		45,0
		Core i5 3550S	4	3000		5000	30,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		65,0
		Core i5 3550	4	3300		5000	33,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
	671	Core i5 3475S	4	2900		5000	29,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		65,0
	688	Core i5 3470S	4	2900		5000	29,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		65,0
	736	Core i5 3470	4	3200		5000	32,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
	510	Core i5 3470T	2	2900		5000	29,0	Ivy Bridge	22	1400	Sockel 1155			128*	512*	3072		35,0
		Core i5 3450	4	3100		5000	31,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
		Core i5 3450S	4	2800		5000	28,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		65,0
	687	Core i5 3350P	4	3100		5000	31,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		69,0
	688	Core i5 3340	4	3100		5000	31,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
	643	Core i5 3340S	4	2800		5000	28,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
	632	Core i5 3330S	4	2700		5000	27,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		65,0
	663	Core i5 3330	4	3000		5000	30,0	Ivy Bridge	22	1400	Sockel 1155			256*	1024*	6144		77,0
Intel Core i3 (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
	492	Core i3 3250	2	3500		5000	35,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
		Core i3 3250T	2	3000		5000	30,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		35,0
	492	Core i3 3245	2	3400		5000	34,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
	421	Core i3 3240T	2	2900		5000	29,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		35,0
	483	Core i3 3240	2	3400		5000	34,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
	492	Core i3 3225	2	3300		5000	33,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
	473	Core i3 3220	2	3300		5000	33,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
	415	Core i3 3220T	2	2800		5000	28,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		35,0
	436	Core i3 3210	2	3200		5000	32,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
Intel Core i7 Extreme (Sandy Bridge) "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 3970X	6	3500		6400	35,0	Sandy Bridge E	32	2270	Socket 2011			384*	1536*	15360	1,350	150,0
		Core i7 Extreme 3960X	6	3300		6400	33,0	Sandy Bridge E	32	2270	Socket 2011			384*	1536*	15360		130,0
		Core i7 Extreme 3930K	6	3200		6400	32,0	Sandy Bridge E	32	2270	Socket 2011			384*	1536*	12288		130,0
		Core i7 Extreme 3820	4	3600		6400	36,0	Sandy Bridge E	32	2270	Socket 2011			256*	1024*	10240		130,0
Intel Core i7 (Sandy Bridge) "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
	1003	Core i7 2700k	4	3500		6400	35,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	8192	1,192	95,0
	929	Core i7 2600	4	3400		6400	34,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	8192	1,192	95,0
	963	Core i7 2600K	4	3400		6400	34,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	8192	1,192	95,0
	799	Core i7 2600S	4	2800		6400	28,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	8192	0,975	65,0
Intel Core i5 (Sandy Bridge) "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
	771	Core i5 2550K	4	3400		5000	34,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	371	Core i5 2515E	2	2500		5000	25,0	Sandy Bridge	32	995,0	FCBGA1023			128*	512*	3072		35,0
		Core i5 2510E	2	2500		5000	25,0	Sandy Bridge	32	995,0	FCPGA988			128*	512*	3072		35,0
	727	Core i5 2500K	4	3300		5000	33,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	696	Core i5 2500	4	3300		5000	33,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	579	Core i5 2500S	4	2700		5000	27,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		65,0
	525	Core i5 2500T	4	2300		5000	23,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		45,0
	627	Core i5 2450P	4	3200		5000	32,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	540	Core i5 2405S	4	2500		5000	25,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		65,0
	652	Core i5 2400	4	3100		5000	31,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	545	Core i5 2400S	4	2500		5000	25,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		65,0
	446	Core i5 2390T	2	2700		5000	27,0	Sandy Bridge	32	624,0	Sockel 1155			128*	512*	3072		35,0
	651	Core i5 2380P	4	3100		5000	31,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	634	Core i5 2320	4	3000		5000	30,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	609	Core i5 2310	4	2900		5000	29,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
	591	Core i5 2300	4	2800		5000	28,0	Sandy Bridge	32	995,0	Sockel 1155			256*	1024*	6144		95,0
Intel Core i3 (Sandy Bridge) "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
	453	Core i3 2130	2	3400		5000	34,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	457	Core i3 2125	2	3300		5000	33,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	434	Core i3 2120	2	3300		5000	33,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	356	Core i3 2120T	2	2600		5000	26,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
	427	Core i3 2105	2	3100		5000	31,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
		Core i3 2102	2	3100		5000	31,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
		Core i3 2100	2	3100		5000	31,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	311	Core i3 2100T	2	2500		5000	25,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
Intel Core I7 Extreme (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 Extreme 990X	6	3466		6400	26,0	Gulftown	32	1170	Sockel 1366			384*	1536*	12288	1,375	130,0
		Core I7 Extreme 980X	6	3333		6400	25,0	Gulftown	32	1170	Sockel 1366			384*	1536*	12288	1,375	130,0
		Core I7 Extreme 975	4	3333		6400	25,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
		Core I7 Extreme 965	4	3200		6400	24,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
Intel Core I7 (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 970	6	3200		4800	24,0	Gulftown	32	1170	Sockel 1366			384*	1536*	12288	1,375	130,0
	666	Core I7 960	4	3200		4800	24,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
	633	Core I7 950	4	3066		4800	23,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
	613	Core I7 940	4	2933		4800	22,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
	584	Core I7 930	4	2800		4800	21,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
	561	Core I7 920	4	2666		4800	20,0	Bloomfield	45	731,0	Sockel 1366			256*	1024*	8192	1,375	130,0
	640	Core I7 880	4	3066		2500	23,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	95,0
	608	Core I7 875K	4	2933		2500	22,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	95,0
	566	Core I7 870S	4	2666		2500	20,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	82,0
	616	Core I7 870	4	2933		2500	22,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	95,0
	571	Core I7 860	4	2800		2500	21,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	95,0
	544	Core I7 860S	4	2533		2500	19,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	82,0
		Core I7 980	6	3330		4800	25,0	Gulftown	32	1170	Sockel 1366			384*	1536*	12288	1,300	130,0
Intel Core I5 (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
	440	Core I5 760	4	2800		2500	21,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	95,0
		Core I5 750S	4	2400		2500	18,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	82,0
	420	Core I5 750	4	2666		2500	20,0	Lynnfield	45	774,0	Sockel 1156			256*	1024*	8192	1,400	95,0
	399	Core I5 680	2	3600		2500	27,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	361	Core I5 670	2	3460		2500	26,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	356	Core I5 661	2	3333		2500	25,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	87,0
		Core I5 655K	2	3200		2500	24,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	363	Core I5 660	2	3333		2500	25,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	353	Core I5 650	2	3200		2500	24,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
Intel Core I3 (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 I3 560	2	3330		2500	24,0	Clarkdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	322	Core I3 550	2	3200		2500	24,0	Clarkdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	302	Core I3 540	2	3066		2500	23,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
	291	Core I3 530	2	2933		2500	22,0	Clarksdale	32	382,0	Sockel 1156			128*	512*	4096	1,400	73,0
Intel Core 2 Quad Extreme (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 2 Quad Extreme QX9775	4	3200		1600	8,0	Yorkfield XE	45	820,0	Sockel 771			128*	12288	---	1,200	150,0
		Core 2 Quad Extreme QX9770	4	3200		1600	8,0	Yorkfield XE	45	820,0	Sockel 775			128*	12288	---	1,360	136,0
		Core 2 Quad Extreme QX9650	4	3000		1333	9,0	Yorkfield XE	45	820,0	Sockel 775			128*	12288	---	1,360	130,0
		Core 2 Quad Extreme QX6850	4	3000		1333	9,0	Kentsfield XE	65	582,0	Sockel 775			128*	8192	---	1,500	130,0
		Core 2 Quad Extreme QX6800	4	2930		1066	11,0	Kentsfield XE	65	582,0	Sockel 775			128*	8192	---	1,500	130,0
		Core 2 Quad Extreme QX6700	4	2660		1066	10,0	Kentsfield XE	65	582,0	Sockel 775			128*	8192	---	1,500	130,0
Intel Core 2 Quad (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
	475	Core 2 Quad Q9650	4	3000		1333	9,0	Yorkfield	45	820,0	Sockel 775			128*	12288	---	1,350	95,0
		Core 2 Quad Q9550S	4	2833		1333	8,5	Yorkfield	45	820,0	Sockel 775			128*	12288	---	1,350	65,0
	456	Core 2 Quad Q9550	4	2833		1333	8,5	Yorkfield	45	820,0	Sockel 775			128*	12288	---	1,350	95,0
		Core 2 Quad Q9505S	4	2833		1333	8,5	Yorkfield-6M	45	456,0	Sockel 775			128*	6144	---	1,363	65,0
	407	Core 2 Quad Q9505	4	2833		1333	8,5	Yorkfield-6M	45	456,0	Sockel 775			128*	6144	---	1,363	95,0
	411	Core 2 Quad Q9500	4	2833		1333	8,5	Yorkfield-6M	45	456,0	Sockel 775			128*	6144	---	1,363	95,0
	428	Core 2 Quad Q9450	4	2666		1333	8,0	Yorkfield	45	820,0	Sockel 775			128*	12288	---	1,350	95,0
		Core 2 Quad Q9400s	4	2666		1333	8,0	Yorkfield-6M	45	456,0	Sockel 775			128*	6144	---	1,350	65,0
	384	Core 2 Quad Q9400	4	2666		1333	8,0	Yorkfield-6M	45	456,0	Sockel 775			128*	6144	---	1,360	95,0
	357	Core 2 Quad Q9300	4	2500		1333	735,0	Yorkfield-6M	45	456,0	Sockel 775			128*	6144	---	1,360	95,0
		Core 2 Quad Q8400s	4	2666		1333	8,0	Yorkfield-	45	456,0	Sockel 775			128*	4096	---	1,360	65,0
	362	Core 2 Quad Q8400	4	2667		1333	8,0	Yorkfield	45	456,0	Sockel 775			128*	4096	---	1,230	95,0
	341	Core 2 Quad Q8300	4	2500		1333	7,5	Yorkfield	45	456,0	Sockel 775			128*	4096	---	1,230	95,0
		Core 2 Quad Q8200s	4	2333		1333	7,0	Yorkfield	45	456,0	Sockel 775			128*	4096	---	1,230	65,0
	317	Core 2 Quad Q8200	4	2333		1333	7,0	Yorkfield	45	456,0	Sockel 775			128*	4096	---	1,230	95,0
	374	Core 2 Quad Q6700	4	2666		1066	10,0	Kentsfield	65	582,0	Sockel 775			128*	8192	---	1,500	95,0
	335	Core 2 Quad Q6600	4	2400		1066	9,0	Kentsfield	65	582,0	Sockel 775			128*	8192	---	1,500	105,0
Intel Core 2 Extreme (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
	214	Core 2 Extreme X6800	2	2933		1066	11,0	Conroe XE	65	291,0	Sockel 775			64*	4096	---	1,300	75,0
Intel Core 2 Duo (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
	271	Core 2 Duo E8600	2	3333		1333	10,0	Wolfdale	45	420,0	Sockel 775			64*	6144	---	1,360	65,0
	258	Core 2 Duo E8500	2	3166		1333	9,5	Wolfdale	45	420,0	Sockel 775			64*	6144	---	1,360	65,0
	242	Core 2 Duo E8400	2	3000		1333	9,0	Wolfdale	45	420,0	Sockel 775			64*	6144	---	1,360	65,0
	227	Core 2 Duo E8300	2	2833		1333	8,5	Wolfdale	45	420,0	Sockel 775			64*	6144	---	1,360	65,0
	211	Core 2 Duo E8200	2	2666		1333	8,0	Wolfdale	45	420,0	Sockel 775			64*	6144	---	1,360	65,0
		Core 2 Duo E8190	2	2666		1333	8,0	Wolfdale	45	420,0	Sockel 775			64*	6144	---	1,360	65,0
	222	Core 2 Duo E7600	2	3066		1066	11,5	Wolfdale	45	420,0	Sockel 775			64*	3072	---	1,360	65,0
	211	Core 2 Duo E7500	2	2933		1066	11,0	Wolfdale	45	420,0	Sockel 775			64*	3072	---	1,360	65,0
	197	Core 2 Duo E7400	2	2800		1066	10,5	Wolfdale	45	420,0	Sockel 775			64*	3072	---	1,360	65,0
	194	Core 2 Duo E7300	2	2666		1066	10,0	Wolfdale	45	420,0	Sockel 775			64*	3072	---	1,360	65,0
	185	Core 2 Duo E7200	2	2533		1066	9,5	Wolfdale	45	420,0	Sockel 775			64*	3072	---	1,360	65,0
	221	Core 2 Duo E6850	2	3000		1333	9,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	194	Core 2 Duo E6750	2	2666		1333	8,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	252	Core 2 Duo E6700	2	2666		1066	10,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	174	Core 2 Duo E6600	2	2400		1066	9,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	169	Core 2 Duo E6550	2	2333		1333	7,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	155	Core 2 Duo E6540	2	2333		1333	7,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	154	Core 2 Duo E6420	2	2166		1066	8,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	132	Core 2 Duo E6320	2	1866		1066	7,0	Conroe	65	291,0	Sockel 775			64*	4096	---	1,300	65,0
	144	Core 2 Duo E6400	2	2133		1066	8,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
	126	Core 2 Duo E6300	2	1866		1066	7,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
	156	Core 2 Duo E4600	2	2400		800	12,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
	142	Core 2 Duo E4500	2	2200		800	11,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
	127	Core 2 Duo E4400	2	2000		800	10,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
	118	Core 2 Duo E4300	2	1800		800	9,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
		Core 2 Duo E4200	2	1600		800	8,0	Allendale	65	167,0	Sockel 775			64*	2048	---	1,300	65,0
Intel Pentium G-Serie (Ivy Bridge) "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
	346	Pentium G2130	2	3200		5000	32,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
		Pentium G2140	2	3300		5000	33,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
		Pentium G2030T	2	2600		5000	26,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		35,0
	344	Pentium G2120	2	3100		5000	31,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
		Pentium G2100T	2	2600		5000	26,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		35,0
		Pentium G2030	2	3000		5000	30,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
	438	Pentium G2020	2	2900		5000	29,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
	285	Pentium G2020T	2	2500		5000	25,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		35,0
	296	Pentium G2010	2	2800		5000	28,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
		Pentium G2120T	2	2700		5000	27,0	Ivy Bridge	22		Sockel 1155			128*	512*	3072		55,0
Intel Pentium G-Serie (Sandy 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
	329	Pentium G870	2	3100		5000	31,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
		Pentium G860T	2	2600		5000	26,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
	316	Pentium G860	2	3000		5000	30,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	301	Pentium G850	2	2900		5000	29,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	287	Pentium G840	2	2800		5000	28,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	262	Pentium G645T	2	2500		5000	25,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
	292	Pentium G645	2	2900		5000	29,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	230	Pentium G640T	2	2400		5000	24,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
		Pentium G632	2	2700		5000	27,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	269	Pentium G630	2	2700		5000	27,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
		Pentium G622	2	2600		5000	26,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	244	Pentium G630T	2	2300		5000	23,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
	254	Pentium G620	2	2600		5000	26,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		65,0
	229	Pentium G620T	2	2200		5000	22,0	Sandy Bridge	32	504,0	Sockel 1155			128*	512*	3072		35,0
Intel Pentium Dual Core (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
		Pentium Dual Core G6950	2	2800		2500	21,0	Clarkdale	45	382,0	Sockel 1156			256*	3072	---	1,400	73,0
		Pentium Dual Core E6700	2	3200		1066	12,0	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E6600	2	3066		1066	11,5	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E6500	2	2930		1066	10,5	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E6300	2	2800		1066	10,5	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E5700	2	3000		800	15,0	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E5500	2	2800		800	14,0	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E5400	2	2700		800	13,5	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E5300	2	2600		800	13,0	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E5200	2	2500		800	12,5	Wolfdale	45	228,0	Sockel 775			256*	2048	---	1,360	65,0
		Pentium Dual Core E2220	2	2400		800	12,0	Conroe	65	105,0	Sockel 775			256*	1024	---	1,350	65,0
		Pentium Dual Core E2210	2	2200		800	11,0	Wolfdale	45	420,0	Sockel 775			256*	1024	---	1,500	65,0
		Pentium Dual Core E2200	2	2200		800	11,0	Conroe	65	105,0	Sockel 775			256*	1024	---	1,350	65,0
		Pentium Dual Core E2180	2	2000		800	10,0	Conroe	65	105,0	Sockel 775			256*	1024	---	1,500	65,0
		Pentium Dual Core E2160	2	1800		800	9,0	Conroe	65	105,0	Sockel 775			256*	1024	---	1,500	65,0
		Pentium Dual Core E2140	2	1600		800	8,0	Conroe	65	105,0	Sockel 775			256*	1024	---	1,500	65,0
Intel Pentium D (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
		Pentium D 965 EE	2	3733		1066	14,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	130,0
		Pentium D 955 EE	2	3466		1066	13,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	130,0
		Pentium D 840 EE	2	3200		800	16,0	Smithfield	90	230,0	Sockel 775			32*	2048*	---	1,400	130,0
	93	Pentium D 960	2	3600		800	18,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	95,0
	84	Pentium D 950	2	3400		800	17,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	95,0
		Pentium D 945	2	3400		800	17,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	95,0
	80	Pentium D 940	2	3200		800	16,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	130,0
		Pentium D 935	2	3200		800	16,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,330	95,0
		Pentium D 930	2	3000		800	15,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	95,0
		Pentium D 925	2	3000		800	15,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	95,0
		Pentium D 920	2	2800		800	14,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,400	95,0
	67	Pentium D 915	2	2800		800	14,0	Presler	65	376,0	Sockel 775			32*	4096*	---	1,300	95,0
		Pentium D 840	2	3200		800	16,0	Smithfield	90	230,0	Sockel 775			32*	2048*	---	1,400	130,0
	73	Pentium D 830	2	3000		800	15,0	Smithfield	90	230,0	Sockel 775			32*	2048*	---	1,400	130,0
		Pentium D 820	2	2800		800	14,0	Smithfield	90	230,0	Sockel 775			32*	2048*	---	1,400	95,0
	61	Pentium D 805	2	2666		533	20,0	Smithfield	90	230,0	Sockel 775			32*	2048*	---	1,400	95,0
Intel Pentium 4 7xx-Serie (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
		Pentium 4 720 (3733)	1	3733		1066	14,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	66,6
Intel Pentium 4 6xx-Serie (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
		Pentium 4 672 (3800)	1	3600		800	19,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	115,0
		Pentium 4 670 (3800)	1	3600		800	19,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	115,0
		Pentium 4 662 (3600)	1	3600		800	18,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	86,0
		Pentium 4 661 (3600)	1	3600		800	18,0	CedarMill	65		Sockel 775			16	2048	---	1,325	86,0
		Pentium 4 660 (3600)	1	3600		800	18,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	115,0
		Pentium 4 650 (3400)	1	3600		800	17,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	115,0
		Pentium 4 651 (3400)	1	3000		800	17,0	CedarMill	65		Sockel 775			16	2048	---	1,325	86,0
		Pentium 4 650 (3400)	1	3400		800	17,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	84,0
		Pentium 4 641 (3200)	1	3000		800	16,0	CedarMill	65		Sockel 775			16	2048	---	1,325	86,0
		Pentium 4 640 (3200)	1	3200		800	16,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	84,0
		Pentium 4 631 (3000)	1	3000		800	15,0	CedarMill	65		Sockel 775			16	2048	---	1,325	86,0
		Pentium 4 630 (3000)	1	3000		800	15,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	84,0
		Pentium 4 620 (2800)	1	3000		800	14,0	Prescott 2M	90	125,0	Sockel 775			16	2048	---	1,400	84,0
Intel Pentium 4 5xx-Serie (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
		Pentium 4 571 (3800)	1	3800		800	19,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	115,0
		Pentium 4 570J (3800)	1	3800		800	19,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	115,0
		Pentium 4 561 (3600)	1	3600		800	18,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	115,0
		Pentium 4 560J (3600)	1	3600		800	18,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	115,0
		Pentium 4 560 (3600)	1	3600		800	18,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	115,0
		Pentium 4 551 (3400)	1	3400		800	17,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 550J (3400)	1	3400		800	17,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 550 (3400)	1	3400		800	17,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 541 (3200)	1	3200		800	16,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 540J (3200)	1	3200		800	16,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 540 (3200)	1	3200		800	16,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	89,0
		Pentium 4 531 (3000)	1	3000		800	15,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 530J (3000)	1	3000		800	15,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 530 (3000)	1	3000		800	15,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 524 (3066)	1	3066		533	23,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 521 (2800)	1	2800		800	14,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 520J (2800)	1	2800		800	14,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 520 (2800)	1	2800		800	14,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 520 (2800)	1	2800		533	21,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 519 (3066)	1	3066		533	23,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 517 (2933)	1	2930		533	22,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 516 (2933)	1	2800		533	22,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 515 (2933)	1	2800		533	22,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
		Pentium 4 511 (2800)	1	2800		533	21,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	84,0
Intel Pentium 4 EE (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
		Pentium 4 EE 3766	1	3730		1066	14,0	Prescott 2M	130	169,0	Sockel 775			16	2048	---	1,575	115,0
	54	Pentium 4 EE 3466	1	3460		1066	13,0	Gallatin	130	169,0	Sockel 775			16	512	512	1,575	110,7
		Pentium 4 EE 3400	1	3400		800	17,0	Gallatin	130	169,0	Sockel 775			16	512	2048	1,400	102,9
		Pentium 4 EE 3200	1	3200		800	16,0	Gallatin	130	169,0	Sockel 478			16	512	2048	1,550	92,1
Intel 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
		Pentium 4 3400 E	1	3400		800	17,0	Prescott	90	125,0	Sockel 478			16	1024	---	1,400	103,0
		Pentium 4 3200 E	1	3200		800	16,0	Prescott	90	125,0	Sockel 478			16	1024	---	1,400	103,0
		Pentium 4 3000 E	1	3000		800	15,0	Prescott	90	125,0	Sockel 478			16	1024	---	1,358	89,0
		Pentium 4 2800 E	1	2800		800	14,0	Prescott	90	125,0	Sockel 478			16	1024	---	1,350	89,0
		Pentium 4 2800 A	1	2800		533	21,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,050	84,0
		Pentium 4 2666 A	1	2660		533	20,0	Prescott	90	125,0	Sockel 478			16	1024	---	1,050	89,0
		Pentium 4 2400 A	1	2400		533	19,0	Prescott	90	125,0	Sockel 478			16	1024	---	1,050	89,0
		Pentium 4 3400	1	3400		800	17,0	Northwood	130	55,0	Sockel 478			8	512	---	1,550	89,0
		Pentium 4 3200	1	3200		800	16,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	82,0
		Pentium 4 3000	1	3000		800	15,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	81,9
		Pentium 4 2800	1	2800		800	14,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	69,7
		Pentium 4 2600	1	2600		800	13,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	69,0
		Pentium 4 2400	1	2400		800	12,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	66,2
		Pentium 4 3066	1	3060		533	23,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	81,8
		Pentium 4 2800	1	2800		533	21,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	68,4
		Pentium 4 2666	1	2660		533	20,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	66,1
		Pentium 4 2533	1	2530		533	19,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	61,5
		Pentium 4 2400	1	2400		533	18,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	59,8
		Pentium 4 2260	1	2260		533	17,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	58,0
		Pentium 4 2600	1	2600		400	26,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	62,6
		Pentium 4 2800	1	2800		400	26,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	68,4
		Pentium 4 2500	1	2500		400	25,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	61,0
		Pentium 4 2400	1	2400		400	24,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	59,8
		Pentium 4 2200	1	2200		400	22,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	57,1
		Pentium 4 2000	1	2000		400	20,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	54,3
		Pentium 4 1800	1	1800		400	18,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	68,1
		Pentium 4 1700	1	1700		400	16,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	45,3
		Pentium 4 1600	1	1600		400	16,0	Northwood	130	55,0	Sockel 478			8	512	---	1,500	38,0
		Pentium 4 2000	1	2000		400	20,0	Willamette	180	42,0	Sockel 423			8	256	---	1,750	71,8
		Pentium 4 1900	1	1900		400	19,0	Willamette	180	42,0	Sockel 423			8	256	---	1,750	69,2
	20	Pentium 4 1800	1	1800		400	18,0	Willamette	180	42,0	Sockel 423			8	256	---	1,750	66,7
		Pentium 4 1700	1	1700		400	17,0	Willamette	180	42,0	Sockel 478			8	256	---	1,750	64,0
	22	Pentium 4 1600	1	1600		400	16,0	Willamette	180	42,0	Sockel 423			8	256	---	1,750	61,0
	14	Pentium 4 1500	1	1500		400	15,0	Willamette	180	42,0	Sockel 423			8	256	---	1,700	57,8
	14	Pentium 4 1400	1	1400		400	14,0	Willamette	180	42,0	Sockel 423			8	256	---	1,700	54,7
	13	Pentium 4 1300	1	1300		400	13,0	Willamette	180	42,0	Sockel 423			8	256	---	1,700	51,6
		Pentium 4 3000 F	1	3000		800	15,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	89,0
		Pentium 4 3200 F	1	3200		800	16,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	103,0
		Pentium 4 3400 F	1	3400		800	17,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	103,0
		Pentium 4 3800 F	1	3800		800	19,0	Prescott	90	125,0	Sockel 775			16	1024	---	1,400	65,0
Intel Pentium 3-S (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 3-S 1400	1	1400		133	10,5	Tualatin	130	44,0	Sockel 370			32	512	---	1,450	32,2
		Pentium 3-S 1333	1	1333		133	10,0	Tualatin	130	44,0	Sockel 370			32	512	---	1,450	30,3
		Pentium 3-S 1266	1	1260		133	9,5	Tualatin	130	44,0	Sockel 370			32	512	---	1,450	30,4
		Pentium 3-S 1200	1	1200		133	9,0	Tualatin	130	44,0	Sockel 370			32	512	---	1,450	28,7
Intel Pentium 3 (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 3 1200	1	1200		133	9,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	29,9
		Pentium 3 1133	1	1133		133	8,5	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	29,1
		Pentium 3 1066	1	1066		133	8,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	28,4
		Pentium 3 1000	1	1000		133	7,5	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	27,6
		Pentium 3 1133 EB	1	1133		133	8,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,750	37,5
		Pentium 3 1100 E	1	1100		100	11,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,750	33,0
		Pentium 3 1066 EB	1	1066		133	8,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,750
		Pentium 3 1000 EB	1	1000		133	7,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,700	26,1
		Pentium 3 1000 E	1	1000		100	10,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,700	26,1
		Pentium 3 950 E	1	950		100	9,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,700
		Pentium 3 933 EB	1	933		133	7,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,700	25,2
		Pentium 3 900 E	1	900		100	9,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,700	23,2
		Pentium 3 866 EB	1	866		133	6,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	22,9
		Pentium 3 850 E	1	850		100	8,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	22,5
		Pentium 3 800 EB	1	800		133	6,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	20,8
		Pentium 3 800 E	1	800		100	8,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	20,8
		Pentium 3 750 E	1	750		100	7,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	19,5
		Pentium 3 733 EB	1	733		133	5,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	19,1
		Pentium 3 700 E	1	700		100	7,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	18,3
		Pentium 3 667 EB	1	667		133	5,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	17,5
		Pentium 3 650 E	1	650		100	6,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	17,0
		Pentium 3 600 EB	1	600		133	4,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	15,8
		Pentium 3 600 E	1	600		100	6,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	15,8
		Pentium 3 550 E	1	550		100	5,5	Coppermine	180	28,0	Sockel 370			32	256	---	1,600	14,5
		Pentium 3 533 EB	1	533		133	4,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,650	14,0
		Pentium 3 500 E	1	500		100	5,0	Coppermine	180	28,0	Sockel 370			32	256	---	1,600	13,2
		Pentium 3 1133 EB	1	1133		133	8,5	Coppermine	180	28,0	Slot 1			32	256	---	1,800	35,5
		Pentium 3 1000 EB	1	1000		133	7,5	Coppermine	180	28,0	Slot 1			32	256	---	1,700	26,1
		Pentium 3 1000 E	1	1000		100	10,0	Coppermine	180	28,0	Slot 1			32	256	---	1,700	26,1
		Pentium 3 950 E	1	950		100	9,5	Coppermine	180	28,0	Slot 1			32	256	---	1,700
		Pentium 3 933 EB	1	933		133	7,0	Coppermine	180	28,0	Slot 1			32	256	---	1,700	25,2
		Pentium 3 900 E	1	900		100	9,0	Coppermine	180	28,0	Slot 1			32	256	---	1,700	23,2
		Pentium 3 866 EB	1	866		133	6,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	22,9
		Pentium 3 800 EB	1	800		133	6,0	Coppermine	180	28,0	Slot 1			32	256	---	1,650	20,8
		Pentium 3 850 E	1	850		100	8,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	22,5
		Pentium 3 800 E	1	800		100	8,0	Coppermine	180	28,0	Slot 1			32	256	---	1,650	20,8
		Pentium 3 750 E	1	750		100	7,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	19,5
		Pentium 3 733 EB	1	733		133	5,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	19,1
		Pentium 3 667 EB	1	667		133	5,0	Coppermine	180	28,0	Slot 1			32	256	---	1,650	17,5
		Pentium 3 700 E	1	700		100	7,0	Coppermine	180	28,0	Slot 1			32	256	---	1,650	18,3
		Pentium 3 650 E	1	650		100	6,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	17,0
		Pentium 3 600 E	1	600		100	6,0	Coppermine	180	28,0	Slot 1			32	256	---	1,650	15,8
		Pentium 3 600 EB	1	600		133	4,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	15,8
		Pentium 3 550 E	1	550		100	5,5	Coppermine	180	28,0	Slot 1			32	256	---	1,650	14,5
		Pentium 3 533 EB	1	533		133	4,0	Coppermine	180	28,0	Slot 1			32	256	---	1,650	14,0
		Pentium 3 600 B	1	600		133	4,5	Katmai	250	9,5	Slot 1			32	512	---	2,000	34,5
		Pentium 3 600	1	600		100	6,0	Katmai	180	9,5	Slot 1			32	512	---	2,000	34,5
		Pentium 3 550	1	550		100	5,5	Katmai	250	9,5	Slot 1			32	512	---	2,000	30,8
		Pentium 3 533 B	1	533		133	4,0	Katmai	250	9,5	Slot 1			32	512	---	2,000	29,7
		Pentium 3 500	1	500		100	5,0	Katmai	250	9,5	Slot 1			32	512	---	2,000	28,0
		Pentium 3 450	1	450		100	4,5	Katmai	250	9,5	Slot 1			32	512	---	2,000	25,3
Intel 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
		Pentium 2 450	1	450		100	4,5	Deschutes	250	7,5	Slot 1			32	512	---	2,000	27,1
		Pentium 2 400	1	400		100	4,0	Deschutes	250	7,5	Slot 1			32	512	---	2,000	24,3
		Pentium 2 400	1	400		100	4,0	Deschutes	250	7,5	Slot 1			32	512	---	2,000	27,6
		Pentium 2 350	1	350		100	3,5	Deschutes	250	7,5	Slot 1			32	512	---	2,000	21,5
		Pentium 2 350	1	350		100	3,5	Deschutes	250	7,5	Slot 1			32	512	---	2,000	24,5
		Pentium 2 333	1	333		66	5,0	Deschutes	350	7,5	Slot 1			32	512	---	2,000	20,6
		Pentium 2 333	1	333		66	5,0	Deschutes	350	7,5	Slot 1			32	512	---	2,000	23,7
		Pentium 2 300	1	300		66	4,5	Deschutes	350	7,5	Slot 1			32	512	---	2,000	18,7
		Pentium 2 266	1	266		66	4,0	Deschutes	350	7,5	Slot 1			32	512	---	2,000	16,8
		Pentium 2 266	1	266		66	3,5	Deschutes	350	7,5	Slot 1			32	512	---	2,000	19,5
		Pentium 2 300	1	300		66	4,5	Klamath	350	7,5	Slot 1			32	512	---	2,800	43,0
		Pentium 2 266	1	266		66	4,0	Klamath	350	7,5	Slot 1			32	512	---	2,800	38,2
		Pentium 2 233	1	233		66	3,5	Klamath	350	7,5	Slot 1			32	512	---	2,800	34,8
Intel Celeron G-Serie (Haswell)
		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
	357	Celeron G1850	2	2900		5000	29,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		53,0
	331	Celeron G1840	2	2800		5000	28,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		53,0
		Celeron G1840T	2	2500		5000	25,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		35,0
	318	Celeron G1830	2	2800		5000	28,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		53,0
	312	Celeron G1820	2	2700		5000	27,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		53,0
	285	Celeron G1820T	2	2400		5000	24,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		35,0
		Celeron G1820TE	2	2200		5000	22,0	Haswell	22	1400	Sockel 1150			128*	512*	2048		35,0
Intel Celeron G-Serie (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 G1630	2	2800		5000	28,0	Ivy Bridge	22		Sockel 1155			128*	512*	2048		35,0
		Celeron G1620	2	2700		5000	27,0	Ivy Bridge	22		Sockel 1155			128*	512*	2048		55,0
		Celeron G1620T	2	2400		5000	24,0	Ivy Bridge	22		Sockel 1155			128*	512*	2048		35,0
		Celeron G1610	2	2600		5000	26,0	Ivy Bridge	22		Sockel 1155			128*	512*	2048		55,0
		Celeron G1610T	2	2300		5000	23,0	Ivy Bridge	22		Sockel 1155			128*	512*	2048		35,0
Intel Celeron G-Serie (Sandy 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 G 540	2	2500		5000	25,0	Sandy Bridge	32		Sockel 1155			128*	512*	2048		65,0
		Celeron G 530	2	2400		5000	24,0	Sandy Bridge	32		Sockel 1155			128*	512*	2048		65,0
		Celeron G 530T	2	2000		5000	20,0	Sandy Bridge	32		Sockel 1155			128*	512*	2048		35,0
		Celeron G 440	1	1600		5000	16,0	Sandy Bridge	32		Sockel 1155			64*	256*	1024		35,0
Intel Celeron Dual-Core (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
		Celeron Dual-Core E3400	2	2600		800	13,0	Wolfdale	45		Sockel 775			128*	1024	---	1,363	65,0
		Celeron Dual-Core E3300	2	2500		800	12,5	Wolfdale	45		Sockel 775			128*	1024	---	1,363	65,0
		Celeron Dual-Core E3200	2	2400		800	12,0	Wolfdale	45		Sockel 775			128*	1024	---	1,363	65,0
		Celeron Dual-Core E1600	2	2400		800	12,0	Conroe	65	105,0	Sockel 775			128*	512	---	1,500	65,0
		Celeron Dual-Core E1500	2	2200		800	11,0	Conroe	65	105,0	Sockel 775			128*	512	---	1,500	65,0
		Celeron Dual-Core E1400	2	2000		800	10,0	Conroe	65	105,0	Sockel 775			128*	512	---	1,500	65,0
		Celeron Dual-Core E1200	2	1600		800	8,0	Conroe	65	105,0	Sockel 775			128*	512	---	1,500	65,0
Intel Celeron Core (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
		Celeron Core 450	1	2200		800	11,0	Conroe	65	105,0	Sockel 775			32	512	---	1,300	35,0
		Celeron Core 445	1	1866		1066	7,0	Conroe-CL	65		Sockel 771			64*	512*	---		64,0
		Celeron Core 440	1	2000		800	10,0	Conroe	65	105,0	Sockel 775			32	512	---	1,300	35,0
		Celeron Core 430	1	1800		800	9,0	Conroe	65	105,0	Sockel 775			32	512	---	1,300	35,0
		Celeron Core 420	1	1600		800	8,0	Conroe	65	105,0	Sockel 775			32	512	---	1,300	35,0
		Celeron Core 220	1	1200		533	9,0	Conroe	65	105,0	Sockel 775			32	512	---	1,300	19,0
		Celeron Core 215	1	1333		533	10,0	Yonah	65	151,0	Sockel 775			32	512	---		27,0
Intel Celeron D (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
		Celeron D 365	1	3600		533	27,0	Cedar Mill-512	65	188,0	Sockel 775			16	512	---	1,325	65,0
		Celeron D 360	1	3466		533	26,0	Cedar Mill-512	65	188,0	Sockel 775			16	512	---	1,325	65,0
		Celeron D 356	1	3333		533	25,0	Cedar Mill-512	65	188,0	Sockel 775			16	512	---	1,325	86,0
		Celeron D 355	1	3333		533	25,0	Prescott	90	125,0	Sockel 775			16	256	---	1,400	84,0
		Celeron D 352	1	3200		533	24,0	Cedar Mill-512	65	188,0	Sockel 775			16	512	---	1,325	86,0
		Celeron D 347	1	3066		533	23,0	Cedar Mill-512	65	188,0	Sockel 775			16	512	---	1,325	86,0
		Celeron D 351	1	3200		533	24,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
		Celeron D 350/350J	1	3200		533	24,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 350	1	3200		533	24,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 346	1	3066		533	23,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
		Celeron D 345J	1	3066		533	23,0	Prescott	90	125,0	Sockel 775			16	256	---	1,400	84,0
		Celeron D 345	1	3066		533	23,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 341	1	2933		533	22,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
		Celeron D 340J	1	2933		533	22,0	Prescott	90	125,0	Sockel 775			16	256	---	1,400	84,0
		Celeron D 340	1	2933		533	22,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 336	1	2800		533	21,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
		Celeron D 335J	1	2800		533	21,0	Prescott	90	125,0	Sockel 775			16	256	---	1,400	84,0
		Celeron D 335/335J	1	2800		533	21,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 335	1	2800		533	21,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 331	1	2666		533	20,0	Prescott	90	125,0	Sockel 775			16	256	---	1,400	84,0
		Celeron D 330/330J	1	2266		533	17,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 330	1	2666		533	20,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 330J	1	2666		533	20,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
		Celeron D 326	1	2533		533	19,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
		Celeron D 325J	1	2533		533	19,0	Prescott	90	125,0	Sockel 775			16	256	---	1,400	84,0
		Celeron D 325	1	2533		533	19,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 320	1	2400		533	18,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 315/315J	1	2266		533	17,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 315	1	2266		533	17,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 310	1	2133		533	16,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	73,0
		Celeron D 325/325J	1	2533		533	19,0	Prescott	90	125,0	Sockel 478			16	256	---	1,400	84,0
Intel 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
		Celeron 4 2800	1	2800		400	26,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475
		Celeron 4 2700	1	2700		400	27,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475
		Celeron 4 2600	1	2600		400	26,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475	83,5
		Celeron 4 2500	1	2500		400	25,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475	81,3
		Celeron 4 2400	1	2400		400	24,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475	59,8
		Celeron 4 2300	1	2300		400	23,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475	77,7
		Celeron 4 2200	1	2200		400	22,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475	76,1
		Celeron 4 2100	1	2100		400	21,0	Northwood	130	55,0	Sockel 478			8	128	---	1,475	74,0
		Celeron 4 2000	1	2000		400	20,0	Northwood	130	55,0	Sockel 478			8	128	---	1,500	70,4
		Celeron 4 1800	1	1800		400	18,0	Willamette	180	42,0	Sockel 478			8	128	---	1,750	88,1
		Celeron 4 1700	1	1700		400	17,0	Willamette	180	42,0	Sockel 478			8	128	---	1,750	84,6
Intel Celeron 3 (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 3 1400	1	1400		100	14,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,500	34,8
		Celeron 3 1300	1	1300		100	13,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,500	33,4
		Celeron 3 1200	1	1200		100	12,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,500	32,1
		Celeron 3 1200	1	1200		100	12,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	29,9
		Celeron 3 1100	1	1100		100	11,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	28,9
		Celeron 3 1000	1	1000		100	10,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	27,8
		Celeron 3 900	1	900		100	10,0	Tualatin	130	44,0	Sockel 370			32	256	---	1,475	26,3
Intel 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
		Celeron 2 1100	1	1100		100	11,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	33,0
		Celeron 2 1000	1	1000		100	10,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	29,0
		Celeron 2 950	1	950		100	9,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	28,0
		Celeron 2 900	1	900		100	9,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	26,7
		Celeron 2 850	1	850		100	8,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	25,7
		Celeron 2 850	1	850		100	8,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	22,5
		Celeron 2 850	1	850		100	8,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	22,5
		Celeron 2 800	1	800		100	8,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	24,5
		Celeron 2 800	1	800		100	8,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	20,8
		Celeron 2 800	1	800		100	8,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	20,8
		Celeron 2 766	1	766		66	11,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	23,6
		Celeron 2 766	1	766		66	11,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	20,0
		Celeron 2 766	1	766		66	11,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	20,0
		Celeron 2 733	1	733		66	11,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	22,8
		Celeron 2 733	1	733		66	11,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	19,1
		Celeron 2 733	1	733		66	11,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	19,1
		Celeron 2 700	1	700		66	10,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	18,3
		Celeron 2 700	1	700		66	10,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	18,3
		Celeron 2 667	1	667		66	10,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	21,1
		Celeron 2 667	1	667		66	10,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	17,5
		Celeron 2 667	1	667		66	10,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	17,5
		Celeron 2 633	1	633		66	9,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	20,2
		Celeron 2 633	1	633		66	9,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	16,5
		Celeron 2 633	1	633		66	9,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,650	16,5
		Celeron 2 600	1	600		66	9,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	19,6
		Celeron 2 600	1	600		66	9,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	15,8
		Celeron 2 600	1	600		66	9,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,500	12,6
		Celeron 2 566	1	566		66	8,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,750	19,2
		Celeron 2 566	1	566		66	8,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	14,9
		Celeron 2 566	1	566		66	8,5	Coppermine	180	28,1	Sockel 370			32	128	---	1,500	11,9
		Celeron 2 533	1	533		66	8,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,700	14,0
		Celeron 2 533	1	533		66	8,0	Coppermine	180	28,1	Sockel 370			32	128	---	1,500	11,2
Intel Celeron 1 (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 1 533	1	533		66	8,0	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	28,3
		Celeron 1 500	1	500		66	7,5	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	27,0
		Celeron 1 466	1	466		66	7,0	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	25,6
		Celeron 1 433	1	433		66	6,5	Mendocino	250	19,0	Slot 1			32	128	---	2,000	24,6
		Celeron 1 433	1	433		66	6,5	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	24,1
		Celeron 1 400	1	400		66	6,0	Mendocino	250	19,0	Slot 1			32	128	---	2,000	24,2
		Celeron 1 400	1	400		66	6,0	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	23,7
		Celeron 1 366	1	366		66	5,5	Mendocino	250	19,0	Slot 1			32	128	---	2,000	22,2
		Celeron 1 366	1	366		66	5,5	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	21,7
		Celeron 1 333	1	333		66	5,0	Mendocino	250	19,0	Slot 1			32	128	---	2,000	20,7
		Celeron 1 333	1	333		66	5,0	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	19,7
		Celeron 1 300 A	1	300		66	4,5	Mendocino	250	19,0	Slot 1			32	128	---	2,000	18,4
		Celeron 1 300 A	1	300		66	4,5	Mendocino	250	19,0	Sockel 370			32	128	---	2,000	17,8
		Celeron 1 300	1	300		66	4,5	Covington	350	7,5	Slot 1			32	---	---	2,000	18,4
		Celeron 1 300	1	300		66	4,5	Covington	350	7,5	Sockel 370			32	---	---	2,000	17,5
		Celeron 1 266	1	266		66	4,0	Covington	350	7,5	Slot 1			32	---	---	2,000	16,6
		Celeron 1 266	1	266		66	4,0	Covington	350	7,5	Sockel 370			32	---	---	2,000	15,6
Intel Pentium MMX (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
		Pentium MMX 233	1	233		66	3,5	P55C	350		Sockel 7			32	---	---	2,800	17,0
		Pentium MMX 200	1	200		66	3,0	P55C	350		Sockel 7			32	---	---	2,800	15,7
		Pentium MMX 166	1	166		66	2,5	P55C	350		Sockel 7			32	---	---	2,800	13,1
		Pentium MMX 133	1	133		66	2,0	P55C	350	4,5	Sockel 7			32	---	---	2,660	7,8
Intel 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
		Pentium 200	1	200		66	3,0	P54C	350	3,2	Sockel 7			16	---	---	3,500	15,5
		Pentium 166	1	166		66	2,5	P54C	350	3,2	Sockel 7			16	---	---	3,500	14,5
		Pentium 150	1	150		60	2,5	P54C	350	3,2	Sockel 7			16	---	---	3,300	11,6
		Pentium 133	1	133		66	2,0	P54C	350	3,2	Socket 5			16	---	---	3,500	13,7
		Pentium 133	1	133		66	2,0	P54C	350	3,2	Socket 5			16	---	---	3,300	11,2
		Pentium 120	1	120		60	2,0	P54C	600	3,2	Socket 5			16	---	---	3,500	12,8
		Pentium 120	1	120		60	2,0	P54C	600	3,2	Socket 5			16	---	---	3,300	11,9
		Pentium 100	1	100		66	1,5	P54C	600	3,2	Socket 5			16	---	---	3,500	12,0
		Pentium 100	1	100		66	1,5	P54C	600	3,2	Socket 5			16	---	---	3,380	11,0
		Pentium 100	1	100		66	1,5	P54C	600	3,2	Socket 5			16	---	---	3,300	10,1
		Pentium 90	1	90		60	1,5	P54C	600	3,2	Socket 5			16	---	---	3,380	10,0
		Pentium 90	1	90		60	1,5	P54C	600	3,2	Socket 5			16	---	---	3,300	9,0
		Pentium 75	1	75		50	1,5	P54C	600	3,2	Socket 5			16	---	---	3,300	8,0
		Pentium 66	1	66		66	1,0	P5	800	3,2	Socket 4			16	---	---	5,000	16,0
		Pentium 60	1	60		60	1,0	P5	800	3,2	Socket 4			16	---	---	5,000	14,6

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