Prozessorliste Notebook - AMD

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

Hinweis: Diese Datentabellen unterliegen dem Urheberrecht von www.pc-erfahrung.de. Fragen zu einem bestimmten Modell oder den Prozessortabellen können im Kontaktformular gestellt werden.

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Springe zu:
Ryzen 7 3000-Serie, Ryzen 5 3000-Serie, Ryzen 3 3000-Serie, A10-Serie, A8-Serie, A6-Serie, A4-Serie, A10-Serie, A8-Serie, A6-Serie, A8-Serie, A6-Serie, A6-Serie, A4-Serie, A4-Serie, E2, E2, E1, E1, E-Serie, C-Serie, Phenom II Quad-Core, Phenom II Triple-Core, Phenom II Dual-Core, V-Serie, Turion II, Turion II Neo, Athlon II, Athlon II Neo, Turion Neo X2, Turion X2 Ultra, Turion 64 X2, Turion 64, Athlon X2 Mobile, Athlon Neo X2, Sempron, mAthlon 64, mSempron, Athlon XP M, Mobile Athlon 4, Mobile Duron, Geode NX, Geode LX, Geode GX, mK6-III+, mK6-III, mK6-2+, mK6-2, mK6,

Neueste Modelle:
02.05.2019 Ryzen 3 3200U
02.05.2019 Ryzen 3 3300U
02.05.2019 Ryzen 5 3500U
02.05.2019 Ryzen 5 3550H
02.05.2019 Ryzen 7 3700U

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

AMD Ryzen 7 3000-Serie (Zen+) "Picasso APU "
» 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
		Ryzen 7 3750H	4	2300		100	23,0	Picasso	12	4500	FP5			384*	2048*	4096		35,0
		Ryzen 7 3700U	4	2300		100	23,0	Picasso	12	4500	FP5			384*	2048*	4096		15,0
AMD Ryzen 5 3000-Serie (Zen+) "Picasso APU "
		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
		Ryzen 5 3550H	4	2100		100	21,0	Picasso	12	4500	FP5			384*	2048*	4096		35,0
		Ryzen 5 3500U	4	2100		100	21,0	Picasso	12	4500	FP5			384*	2048*	4096		15,0
AMD Ryzen 3 3000-Serie (Zen+) "Picasso APU "
		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
		Ryzen 3 3300U	4	2100		100	21,0	Picasso	12	4500	FP5			384*	2048*	4096		15,0
		Ryzen 3 3200U	2	2600		100	26,0	Picasso	12	4500	FP5			192*	1024*	4096		15,0
AMD A10-Serie (Piledriver) "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
	351	A10 5757M	4	2500		2500	12,5	Richland	32	1300	FP2			512*	4096*	---		35,0
	378	A10 5750M	4	2500		2500	12,5	Richland	32	1300	FS1			512*	4096*	---		35,0
	314	A10 5745M	4	2100		2500	10,5	Richland	32	1300	FP2			512*	4096*	---		25,0
AMD A8-Serie (Piledriver) "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
	327	A8 5557M	4	2100		2500	11,5	Richland	32	1300	FP2			512*	4096*	---		35,0
	335	A8 5550M	4	2100		2500	10,5	Richland	32	1300	FS1			512*	4096*	---		35,0
	286	A8 5545M	4	1700		2500	8,5	Richland	32	1300	FP2			512*	4096*	---		19,0
		A8 4557M	4	1900		2500	9,5	Richland	32	1300	FP2			512*	4096*	---		35,0
		A8 4550M	4	1600		2500	8,0	Richland	32	1300	FP2			512*	4096*	---		19,0
AMD A6-Serie (Piledriver) "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
	217	A6 5357M	2	2900		2500	14,5	Richland	32	1300	FP2			256*	1024*	---		35,0
	220	A6 5350M	2	2900		2500	14,5	Richland	32	1300	FP2			256*	1024*	---		35,0
	174	A6 5345M	2	2200		2500	11,0	Richland	32	1300	FP2			256*	1024*	---		17,0
AMD A4-Serie (Piledriver) "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
	214	A4 5150M	2	2700		2500	13,5	Richland	32	1300	FP2			256*	1024*	---		35,0
		A4 5145M	2	2000		2500	10,0	Richland	32	1300	FP2			256*	1024*	---		17,0
	130	A4 4355M	2	1900		2500	9,5	Trinity	32	1303	FP2			256*	1024*	---		17,0
	191	A4 4300M	2	2500		2500	12,5	Trinity	32	1303	FP2			256*	1024*	---		35,0
AMD A10-Serie (Bulldozer) "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
	290	A10 4655M	4	2000		2500	10,0	Trinity	32	1303	FP2			512*	4096*	---	1,210	25,0
	351	A10 4600M	4	2300		2500	11,5	Trinity	32	1303	FS1			512*	4096*	---	1,300	35,0
AMD A8-Serie (Bulldozer) "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
	301	A8 4500M	4	1900		2500	9,5	Trinity	32	1303	FS1			512*	4096*	---	1,300	35,0
AMD A6-Serie (Bulldozer) "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
	146	A6 4455M	2	2100		2500	10,5	Trinity	32	1303	FS1			256*	1024*	---	1,150	17,0
	184	A6 4400M	2	2700		2500	13,5	Trinity	32	1303	FS1			256*	1024*	---	1,325	35,0
AMD A8-Serie (K10)
		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
	313	A8 3550MX	4	2000		2000	10,0	Llano	32	1450	FS1			512*	4096*	---	1,420	45,0
	260	A8 3530MX	4	1900		2000	9,5	Llano	32	1450	FS1			512*	4096*	---	1,450	45,0
	268	A8 3510MX	4	1800		2000	9,0	Llano	32	1450	FS1			512*	4096*	---	1,450	45,0
	254	A8 3520M	4	1600		2000	8,0	Llano	32	1450	FS1			512*	4096*	---	1,420	35,0
	231	A8 3500M	4	1500		2000	7,5	Llano	32	1450	FS1			512*	4096*	---	1,450	35,0
AMD A6-Serie (Jaguar) "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
	273	A6 5200	4	2000		2500	10,0	Kabini	28		Sockel FT3			256*	2048*	---		25,0
	176	A6 1450	4	1000		2500	5,0	Temash	28		Sockel FT3			256*	2048*	---		8,0
AMD A6-Serie (K10)
		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
	247	A6 3430MX	4	1700		2000	8,5	Llano	32	1450	FS1			512*	4096*	---	1,450	45,0
	237	A6 3410MX	4	1600		2000	8,0	Llano	32	1450	FS1			512*	4096*	---	1,450	45,0
	233	A6 3420M	4	1500		2000	7,5	Llano	32	1450	FS1			512*	4096*	---	1,420	35,0
	221	A6 3400M	4	1400		2000	7,0	Llano	32	1450	FS1			512*	4096*	---	1,450	35,0
AMD A4-Serie (Jaguar) "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
	213	A4 5000	4	1500		2500	7,5	Kabini	28		Sockel FT3			256*	2048*	---		15,0
	67	A4 1250	2	1000		2500	5,0	Temash	28		Sockel FT3			128*	1024*	---		8,0
	75	A4 1200	2	1000		2500	5,0	Temash	28		Sockel FT3			128*	1024*	---		4,0
AMD A4-Serie (K10)
		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
	151	A4 3330MX	2	2200		2000	11,0	Llano	32	1450	FS1			256*	2048*	---	1,420	45,0
	146	A4 3310MX	2	2100		2000	10,5	Llano	32	1450	FS1			256*	2048*	---	1,450	45,0
	135	A4 3320M	2	2000		2000	10,0	Llano	32	1450	FS1			256*	2048*	---	1,420	35,0
	138	A4 3300M	2	1900		2000	9,5	Llano	32	1450	FS1			256*	2048*	---	1,450	35,0
	143	A4 3305M	2	1900		2000	9,5	Llano	32	1450	FS1			256*	1024*	---	1,420	35,0
AMD E2 (Jaguar) "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
	122	E2 3000	2	1650		2500	8,5	Kabini	28		Sockel FT3			128*	1024*	---		15,0
AMD E2 (Bobcat)
		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
	93	E2 2000	2	1750		2500	8,5	Zacate	40		FT1 BGA			128*	1024*	---	1,375	18,0
	95	E2 1800	2	1700		2500	8,5	Zacate	40		FT1 BGA			128*	1024*	---	1,375	18,0
AMD E1 (Jaguar) "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
	103	E1 2500	2	1400		2500	7,0	Kabini	28		Sockel FT3			128*	1024*	---		15,0
	69	E1 2100	2	1000		2500	5,0	Kabini	28		Sockel FT3			128*	1024*	---		9,0
AMD E1 (Bobcat)
		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
	80	E1 1500	2	1480		2500	7,5	Zacate	40		FT1 BGA			128*	1024*	---	1,375	18,0
	78	E1 1200	2	1400		2500	7,0	Zacate	40		FT1 BGA			128*	1024*	---	1,375	18,0
AMD E-Serie (Bobcat)
		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
	88	E 450	2	1650		2500	8,5	Zacate	40		FT1 BGA			128*	1024*	---	1,350	18,0
	81	E 350	2	1600		2500	8,0	Zacate	40		FT1 BGA			128*	1024*	---	1,350	18,0
	70	E 300	2	1300		2500	6,5	Zacate	40		FT1 BGA			128*	1024*	---	1,350	18,0
	39	E 240	1	1500		2500	7,5	Zacate	40		FT1 BGA			64*	512*	---	1,350	18,0
AMD C-Serie (Bobcat)
		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
	65	C 70	2	1000		2500	5,0	Ontario	40	400,0	FT1 BGA			128*	1024*	---	1,350	9,0
	62	C 60	2	1000		2500	5,0	Ontario	40	400,0	FT1 BGA			128*	1024*	---	1,350	9,0
	52	C 50	2	1000		2500	5,0	Ontario	40	400,0	FT1 BGA			128*	1024*	---	1,350	9,0
	35	C 30	1	1200		2500	6,0	Ontario	40	400,0	FT1 BGA			64*	512*	---	1,350	9,0
AMD Phenom II Quad-Core (K10) "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
		Phenom II Quad-Core X940 BE	4	2400		3600	12,0	Champlain	45	300,0	Sockel S1			512*	2048*	---		45,0
		Phenom II Quad-Core X920 BE	4	2300		3600	11,5	Champlain	45	300,0	Sockel S1			512*	2048*	---		45,0
		Phenom II Quad-Core P960	4	1800		3600	9,0	Champlain	45	300,0	Sockel S1			512*	2048*	---		35,0
		Phenom II Quad-Core P940	4	1700		3600	8,5	Champlain	45	300,0	Sockel S1			512*	2048*	---		35,0
		Phenom II Quad-Core P920	4	1600		3600	8,0	Champlain	45	300,0	Sockel S1			512*	2048*	---		25,0
		Phenom II Quad-Core N970	4	2200		3600	11,0	Champlain	45	300,0	Sockel S1			512*	2048*	---		35,0
		Phenom II Quad-Core N950	4	2100		3600	10,5	Champlain	45	300,0	Sockel S1			512*	2048*	---		35,0
		Phenom II Quad-Core N930	4	2000		3600	10,0	Champlain	45	300,0	Sockel S1			512*	2048*	---		35,0
AMD Phenom II Triple-Core (K10) "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
		Phenom II Triple-Core P860	3	2000		3600	10,0	Champlain	45	300,0	Sockel S1			384*	1536*	---		35,0
		Phenom II Triple-Core P840	3	1900		3600	9,5	Champlain	45	300,0	Sockel S1			384*	1536*	---		35,0
		Phenom II Triple-Core P820	3	1800		3600	9,0	Champlain	45	300,0	Sockel S1			384*	1536*	---		25,0
		Phenom II Triple-Core N870	3	2300		3600	11,5	Champlain	45	300,0	Sockel AM2+			384*	1536*	---		35,0
		Phenom II Triple-Core N850	3	2200		3600	11,0	Champlain	45	300,0	Sockel S1			384*	1536*	---		35,0
		Phenom II Triple-Core N830	3	2100		3600	10,5	Champlain	45	300,0	Sockel S1			384*	1536*	---		35,0
AMD Phenom II Dual-Core (K10) "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
		Phenom II Dual-Core X620 BE	2	3100		3600	15,5	Champlain	45	300,0	Sockel S1			256*	2048*	---		45,0
		Phenom II Dual-Core P650	2	2600		3600	13,0	Champlain	45	300,0	Sockel S1			256*	2048*	---		35,0
		Phenom II Dual-Core N660	2	3000		3600	15,0	Champlain	45	300,0	Sockel S1			256*	2048*	---		35,0
		Phenom II Dual-Core N640	2	2900		3600	14,5	Champlain	45	300,0	Sockel S1			256*	2048*	---		35,0
		Phenom II Dual-Core N620	2	2800		3600	14,0	Champlain	45	300,0	Sockel S1			256*	2048*	---		35,0
AMD V-Serie (K10)
		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
		V 160	1	2400		3200	12,0	Champlain	45	300,0	Sockel S1			128*	512*	---		25,0
		V 140	1	2300		3200	11,5	Champlain	45	300,0	Sockel S1			128*	512*	---		25,0
		V 120	1	2200		3200	11,0	Champlain	45	300,0	Sockel S1			128*	512*	---		25,0
		V 105	1	1200		2000	6,0	Geneva			Sockel S1			128*	512*	---		9,0
AMD Turion II (K10)
		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
	167	Turion II P540	2	2400		3600	12,0	Champlain	45	234,0	Sockel S1			256*	2048*	0		35,0
	152	Turion II P520	2	2300		3600	11,5	Champlain	45	234,0	Sockel S1			256*	2048*	0		25,0
	189	Turion II N550	2	2600		3600	13,0	Champlain	45	234,0	Sockel S1			256*	2048*	0		35,0
	177	Turion II N530	2	2500		3600	12,5	Champlain	45	234,0	Sockel S1			256*	2048*	0		35,0
	171	Turion II M660 Ultra	2	2700		3600	13,5	Caspian	45		Sockel S1			256*	2048*	---		35,0
	183	Turion II M640 Ultra	2	2600		3600	13,0	Caspian	45		Sockel S1			256*	2048*	---		35,0
	173	Turion II M620 Ultra	2	2500		3600	12,5	Caspian	45		Sockel S1			256*	2048*	---		35,0
	157	Turion II M600 Ultra	2	2400		3600	12,0	Caspian	45		Sockel S1			256*	2048*	---		35,0
		Turion II M560	2	2500		3600	12,5	Caspian	45		Sockel S1			256*	1024*	---		35,0
	156	Turion II M540	2	2400		3600	12,0	Caspian	45		Sockel S1			256*	1024*	---		35,0
	150	Turion II M520	2	2300		3600	11,5	Caspian	45		Sockel S1			256*	1024*	---		35,0
	146	Turion II M500	2	2200		3600	11,0	Caspian	45		Sockel S1			256*	1024*	---		35,0
AMD Turion II Neo (K10)
		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
		Turion II Neo K665	2	1700		3200	8,5	Geneva	45		Sockel S1			256*	2048*	---		15,0
		Turion II Neo K665	2	1500		3200	7,5	Geneva	45		Sockel S1			256*	2048*	---		15,0
AMD Athlon II (K10)
		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
	133	Athlon II N330	2	2300		3200	11,5	Champlain	45		Sockel S1			256*	1024*	---		35,0
	137	Athlon II P320	2	2100		3200	10,5	Champlain	45		Sockel S1			256*	1024*	---		25,0
		Athlon II M360	2	2300		3200	11,5	Caspian	45		Sockel S1			256*	1024*	---		35,0
	113	Athlon II M340	2	2200		3200	11,0	Caspian	45		Sockel S1			256*	1024*	---		35,0
	127	Athlon II M320	2	2100		3200	10,5	Caspian	45		Sockel S1			256*	1024*	---		35,0
	129	Athlon II M300	2	2000		3200	10,0	Caspian	45		Sockel S1			256*	1024*	---		35,0
AMD Athlon II Neo (K10)
		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
	88	Athlon II Neo K325	2	1300		2000	6,5	Geneva	45		Sockel S1			256*	2048*	---		12,0
	53	Athlon II Neo K125	1	1700		2000	8,5	Geneva	45		Sockel S1			128*	1024*	---		12,0
AMD Turion Neo X2 (K8)
		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
	97	Turion Neo X2 L625	2	1600		1600	8,0	Congo	65		ASB1			256*	1024*	---		18,0
AMD Turion X2 Ultra (K8)
		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
	136	Turion X2 Ultra ZM-86	2	2400		3600	12,0	Lion	65		Sockel S1			256*	2048*	---	1,125	35,0
	133	Turion X2 Ultra ZM-85	2	2300		4400	11,5	Lion	65		Sockel S1			256*	2048*	---	1,125	35,0
	136	Turion X2 Ultra ZM-84	2	2300		3600	11,5	Lion	65		Sockel S1			256*	2048*	---	1,125	35,0
	127	Turion X2 Ultra ZM-82	2	2200		3600	11,0	Lion	65		Sockel S1			256*	2048*	---	1,125	35,0
	117	Turion X2 Ultra ZM-80	2	2100		3600	10,5	Lion	65		Sockel S1			256*	2048*	---	1,125	32,0
AMD Turion 64 X2 (K8)
		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
	109	Turion 64 X2 TL-60	2	2000		400	10,0	Trinidad	90	153,8	Sockel S1			128	512	---	1,100	35,0
	96	Turion 64 X2 TL-56	2	1800		400	9,0	Trinidad	90	153,8	Sockel S1			128	512	---	1,100	33,0
	85	Turion 64 X2 TL-52	2	1600		400	8,0	Trinidad	90	153,8	Sockel S1			128	512	---	1,100	31,0
	84	Turion 64 X2 TL-50	2	1600		400	8,0	Tylor	90	153,8	Sockel S1			128	256	---	1,100	31,0
AMD Turion 64 (K8)
		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
	50	Turion 64 ML-37	1	2000		400	10,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	35,0
	49	Turion 64 ML-34	1	1800		400	9,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	35,0
	47	Turion 64 ML-32	1	1800		400	9,0	Lancaster	90	114,0	Sockel m754			128	512	---	1,400	35,0
	45	Turion 64 ML-30	1	1600		400	8,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	35,0
	60	Turion 64 MT-40	1	2200		400	11,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	25,0
	54	Turion 64 MT-37	1	2000		400	10,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	25,0
		Turion 64 MT-34	1	1800		400	9,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	25,0
	46	Turion 64 MT-32	1	1800		400	9,0	Lancaster	90	114,0	Sockel m754			128	512	---	1,400	25,0
	45	Turion 64 MT-30	1	1600		400	8,0	Lancaster	90	114,0	Sockel m754			128	1024	---	1,400	25,0
AMD Athlon X2 Mobile (K8)
		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
		Athlon X2 Mobile QL-67	2	2200		4000	11,0	Lion	65		Sockel S1			256*	1024*	---	1,100	35,0
		Athlon X2 Mobile QL-65	2	2100		4000	10,5	Lion	65		Sockel S1			256*	1024*	---	1,100	35,0
		Athlon X2 Mobile QL-64	2	2000		3600	10,0	Lion	65		Sockel S1			256*	1024*	---	1,100	25,0
		Athlon X2 Mobile QL-62	2	2100		3600	10,5	Lion	65		Sockel S1			256*	1024*	---	1,100	35,0
AMD Athlon Neo X2 (K8)
		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
	87	Athlon Neo X2 L325	2	1500		1600	7,5	Congo	65		ASB1			256*	1024*	---		18,0
AMD Sempron (K8) "UltraThin "
		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
	42	Sempron 210U	1	1500		1600	7,5	???	65		ASB1			128*	256*	---		15,0
	30	Sempron 200U	1	1000		1600	5,0	???	65		ASB1			128*	256*	---		8,0
AMD mAthlon 64 (K8)
		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
		mAthlon 64 4000+	1	2600		400	13,0	Newark	90	114,0	Sockel 754			128	1024	---	1,350	62,0
		mAthlon 64 3700+	1	2400		400	12,0	Newark	90	114,0	Sockel 754			128	1024	---	1,350	62,0
		mAthlon 64 3400+	1	2200		400	11,0	Newark	90	114,0	Sockel 754			128	1024	---	1,350	62,0
		mAthlon 64 3200+	1	2000		400	10,0	Newark	90	114,0	Sockel 754			128	1024	---	1,350	62,0
		mAthlon 64 3000+	1	1800		400	9,0	Newark	90	114,0	Sockel 754			128	1024	---	1,350	62,0
		mAthlon 64 3700+	1	2400		400	12,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,500	81,5
		mAthlon 64 3400+	1	2200		400	11,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,500	81,5
		mAthlon 64 3200+	1	2000		400	10,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,500	81,5
		mAthlon 64 3000+	1	1800		400	9,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,500	81,5
		mAthlon 64 3000+	1	1800		400	9,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,400	62,0
		mAthlon 64 2800+	1	1600		400	8,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,500	62,0
		mAthlon 64 2700+	1	1600		400	8,0	Clawhammer	130	105,9	Sockel 754			128	512	---	1,500	89,0
		mAthlon 64 2000	1	2000		400	10,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,500	65,0
		mAthlon 64 1800	1	1800		400	9,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,400	47,0
		mAthlon 64 1600	1	1600		400	8,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,300	44,0
		mAthlon 64 800	1	800		400	4,0	Clawhammer	130	105,9	Sockel 754			128	1024	---	1,100	19,0
		mAthlon 64 800	1	800		400	4,0	Clawhammer	130	105,9	Sockel 754			128	512	---	1,100	21,0
AMD mSempron (K8)
		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
		mSempron 3400+	1	2000		400	10,0	Paris	90		Sockel 754			128	256	---	1,400	62,0
		mSempron 3300+	1	2000		400	10,0	Albany	90		Sockel 754			128	128	---	1,400	62,0
		mSempron 3300+	1	2000		400	10,0	Georgetown	90		Sockel 754			128	128	---	1,400	62,0
		mSempron 3100+	1	1800		400	9,0	Albany	90		Sockel 754			128	128	---	1,400	62,0
		mSempron 3100+	1	1800		400	9,0	Georgetown	90		Sockel 754			128	128	---	1,400	62,0
		mSempron 3100+	1	1800		400	9,0	Sonora	90		Sockel 754			128	256	---	1,400	25,0
		mSempron 3000+	1	1800		400	9,0	Albany	90		Sockel 754			128	128	---	1,400	62,0
		mSempron 3000+	1	1800		400	9,0	Georgetown	90		Sockel 754			128	128	---	1,400	62,0
		mSempron 3000+	1	1800		400	9,0	Sonora	90		Sockel 754			128	128	---	1,400	25,0
		mSempron 2800+	1	1600		400	8,0	Paris	90		Sockel 754			128	256	---	1,400	25,0
		mSempron 2800+	1	1600		400	8,0	Dublin	130		Sockel 754			128	256	---	1,400	25,0
		mSempron 2600+	1	1600		400	8,0	Dublin	130		Sockel 754			128	128	---	1,400	25,0
		mSempron 3000+	1	1800		400	9,0	Paris	130		Sockel A			128	256	---	1,400	62,0
		mSempron 2800+	1	1600		400	8,0	Paris	130		Sockel A			128	256	---	1,400	62,0
		mSempron 2800+ LA	1	1600		400	8,0	Paris	130		Sockel A			128	256	---	1,250	25,0
		mSempron 2600+	1	1600		400	8,0	Paris	130		Sockel A			128	128	---	1,400	62,0
		mSempron 2600+ LA	1	1600		400	8,0	Paris	130		Sockel A			128	128	---	1,250	25,0
		mSempron 800	1	800		400	4,0	Paris	130		Sockel A			128	256	---	0,950	13,0
		mSempron 800 LA	1	800		400	4,0	Paris	130		Sockel A			128	256	---	0,950	9,0
		mSempron 800	1	800		400	4,0	Paris	130		Sockel A			128	128	---	0,950	13,0
		mSempron 800 LA	1	800		400	4,0	Paris	130		Sockel A			128	128	---	0,950	9,0
AMD Athlon XP M (K7)
		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
	45	Athlon XP M 2800+ DTR	1	2133		266	16,0	Barton	130	54,3	Sockel A			128	512	---	1,650	68,3
		Athlon XP M 2600+ DTR	1	2000		266	15,0	Barton	130	54,3	Sockel A			128	512	---	1,650	68,3
		Athlon XP M 2500+ DTR	1	1866		266	14,0	Barton	130	54,3	Sockel A			128	512	---	1,650	68,3
		Athlon XP M 2600+ DTR	1	2133		266	16,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	68,3
		Athlon XP M 2400+ DTR	1	2066		266	15,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	68,3
		Athlon XP M 2200+ DTR	1	1800		266	13,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	62,8
		Athlon XP M 2000+ DTR	1	1666		266	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	61,3
		Athlon XP M 2000+ DTR	1	1666		266	12,5	Palomino	180	37,5	Sockel A			128	256	---	1,650
		Athlon XP M 1900+ DTR	1	1600		266	12,0	Palomino	180	37,5	Sockel A			128	256	---	1,650
		Athlon XP M 1800+ DTR	1	1533		266	11,5	Palomino	180	37,5	Sockel A			128	256	---	1,650
		Athlon XP M 1700+ DTR	1	1466		266	11,0	Palomino	180	37,5	Sockel A			128	256	---	1,650
		Athlon XP M 1600+ DTR	1	1400		266	10,5	Palomino	180	37,5	Sockel A			128	256	---	1,650
		Athlon XP M 1500+ DTR	1	1333		266	10,0	Palomino	180	37,5	Sockel A			128	256	---	1,650
		Athlon XP M 1400+ DTR	1	1266		266	9,5	Palomino	180	37,5	Sockel A			128	256	---	1,650
	44	Athlon XP M 2600+ MTR	1	2000		266	15,0	Barton		54,3	Sockel A			128	512	---	1,450
	41	Athlon XP M 2500+ MTR	1	1833		266	14,0	Barton	130	54,3	Sockel A			128	512	---	1,450	45,0
		Athlon XP M 2400+ MTR	1	1800		266	13,5	Barton	130	54,3	Sockel A			128	512	---	1,450	45,0
		Athlon XP M 2200+ MTR	1	1800		266	13,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 2200+ MTR	1	1800		266	13,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 2000+ MTR	1	1666		266	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 2000+ MTR	1	1666		266	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1900+ MTR	1	1600		266	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 1900+ MTR	1	1600		266	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1900+ MTR	1	1600		200	16,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1800+ MTR	1	1533		266	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 1800+ MTR	1	1533		266	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1800+ MTR	1	1500		200	15,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1700+ MTR	1	1466		266	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 1700+ MTR	1	1466		266	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1600+ MTR	1	1400		266	10,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 1600+ MTR	1	1400		266	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1600+ MTR	1	1400		200	14,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1500+ MTR	1	1333		266	10,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 1500+ MTR	1	1333		266	10,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1500+ MTR	1	1300		200	13,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1400+ MTR	1	1200		266	9,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	45,0
		Athlon XP M 1400+ MTR	1	1200		266	9,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
		Athlon XP M 1400+ MTR	1	1200		200	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,450	35,0
	39	Athlon XP M 2400+(1800)LV	1	1800		266	13,5	Barton	130	54,3	Sockel A			128	512	---	1,350	35,0
	42	Athlon XP M 2200+(1666)LV	1	1666		266	12,5	Barton	130	54,3	Sockel A			128	512	---	1,350	35,0
		Athlon XP M 2100+(1600)LV	1	1600		266	12,0	Barton	130	54,3	Sockel A			128	512	---	1,250	25,0
		Athlon XP M 2100+(1600)LV	1	1600		200	16,0	Barton	130	54,3	Sockel A			128	512	---	1,250	25,0
		Athlon XP M 2000+(1533)LV	1	1533		266	11,5	Barton	130	54,3	Sockel A			128	512	---	1,350	35,0
		Athlon XP M 2000+(1533)LV	1	1533		266	11,5	Barton	130	54,3	Sockel A			128	512	---	1,250	25,0
		Athlon XP M 1900+(1466)LV	1	1466		266	11,0	Barton	130	54,3	Sockel A			128	512	---	1,250	25,0
		Athlon XP M 1800+(1400)LV	1	1400		266	10,5	Barton	130	54,3	Sockel A			128	512	---	1,250	25,0
		Athlon XP M 1800+(1400)LV	1	1400		200	14,0	Barton	130	54,3	Sockel A			128	512	---	1,250	25,0
		Athlon XP M 1800+(1400)LV	1	1400		200	14,0	Barton	130	54,3	Sockel A			128	512	---	1,100	16,0
		Athlon XP M 1700+(1300)LV	1	1300		200	13,0	Barton	130	54,3	Sockel A			128	512	---	1,100	16,0
	34	Athlon XP M 2000+(1666)LV	1	1666		266	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,350	35,0
	38	Athlon XP M 1900+(1600)LV	1	1600		266	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,350	35,0
		Athlon XP M 1800+(1533)LV	1	1533		266	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,350	35,0
	35	Athlon XP M 1800+(1533)LV	1	1533		266	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
	36	Athlon XP M 1700+(1466)LV	1	1466		266	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
		Athlon XP M 1600+(1400)LV	1	1400		266	10,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
	29	Athlon XP M 1600+(1400)LV	1	1400		200	14,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
		Athlon XP M 1500+(1300)LV	1	1300		200	13,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
	29	Athlon XP M 1500+(1300)LV	1	1300		200	13,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,100	16,0
		Athlon XP M 1400+(1200)LV	1	1200		266	9,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
		Athlon XP M 1400+(1200)LV	1	1200		266	9,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,100	16,0
		Athlon XP M 1400+(1200)LV	1	1200		200	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,250	25,0
	21	Athlon XP M 1400+(1200)LV	1	1200		200	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,100	16,0
		Athlon XP M 1300+(1100)LV	1	1100		200	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,150	16,0
		Athlon XP M 1300+(1100)LV	1	1100		200	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,100	16,0
		Athlon XP M 1200+(1000)LV	1	1000		200	10,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,200	16,0
AMD Mobile Athlon 4 (K7)
		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 Athlon 4 1200	1	1200		200	12,0	Palomino	180	37,5	Sockel A			128	256	---	1,550	35,0
		Mobile Athlon 4 1200	1	1200		200	12,0	Palomino	180	37,5	Sockel A			128	256	---	1,350	25,0
		Mobile Athlon 4 1100	1	1100		200	11,0	Palomino	180	37,5	Sockel A			128	256	---	1,600	35,0
		Mobile Athlon 4 1100	1	1100		200	11,0	Palomino	180	37,5	Sockel A			128	256	---	1,400	25,0
		Mobile Athlon 4 1000	1	1000		200	10,0	Palomino	180	37,5	Sockel A			128	256	---	1,600	35,0
		Mobile Athlon 4 1000	1	1000		200	10,0	Palomino	180	37,5	Sockel A			128	256	---	1,400	25,0
		Mobile Athlon 4 950	1	950		200	9,5	Palomino	180	37,5	Sockel A			128	256	---	1,400	24,0
		Mobile Athlon 4 900	1	900		200	9,0	Palomino	180	37,5	Sockel A			128	256	---	1,400	24,0
		Mobile Athlon 4 850	1	850		200	8,5	Palomino	180	37,5	Sockel A			128	256	---	1,400	22,0
AMD Mobile Duron (K7)
		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 Duron 1300	1	1300		200	13,0	Morgan	180	25,2	Sockel A			128	64	---		25,0
		Mobile Duron 1200	1	1200		200	12,0	Morgan	180	25,2	Sockel A			128	64	---		25,0
		Mobile Duron 1100	1	1100		200	11,0	Morgan	180	25,2	Sockel A			128	64	---		25,0
		Mobile Duron 1000	1	1000		200	10,0	Morgan	180	25,2	Sockel A			128	64	---	1,400	25,0
		Mobile Duron 950	1	950		200	9,5	Morgan	180	25,2	Sockel A			128	64	---	1,450	25,0
		Mobile Duron 900	1	900		200	9,0	Morgan	180	25,2	Sockel A			128	64	---	1,450	25,0
		Mobile Duron 850	1	850		200	8,5	Morgan	180	25,2	Sockel A			128	64	---	1,500	25,0
		Mobile Duron 800	1	800		200	8,0	Morgan	180	25,2	Sockel A			128	64	---	1,500	25,0
		Mobile Duron 900	1	900		200	9,0	Spitfire	180	25,0	Sockel A			128	64	---	1,400
		Mobile Duron 800	1	800		200	8,0	Spitfire	180	25,0	Sockel A			128	64	---	1,400
		Mobile Duron 700	1	700		200	7,0	Spitfire	180	25,0	Sockel A			128	64	---	1,400
		Mobile Duron 600	1	600		200	6,0	Spitfire	180	25,0	Sockel A			128	64	---	1,400
AMD Geode NX (K7)
		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
	33	Geode NX 1750@14W	1	1400		266	10,5	Thoroughbred B	130		Sockel A			128	256	---	1,250	25,0
		Geode NX 1500@6W	1	1000		266	7,5	Thoroughbred B	130		Sockel A			128	256	---	1,000	9,0
		Geode NX 1250@6W	1	667		266	5,0	Thoroughbred B	130		Sockel A			128	256	---	1,100	9,0
AMD Geode LX (K7)
		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
		Geode LX 800@0.9W	1	500				Castle	130		Sockel 7			128	128	---	1,250	1,9
		Geode LX 700@0.8W	1	433				Castle	130		Sockel 7			128	128	---	1,200	1,4
AMD Geode GX (K7)
		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
		Geode GX 533@1.1W	1	400		133		GX2	150		Sockel 7			32	---	---		1,1
		Geode GX 500@1.0W	1	366		133		GX2	150		Sockel 7			32	---	---		1,0
		Geode GX 466@0.9W	1	333		133		GX2	150		Sockel 7			32	---	---		0,9
AMD mK6-III+ (K6)
		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
		mK6-III+ 500 (ACZ)	1	500		100	5,0	Sharptooth	180		321 Pin			64	256	---	2,000	16,0
		mK6-III+ 475 (ACZ)	1	475		95	5,0	Sharptooth	180		321 Pin			64	256	---	2,000	16,0
		mK6-III+ 450 (ACZ)	1	450		100	4,5	Sharptooth	180		321 Pin			64	256	---	2,000	16,0
AMD mK6-III (K6)
		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
		mK6-III 450 (ACK)	1	450		100	4,5	Sharptooth	250	21,3	349 Pin			64	256	---	2,000	16,0
		mK6-III 433 (ACK)	1	433		96	4,5	Sharptooth	250	21,3	349 Pin			64	256	---	2,000	16,0
		mK6-III 400 (ACK)	1	400		100	4,0	Sharptooth	250	21,3	349 Pin			64	256	---	2,000	16,0
		mK6-III 380 (AFK)	1	380		95	4,0	Sharptooth	250	21,3	349 Pin			64	256	---	2,200	16,0
		mK6-III 366 (AFK)	1	366		66	5,5	Sharptooth	250	21,3	349 Pin			64	256	---	2,200	16,0
		mK6-III 350 (AFK)	1	350		100	3,5	Sharptooth	250	21,3	349 Pin			64	256	---	2,200	16,0
AMD mK6-2+ (K6)
		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
		mK6-2+ 550 (ACZ)	1	550		100	5,5	Sharptooth	180		349 Pin			64	128	---	2,000	18,0
		mK6-2+ 533 (ACZ)	1	533		107	5,0	Sharptooth	180		349 Pin			64	128	---	2,000	18,0
		mK6-2+ 500 (ACZ)	1	500		100	5,0	Sharptooth	180		349 Pin			64	128	---	2,000	16,0
		mK6-2+ 475 (ACZ)	1	475		95	5,0	Sharptooth	180		349 Pin			64	128	---	2,000	16,0
		mK6-2+ 450 (ACZ)	1	450		100	4,5	Sharptooth	180		349 Pin			64	128	---	2,000	16,0
AMD mK6-2 (K6)
		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
		mK6-2 475 (ACK) P	1	475		95	5,0	Chomper	250	9,3	360 Pin			64	---	---	2,000	16,0
		mK6-2 450 (ADK) P	1	450		100	4,5	Chomper	250	9,3	360 Pin			64	---	---	2,100	16,0
		mK6-2 433 (ADK) P	1	433		96	4,5	Chomper	250	9,3	360 Pin			64	---	---	2,100	16,0
		mK6-2 400 (ACK) P	1	400		100	4,0	Chomper	250	9,3	360 Pin			64	---	---	2,000	16,0
		mK6-2 400 (AFK) P	1	400		100	4,0	Chomper	250	9,3	360 Pin			64	---	---	2,200	16,0
		mK6-2 380 (AFK) P	1	380		95	4,0	Chomper	250	9,3	360 Pin			64	---	---	2,200	16,0
		mK6-2 366 (AFK) P	1	366		66	5,5	Chomper	250	9,3	360 Pin			64	---	---	2,200	16,0
		mK6-2 350 (AFK) P	1	350		100	3,5	Chomper	250	9,3	360 Pin			64	---	---	2,200	16,0
		mK6-2 333 (AFK) P	1	333		95	3,5	Chomper	250	9,3	360 Pin			64	---	---	2,200	16,0
		mK6-2 333 (ANZ)	1	333		66	5,0	Chomper	250	9,3	360 Pin			64	---	---	1,800	11,0
		mK6-2 300 (ANZ)	1	300		100	3,0	Chomper	250	9,3	360 Pin			64	---	---	1,800	10,0
		mK6-2 300 (ANZ)	1	300		66	4,5	Chomper	250	9,3	360 Pin			64	---	---	1,800	10,0
		mK6-2 266 (ANZ)	1	266		66	4,0	Chomper	250	9,3	360 Pin			64	---	---	1,800	9,0
AMD mK6 (K6)
		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
		mK6 300 (ADZ)	1	300		66	4,5	Little Foot	350	8,8	360 Pin			64	---	---	2,100	11,0
		mK6 266 (ACZ)	1	266		66	4,0	Little Foot	350	8,8	360 Pin			64	---	---	2,000	9,8
		mK6 233 (ACZ)	1	233		66	3,5	Little Foot	350	8,8	360 Pin			64	---	---	2,000	9,0

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