Prozessorliste Desktop - AMD

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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» Ausgewählte vergleichen
AMD Ryzen 7 (Zen)
		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 1800X	8	3600		100	36,0	Summit Ridge	14	4800	Sockel AM4			768*	4096*	16384	0,525	95,0
		Ryzen 7 1700X	8	3400		100	34,0	Summit Ridge	14	4800	Sockel AM4			768*	4096*	16384	0,525	95,0
		Ryzen 7 1700	8	3000		100	30,0	Summit Ridge	14	4800	Sockel AM4			768*	4096*	16384	0,525	65,0
AMD Ryzen 5 (Zen)
		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 1600X	6	3600		100	36,0	Summit Ridge	14	4800	Sockel AM4			576*	3072*	16384	0,525	95,0
		Ryzen 5 1600	6	3200		100	32,0	Summit Ridge	14	4800	Sockel AM4			576*	3072*	16384	0,525	65,0
		Ryzen 5 1500X	4	3500		100	35,0	Summit Ridge	14	4800	Sockel AM4			384*	2048*	16384	0,525	65,0
		Ryzen 5 1400	4	3200		100	32,0	Summit Ridge	14	4800	Sockel AM4			384*	2048*	8192	0,525	65,0
AMD Ryzen 3 (Zen)
		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 1300X	4	3500		100	35,0	Summit Ridge	14	4800	Sockel AM4			384*	2048*	8192		65,0
		Ryzen 3 1200	4	3100		100	31,0	Summit Ridge	14	4800	Sockel AM4			384*	2048*	8192		65,0
AMD A10-Serie (Steamroller) "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
	637	A10 7850K	4	3700		5000	37,0	Kaveri	28	2410	FM2+			384*	4096*	---		95,0
	606	A10 7700K	4	3400		5000	34,0	Kaveri	28	2410	FM2+			384*	4096*	---		95,0
AMD A8-Serie (Steamroller) "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
	610	A8 7600	4	3300		5000	33,0	Kaveri	28	2410	FM2+			384*	4096*	---		65,0
AMD FX-Serie (Piledriver)
		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
	1152	FX 9590	8	4700		4800	23,5	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,900	220,0
	1081	FX 9370	8	4400		4800	22,0	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,900	220,0
		FX 8370	8	4000		4400	20,0	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,450	125,0
		FX 8370E	8	3300		4400	16,5	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,450	95,0
	1011	FX 8350	8	4000		4400	20,0	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,450	125,0
	907	FX 8320	8	3500		4400	17,5	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,425	125,0
		FX 8320E	8	3200		4400	16,0	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,450	95,0
		FX 8310	8	3400		4400	17,0	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,450	95,0
	554	FX 8300	8	3300		4400	12,5	Vishera	32	1200	Sockel AM3+			1024*	8192*	8192	1,425	95,0
	788	FX 6350	6	3900		4000	19,5	Vishera	32	1200	Sockel AM3+			768*	6144*	8192	1,450	125,0
	713	FX 6300	6	3500		4000	17,5	Vishera	32	1200	Sockel AM3+			768*	6144*	8192	1,400	95,0
	591	FX 4350	4	4200		4000	21,0	Vishera	32	1200	Sockel AM3+			512*	4096*	8192	1,450	125,0
		FX 4320	4	4000		4000	20,0	Vishera	32	1200	Sockel AM3+			512*	4096*	4096	1,450	95,0
	529	FX 4300	4	3800		4000	19,0	Vishera	32	1200	Sockel AM3+			512*	4096*	4096	1,400	95,0
AMD FX-Serie (Bulldozer)
		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
		FX 8170	8	3900		4400	19,5	Zambezi	32	1200	Sockel AM3+			1024*	8192*	8192	1,450	125,0
	863	FX 8150	8	3600		4400	18,0	Zambezi	32	1200	Sockel AM3+			1024*	8192*	8192	1,425	125,0
	767	FX 8140	8	3200		4400	16,0	Zambezi	32	1200	Sockel AM3+			1024*	8192*	8192	1,425	95,0
	740	FX 8120	8	3100		4000	15,5	Zambezi	32	1200	Sockel AM3+			1024*	8192*	8192	1,425	125,0
	682	FX 8100	8	2800		4000	14,0	Zambezi	32	1200	Sockel AM3+			1024*	8192*	8192	1,425	95,0
	687	FX 6200	6	3800		4000	19,0	Zambesi	32	1200	Sockel AM3+			768*	6144*	8192		125,0
	648	FX 6120	6	3500		4000	12,5	Zambezi	32	1200	Sockel AM3+			768*	6144*	8192		95,0
	551	FX 6100	6	3300		4000	16,5	Zambezi	32	1200	Sockel AM3+			768*	6144*	8192		95,0
	537	FX 4170	4	4200		4000	21,0	Zambezi	32	1200	Sockel AM3+			512*	4096*	8192		125,0
		FX B4150	4	3800		4000	19,0	Zambezi	32	1200	Sockel AM3+			512*	4096*	8192		95,0
	469	FX 4130	4	3800		4000	19,0	Zambezi	32	1200	Sockel AM3+			512*	4096*	8192		125,0
	453	FX 4100	4	3600		4000	18,0	Zambezi	32	1200	Sockel AM3+			512*	4096*	8192		95,0
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
	396	A8 3850	4	2900		2000	29,0	Llano	32	1450	FM1			512*	4096*	---	1,400	100,0
	354	A8 3800	4	2400		2000	24,0	Llano	32	1450	FM1			512*	4096*	---	1,400	65,0
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
	358	A6 3650	4	2600		2000	13,0	Llano	32	1450	FM1			512*	4096*	---		100,0
	315	A6 3600	4	2100		2000	10,5	Llano	32	1450	FM1			512*	4096*	---		65,0
	226	A6 3500	3	2100		2000	10,5	Llano	32	1450	FM1			384*	3072*	---		65,0
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
	179	A4 3400	2	2700		2000	27,0	Llano	32	1450	FM1			256*	1024*	---		65,0
	171	A4 3300	2	2500		2000	25,0	Llano	32	1450	FM1			256*	1024*	---		65,0
AMD E2-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
	169	E2 3200	2	2400		2000	24,0	Llano	32	1450	FM1			256*	1024*	---		65,0
AMD Phenom II X6 (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
		Phenom II X6 1100T BE	6	3300		4000	16,5	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,400	125,0
		Phenom II X6 1090T BE	6	3200		4000	16,0	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,400	125,0
	607	Phenom II X6 1075T	6	3000		4000	15,0	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,475	125,0
	580	Phenom II X6 1065T	6	2900		4000	14,5	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,475	95,0
		Phenom II X6 1055T	6	2800		4000	14,0	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,400	125,0
	568	Phenom II X6 1055T	6	2800		4000	14,0	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,375	95,0
	552	Phenom II X6 1045T	6	2700		4000	13,5	Thuban	45	904,0	Sockel AM3			768*	3072*	6144	1,475	95,0
AMD Phenom II X4 (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
		Phenom II X4 980 BE	4	3700		2000	18,5	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,400	125,0
		Phenom II X4 970 BE	4	3500		2000	17,5	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,400	125,0
		Phenom II X4 965 BE	4	3400		2000	17,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,500	140,0
		Phenom II X4 955 BE	4	3200		2000	16,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,500	125,0
	443	Phenom II X4 B97	4	3200		2000	16,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,420	95,0
	425	Phenom II X4 B95	4	3000		2000	15,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,420	95,0
	368	Phenom II X4 B93	4	2800		2000	14,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,420	95,0
	479	Phenom II X4 965	4	3400		2000	17,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,400	125,0
		Phenom II X4 965	4	3400		2000	17,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,425	140,0
	450	Phenom II X4 955	4	3200		2000	16,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,500	125,0
	421	Phenom II X4 945	4	3000		2000	15,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,420	95,0
		Phenom II X4 945	4	3000		2000	15,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,500	125,0
		Phenom II X4 940 BE	4	3000		1800	15,0	Deneb	45	758,0	Sockel AM2+			512*	2048*	6144	1,500	125,0
	392	Phenom II X4 925	4	2800		2000	14,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,400	95,0
	390	Phenom II X4 920	4	2800		1800	14,0	Deneb	45	758,0	Sockel AM2+			512*	2048*	6144	1,500	125,0
	378	Phenom II X4 910e	4	2600		2000	13,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,250	65,0
	371	Phenom II X4 910	4	2600		2000	13,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,425	95,0
	343	Phenom II X4 905e	4	2500		2000	12,5	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,250	65,0
	292	Phenom II X4 900e	4	2400		2000	12,0	Deneb	45	758,0	Sockel AM3			512*	2048*	6144	1,250	65,0
	315	Phenom II X4 840	4	3200		2000	16,0	Deneb	45	758,0	Sockel AM3			512*	2048*	---	1,400	95,0
	388	Phenom II X4 820	4	2800		2000	14,0	Deneb	45	758,0	Sockel AM3			512*	2048*	4096	1,425	95,0
	361	Phenom II X4 810	4	2600		2000	13,0	Deneb	45	758,0	Sockel AM3			512*	2048*	4096	1,425	95,0
	344	Phenom II X4 805	4	2500		2000	12,5	Deneb	45	758,0	Sockel AM3			512*	2048*	4096	1,425	95,0
AMD Phenom II X3 (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
	344	Phenom II X3 B75	3	3000		2000	15,0	Heka	45	758,0	Sockel AM3			384*	1536*	6144	1,425	95,0
	306	Phenom II X3 B73	3	2800		2000	14,0	Heka	45	758,0	Sockel AM3			384*	1536*	6144	1,425	95,0
		Phenom II X3 720 BE	3	2800		2000	14,0	Heka	45	758,0	Sockel AM3			384*	1536*	6144	1,425	95,0
	279	Phenom II X3 710	3	2600		2000	13,0	Heka	45	758,0	Sockel AM3			384*	1536*	6144	1,425	95,0
	261	Phenom II X3 705e	3	2500		2000	12,5	Heka	45	758,0	Sockel AM3			384*	1536*	6144	1,250	65,0
	250	Phenom II X3 700e	3	2400		2000	12,0	Heka	45	758,0	Sockel AM3			384*	1536*	6144	1,250	65,0
AMD Phenom II X2 (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
		Phenom II X2 565 BE	2	3400		2000	17,0	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,425	80,0
		Phenom II X2 560 BE	2	3300		2000	16,5	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,400	80,0
	230	Phenom II X2 555	2	3200		2000	16,0	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,425	80,0
		Phenom II X2 550 BE	2	3100		2000	15,5	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,400	80,0
	217	Phenom II X2 B55	2	3000		2000	15,0	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,400	80,0
	218	Phenom II X2 545	2	3000		2000	15,0	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,400	80,0
	177	Phenom II X2 B53	2	2800		2000	14,0	Callisto	45	758,0	Sockel AM3			256*	1024*	6144	1,425	80,0
AMD Phenom X4 (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
		Phenom X4 9950 BE	4	2600		1600	13,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,300	140,0
		Phenom X4 9950 BE	4	2600		1600	13,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,300	125,0
		Phenom X4 9850 BE	4	2500		1600	12,5	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,300	125,0
		Phenom X4 9750	4	2400		1600	12,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,250	95,0
		Phenom X4 9750	4	2400		1600	12,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,300	125,0
		Phenom X4 9650	4	2300		1600	11,5	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,250	95,0
	261	Phenom X4 9600	4	2300		1600	11,5	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,250	95,0
		Phenom X4 9550	4	2200		1600	11,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,250	95,0
	167	Phenom X4 9500	4	2200		1600	11,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,250	95,0
		Phenom X4 9450e	4	2100		1600	11,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,125	65,0
		Phenom X4 9350e	4	2000		1600	10,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,120	65,0
		Phenom X4 9150e	4	1800		1600	9,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,120	65,0
		Phenom X4 9100e	4	1800		1600	9,0	Agena	65	463,0	Sockel AM2+			512*	2048*	2048	1,120	65,0
AMD Phenom X3 (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
		Phenom X3 8850	3	2500		1800	12,5	Toliman	65	450,0	Sockel AM2+			384*	1536*	2048	1,250	95,0
		Phenom X3 8750	3	2400		1800	12,0	Toliman	65	450,0	Sockel AM2+			384*	1536*	2048	1,250	95,0
		Phenom X3 8650	3	2300		1800	11,5	Toliman	65	450,0	Sockel AM2+			384*	1536*	2048	1,250	95,0
		Phenom X3 8600	3	2300		1800	11,5	Toliman	65	450,0	Sockel AM2+			384*	1536*	2048	1,250	95,0
		Phenom X3 8450e	3	2100		1800	10,5	Toliman	65	450,0	Sockel 940			384*	1536*	2048	1,250	65,0
		Phenom X3 8450	3	2100		1800	10,5	Toliman	65	450,0	Sockel AM2+			384*	1536*	2048	1,250	95,0
		Phenom X3 8400	3	2100		1800	10,5	Toliman	65	450,0	Sockel AM2+			384*	1536*	2048	1,250	95,0
		Phenom X3 8250e	3	1900		1800	9,5	Toliman	65	450,0	Sockel 940			384*	1536*	2048	1,250	65,0
AMD Athlon II X4 (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
	395	Athlon II X4 645	4	3100		2000	16,0	Propus	45	300,0	Sockel AM3			512*	2048*	---	1,400	95,0
	370	Athlon II X4 635	4	2900		2000	14,5	Propus	45	300,0	Sockel AM3			512*	2048*	---	1,250	95,0
	357	Athlon II X4 630	4	2800		2000	14,0	Propus	45	300,0	Sockel AM3			512*	2048*	---	1,425	95,0
	334	Athlon II X4 620	4	2600		2000	13,0	Propus	45	300,0	Sockel AM3			512*	2048*	---	1,425	95,0
	327	Athlon II X4 615e	4	2500		2000	12,5	Propus	45	300,0	Sockel AM3			512*	2048*	---	1,250	45,0
	308	Athlon II X4 605e	4	2300		2000	11,5	Propus	45	300,0	Sockel AM3			512*	2048*	---	1,088	45,0
	295	Athlon II X4 600e	4	2200		2000	11,0	Propus	45	300,0	Sockel AM3			512*	2048*	---		45,0
AMD Athlon II X3 (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
	321	Athlon II X3 455	3	3300		2000	16,5	Rana	45	300,0	Sockel AM3			384*	1536*	---	1,400	95,0
	293	Athlon II X3 450	3	3200		2000	16,0	Rana	45	300,0	Sockel AM3			384*	1536*	---	1,400	95,0
	290	Athlon II X3 440	3	3000		2000	15,0	Rana	45	300,0	Sockel AM3			384*	1536*	---	1,450	95,0
	276	Athlon II X3 435	3	2900		2000	14,5	Rana	45	300,0	Sockel AM3			384*	1536*	---		95,0
	266	Athlon II X3 425	3	2700		2000	13,5	Rana	45	300,0	Sockel AM3			384*	1536*	---		95,0
	231	Athlon II X3 420e	3	2600		2000	13,0	Rhana	45	300,0	Sockel AM3			384*	1536*	---	1,250	45,0
	239	Athlon II X3 405e	3	2300		2000	11,5	Rana	45	300,0	Sockel AM3			384*	1536*	---		45,0
	227	Athlon II X3 400e	3	2200		2000	11,0	Rana	45	300,0	Sockel AM3			384*	1536*	---		45,0
AMD Athlon II X2 (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
	246	Athlon II X2 B28	2	3400		2000	17,0	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,425	65,0
	205	Athlon II X2 B26	2	3200		2000	16,0	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,425	65,0
	208	Athlon II X2 B24	2	3000		2000	15,0	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,425	65,0
	178	Athlon II X2 B22	2	2800		2000	14,0	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,425	65,0
	204	Athlon II X2 265	2	3300		2000	12,5	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,400	65,0
	207	Athlon II X2 255	2	3100		2000	15,5	Regor	45	234,0	Sockel AM3			256*	1024*	---	1,425	65,0
	197	Athlon II X2 250	2	3000		2000	15,0	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,425	65,0
	208	Athlon II X2 250e	2	3000		2000	15,0	Regor	45	234,0	Sockel AM3			256*	2048*	---	1,400	45,0
	190	Athlon II X2 245	2	2900		2000	14,5	Regor	45	234,0	Sockel AM3			256*	2048*	---		65,0
	193	Athlon II X2 240e	2	2800		2000	14,0	Regor	45	234,0	Sockel AM3			256*	2048*	---		45,0
	183	Athlon II X2 240	2	2800		2000	14,0	Regor	45	234,0	Sockel AM3			256*	2048*	---		65,0
	187	Athlon II X2 235e	2	2700		2000	13,5	Regor	45	234,0	Sockel AM3			256*	2048*	---		45,0
	179	Athlon II X2 215	2	2700		2000	13,5	Regor	45	234,0	Sockel AM3			256*	1024*	---	1,425	65,0
AMD Athlon X2 (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
		Athlon X2 7850 BE	2	2800		3600	14,0	Kuma	65	450,0	Sockel AM2+			256*	1024*	2048	1,325	95,0
		Athlon X2 7750 BE	2	2700		3600	13,5	Kuma	65	450,0	Sockel AM2+			256*	1024*	2048	1,325	95,0
	178	Athlon X2 7750	2	2700		3600	13,5	Kuma	65	450,0	Sockel AM2+			256*	1024*	2048	1,325	95,0
	160	Athlon X2 7550	2	2500		3600	12,5	Kuma	65	450,0	Sockel AM2+			256*	1024*	2048	1,325	95,0
	167	Athlon X2 7450	2	2400		3600	12,0	Kuma	65	450,0	Sockel AM2+			256*	1024*	2048	1,325	95,0
		Athlon X2 6500 BE	2	2300		3600	11,5	Kuma	65	450,0	Sockel AM2+			256*	1024*	2048		95,0
AMD Athlon 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
	143	Athlon 64 X2 5050e	2	2600		1000	13,0	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
	149	Athlon 64 X2 4850e	2	2500		1000	12,5	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
	121	Athlon 64 X2 4450e	2	2300		1000	11,5	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
	107	Athlon 64 X2 4050e	2	2100		1000	10,5	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
		Athlon 64 X2 BE-2400	2	2300		1000	11,5	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
		Athlon 64 X2 BE-2350	2	2100		1000	10,5	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
		Athlon 64 X2 BE-2300	2	1900		1000	9,5	Brisbane	65	221,0	Sockel AM2			256*	1024*	---	1,250	45,0
		Athlon 64 X2 5200+ EE	2	2700		200	13,5	Brisbane	65	153,8	Sockel AM2			256*	1024*	---	1,375	65,0
		Athlon 64 X2 5000+ EE	2	2600		200	13,0	Brisbane	65	153,8	Sockel AM2			256*	1024*	---	1,350	65,0
		Athlon 64 X2 4800+ EE	2	2500		200	12,5	Brisbane	65	153,8	Sockel AM2			256*	1024*	---	1,350	65,0
		Athlon 64 X2 4400+ EE	2	2300		200	11,5	Brisbane	65	153,8	Sockel AM2			256*	1024*	---	1,350	65,0
		Athlon 64 X2 4000+ EE	2	2100		200	10,5	Brisbane	65	153,8	Sockel AM2			256*	1024*	---	1,350	65,0
		Athlon 64 X2 3600+ EE	2	1900		200	9,5	Brisbane	65	153,8	Sockel AM2			256*	1024*	---	1,350	65,0
		Athlon 64 X2 5200+ EE	2	2600		200	13,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,250	65,0
		Athlon 64 X2 5000+ EE	2	2600		200	13,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,250	65,0
		Athlon 64 X2 4800+ EE	2	2400		200	12,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,250	65,0
		Athlon 64 X2 4600+ EE	2	2400		200	12,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,250	65,0
		Athlon 64 X2 4400+ EE	2	2200		200	11,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,250	65,0
		Athlon 64 X2 4200+ EE	2	2200		200	11,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,250	65,0
		Athlon 64 X2 4000+ EE	2	2000		200	10,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,250	65,0
		Athlon 64 X2 3800+ EE	2	2000		200	10,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,250	65,0
		Athlon 64 X2 3800+ EE SFF	2	2000		200	10,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,250	35,0
		Athlon 64 X2 3600+ EE	2	2000		200	10,0	Windsor	90	153,8	Sockel AM2			256*	512*	---	1,250	65,0
	203	Athlon 64 X2 6400+	2	3200		200	16,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	125,0
	180	Athlon 64 X2 6000+	2	3000		200	15,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	125,0
	164	Athlon 64 X2 5600+	2	2800		200	14,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	89,0
	158	Athlon 64 X2 5400+	2	2800		200	14,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,350	89,0
	153	Athlon 64 X2 5200+	2	2600		200	13,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	89,0
	147	Athlon 64 X2 5000+	2	2600		200	13,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,350	89,0
		Athlon 64 X2 4800+	2	2400		200	12,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	89,0
		Athlon 64 X2 4600+	2	2400		200	12,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,350	89,0
		Athlon 64 X2 4400+	2	2200		200	11,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	89,0
		Athlon 64 X2 4200+	2	2200		200	11,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,350	89,0
	114	Athlon 64 X2 4000+	2	2000		200	10,0	Windsor	90	227,4	Sockel AM2			256*	2048*	---	1,350	89,0
		Athlon 64 X2 3800+	2	2000		200	10,0	Windsor	90	153,8	Sockel AM2			256*	1024*	---	1,350	89,0
	141	Athlon 64 X2 4800+	2	2400		200	12,0	Toledo	90	230,0	Sockel 939			256*	2048*	---	1,400	110,0
	127	Athlon 64 X2 4400+	2	2200		200	11,0	Toledo	90	230,0	Sockel 939			256*	2048*	---	1,400	110,0
		Athlon 64 X2 4200+	2	2200		400	11,0	Toledo	90	233,0	Sockel 939			256*	1024*	---	1,350	89,0
		Athlon 64 X2 3800+	2	2000		400	10,0	Toledo	90	233,0	Sockel 939			256*	1024*	---	1,350	89,0
	143	Athlon 64 X2 4600+	2	2400		200	12,0	Manchester	90	154,0	Sockel 939			256*	1024*	---	1,400	89,0
	117	Athlon 64 X2 4200+	2	2200		200	11,0	Manchester	90	154,0	Sockel 939			256*	1024*	---	1,400	89,0
	114	Athlon 64 X2 3800+	2	2000		200	10,0	Manchester	90	154,0	Sockel 939			256*	1024*	---	1,400	89,0
AMD Athlon 64 FX (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
	174	Athlon 64 FX 62	2	2800		200	14,0	Windsor	90	224,7	Sockel AM2			256*	2048*	---	1,300	125,0
	82	Athlon 64 FX 57	1	2800		200	14,0	San Diego	90		Sockel 939			128	1024	---
	78	Athlon 64 FX 55	1	2600		200	13,0	Clawhammer	130	106,0	Sockel 939			128	1024	---
		Athlon 64 FX 53	1	2400		200	12,0	Clawhammer	130	106,0	Sockel 939			128	1024	---
	72	Athlon 64 FX 53	1	2400		200	12,0	Sledgehammer	130	106,0	Sockel 940			128	1024	---	1,550	89,0
	49	Athlon 64 FX 51	1	2200		200	11,0	Sledgehammer	130	106,0	Sockel 940			128	1024	---	1,550	89,0
AMD Athlon 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
		Athlon 64 3800+	1	2400		200	12,0	Orleans	90		Sockel AM2			128	512	---	1,400
		Athlon 64 3500+	1	2200		200	11,0	Orleans	90		Sockel AM2			128	512	---	1,400
		Athlon 64 3200+	1	2000		200	10,0	Orleans	90		Sockel AM2			128	512	---	1,400
		Athlon 64 3500+ EE SFF	1	2200		200	11,0	Orleans	90		Sockel AM2			128	512	---	1,400	35,0
	130	Athlon 64 4200+	1	2600		400	13,0	San Diego	90	114,0	Sockel 939			128	1024	---	1,400	89,0
		Athlon 64 4000+	1	2400		400	12,0	San Diego	90	114,0	Sockel 939			128	1024	---	1,400	89,0
		Athlon 64 3700+	1	2200		400	11,0	San Diego	90	114,0	Sockel 939			128	1024	---	1,400	89,0
		Athlon 64 3500+	1	2200		400	11,0	San Diego	90	114,0	Sockel 939			128	512	---	1,400	67,0
		Athlon 64 3800+	1	2400		200	12,0	Venice	90	114,0	Sockel 939			128	512	---
		Athlon 64 3500+	1	2200		200	11,0	Venice	90	114,0	Sockel 939			128	512	---
		Athlon 64 3200+	1	2000		200	10,0	Venice	90	114,0	Sockel 939			128	512	---
		Athlon 64 3000+	1	1800		200	9,0	Venice	90	114,0	Sockel 939			128	512	---	1,500	70,0
		Athlon 64 3500+	1	2200		200	11,0	Winchester	90	68,5	Sockel 754			128	512	---	1,400	67,0
		Athlon 64 3500+	1	2200		200	11,0	Winchester	90	68,5	Sockel 939			128	512	---	1,400
		Athlon 64 3200+	1	2000		200	10,0	Winchester	90	68,5	Sockel 754			128	512	---	1,400	67,0
		Athlon 64 3200+	1	2000		200	10,0	Winchester	90	68,5	Sockel 939			128	512	---	1,400
		Athlon 64 3000+	1	1800		200	9,0	Winchester	90	68,5	Sockel 754			128	512	---	1,400	67,0
		Athlon 64 3000+	1	1800		200	9,0	Winchester	90	68,5	Sockel 939			128	512	---	1,400
	138	Athlon 64 3800+	1	2400		200	12,0	Newcastle	130	68,5	Sockel 939			128	512	---	1,500	89,0
	60	Athlon 64 3500+	1	2200		200	11,0	Newcastle	130	68,5	Sockel 939			128	512	---	1,500	89,0
		Athlon 64 3200+	1	2200		200	11,0	Newcastle	130	68,5	Sockel 754			128	512	---	1,550	89,0
		Athlon 64 3000+	1	2000		200	10,0	Newcastle	130	68,5	Sockel 754			128	512	---	1,550	89,0
	52	Athlon 64 3000+	1	2000		200	10,0	NewcastleOld	130		Sockel 754			128	512	---	1,550	89,0
	49	Athlon 64 2800+	1	1800		200	9,0	Newcastle	130	68,5	Sockel 754			128	512	---	1,550	89,0
		Athlon 64 4000+	1	2400		200	12,0	Clawhammer	130		Sockel 939			128	1024	---	1,600	89,0
	70	Athlon 64 4000+	1	2400		200	12,0	Clawhammer	130		Sockel 939			128	1024	---	1,600	89,0
	66	Athlon 64 3700+	1	2400		200	12,0	Clawhammer	130		Sockel 754			128	1024	---	1,500	89,0
	62	Athlon 64 3400+	1	2200		200	11,0	Clawhammer	130		Sockel 754			128	1024	---	1,550	89,0
	56	Athlon 64 3200+	1	2000		200	10,0	Clawhammer	130		Sockel 754			128	1024	---	1,550	89,0
AMD Sempron (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
	91	Sempron 150	1	2900		2000	14,5	Sargas	45	410,0	Sockel AM3			128*	1024*	---	1,350	45,0
	90	Sempron 145	1	2800		2000	14,0	Sargas	45	410,0	Sockel AM3			128*	1024*	---	1,350	45,0
	82	Sempron 140	1	2700		2000	13,5	Sargas	45	410,0	Sockel AM3			128*	1024*	---	1,350	45,0
	75	Sempron 130	1	2600		2000	13,0	Sargas	45	410,0	???			128*	512*	---	1,350	45,0
AMD Sempron 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
		Sempron 64 3400+	1	2000		200	10,0	Palermo	90		Sockel 754			128	256	---	1,400
		Sempron 64 3300+	1	2000		200	10,0	Palermo	90		Sockel 754			128	128	---	1,400
		Sempron 64 3100+	1	1800		200	9,0	Palermo	90		Sockel 754			128	256	---	1,400
		Sempron 64 3000+	1	1800		200	9,0	Palermo	90		Sockel 754			128	128	---	1,400
		Sempron 64 2800+	1	1600		200	8,0	Palermo	90		Sockel 754			128	256	---	1,400
		Sempron 64 2600+	1	1600		200	8,0	Palermo	90		Sockel 754			128	128	---	1,400
		Sempron 64 2500+	1	1400		200	7,0	Palermo	90		Sockel 754			128	256	---	1,400
AMD Sempron (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
		Sempron 3100+	1	1800		200	9,0	Paris	130	68,5	Sockel 754			128	256	---	1,400	62,0
	50	Sempron 3400+	1	2000		200	10,0	Palermo	90		Sockel 754			128	256	---	1,400	62,0
		Sempron 3300+	1	2000		200	10,0	Palermo	90		Sockel 754			128	128	---	1,400	62,0
		Sempron 3100+	1	1800		200	9,0	Palermo	90		Sockel 754			128	256	---	1,400	62,0
		Sempron 3000+	1	1800		200	9,0	Palermo	90		Sockel 754			128	128	---	1,400	62,0
		Sempron 2800+	1	1600		200	8,0	Palermo	90		Sockel 754			128	256	---	1,400	62,0
		Sempron 2600+	1	1600		200	8,0	Palermo	90		Sockel 754			128	128	---	1,400	62,0
		Sempron 2500+	1	1400		200	7,0	Palermo	90		Sockel 754			128	256	---	1,400	62,0
	54	Sempron 3300+	1	2000		200	10,0	Georgetown	90		Sockel 754			128	128	---	1,400	62,0
	51	Sempron 3100+	1	1800		200	9,0	Georgetown	90		Sockel 754			128	256	---	1,400	62,0
		Sempron 3000+	1	1800		200	9,0	Georgetown	90		Sockel 754			128	128	---	1,400	62,0
		Sempron 2800+	1	1600		200	8,0	Georgetown	90		Sockel 754			128	256	---	1,400	62,0
		Sempron 2600+	1	1600		200	8,0	Georgetown	90		Sockel 754			128	128	---	1,400	62,0
	46	Sempron 3000+	1	2000		200	10,0	Barton	130	54,3	Sockel A			128	512	---	1,600	62,0
	43	Sempron 2800+	1	2000		166	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,0
	42	Sempron 2600+	1	1833		166	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,0
	39	Sempron 2500+	1	1750		166	10,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,0
	36	Sempron 2400+	1	1666		166	10,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,0
	36	Sempron 2300+	1	1583		166	9,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,0
	34	Sempron 2200+	1	1500		166	9,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,0
AMD Athlon XP (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
	49	Athlon XP 3200+	1	2200		200	11,0	Barton	130		Sockel A			128	512	---	1,650	76,8
		Athlon XP 3000+	1	2100		200	10,5	Barton	130		Sockel A			128	512	---	1,650	63,8
	45	Athlon XP 3000+	1	2167		166	13,0	Barton	130		Sockel A			128	512	---	1,650	74,3
		Athlon XP 2800+	1	2080		166	12,5	Barton	130		Sockel A			128	512	---	1,650	74,3
		Athlon XP 2600+	1	1917		166	11,5	Barton	130		Sockel A			128	512	---	1,650	68,3
	40	Athlon XP 2500+	1	1833		166	11,0	Barton	130		Sockel A			128	512	---	1,650	63,8
	54	Athlon XP 3100+	1	2200		400	11,0	Thorton	130	54,3	Sockel A			128	256	---	1,650
		Athlon XP 2600+	1	2083		333	12,5	Thorton	130	54,3	Sockel A			128	256	---	1,650
		Athlon XP 2400+	1	2000		266	14,5	Thorton	130	54,3	Sockel A			128	256	---	1,650
		Athlon XP 2200+	1	1800		266	13,5	Thorton	130	54,3	Sockel A			128	256	---	1,650
		Athlon XP 2000+	1	1666		266	12,5	Thorton	130	54,3	Sockel A			128	256	---	1,650
	45	Athlon XP 2800+	1	2250		166	13,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	74,3
	43	Athlon XP 2700+	1	2166		166	13,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	63,8
		Athlon XP 2600+	1	2083		166	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	68,3
	42	Athlon XP 2600+	1	2133		133	16,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	68,3
		Athlon XP 2400+	1	2000		133	15,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	68,3
	44	Athlon XP 2400+	1	2000		133	15,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	65,3
		Athlon XP 2200+	1	1800		133	13,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	67,9
	45	Athlon XP 2200+	1	1800		133	13,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,8
		Athlon XP 2100+	1	1733		133	13,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	62,1
		Athlon XP 2000+	1	1666		133	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,650	62,0
		Athlon XP 2000+	1	1666		133	12,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	60,3
		Athlon XP 1900+	1	1600		133	12,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	52,5
		Athlon XP 1800+	1	1533		133	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	51,0
		Athlon XP 1800+	1	1533		133	11,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,500
		Athlon XP 1700+	1	1466		133	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	59,8
		Athlon XP 1700+	1	1466		133	11,0	Thoroughbred	130	37,2	Sockel A			128	256	---	1,500	49,4
		Athlon XP 1600+	1	1400		133	10,5	Thoroughbred	130	37,2	Sockel A			128	256	---	1,600	48,5
	32	Athlon XP 2100+	1	1733		133	13,0	Palomino	180	37,5	Sockel A			128	256	---	1,750	72,0
	36	Athlon XP 2000+	1	1666		133	12,5	Palomino	180	37,5	Sockel A			128	256	---	1,750	70,0
	40	Athlon XP 1900+	1	1600		133	12,0	Palomino	180	37,5	Sockel A			128	256	---	1,750	68,0
	35	Athlon XP 1800+	1	1533		133	11,5	Palomino	180	37,5	Sockel A			128	256	---	1,750	66,0
	26	Athlon XP 1700+	1	1466		133	11,0	Palomino	180	37,5	Sockel A			128	256	---	1,750	64,0
	31	Athlon XP 1600+	1	1400		133	10,5	Palomino	180	37,5	Sockel A			128	256	---	1,750	62,8
	77	Athlon XP 1500+	1	1333		133	10,0	Palomino	180	37,5	Sockel A			128	256	---	1,750	60,0
AMD Athlon Thunderbird (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
		Athlon Thunderbird 1400	1	1400		133	10,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	72,0
		Athlon Thunderbird 1400	1	1400		100	14,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	72,0
		Athlon Thunderbird 1333	1	1333		133	10,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	70,0
		Athlon Thunderbird 1300	1	1300		100	13,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	68,0
		Athlon Thunderbird 1200	1	1200		133	9,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	67,0
		Athlon Thunderbird 1200	1	1200		100	12,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	65,8
		Athlon Thunderbird 1133	1	1133		133	8,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	63,1
		Athlon Thunderbird 1100	1	1100		100	11,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	60,0
		Athlon Thunderbird 1100	1	1100		100	11,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	55,1
		Athlon Thunderbird 1000	1	1000		133	7,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	54,0
		Athlon Thunderbird 1000	1	1000		100	10,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	54,3
		Athlon Thunderbird 950	1	950		100	9,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	52,0
		Athlon Thunderbird 900	1	900		100	9,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	49,7
		Athlon Thunderbird 850	1	850		100	8,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	47,0
		Athlon Thunderbird 850	1	850		100	8,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,700	44,8
		Athlon Thunderbird 800	1	800		100	8,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	45,0
		Athlon Thunderbird 800	1	800		100	8,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,700	42,6
		Athlon Thunderbird 750	1	750		100	7,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	43,0
		Athlon Thunderbird 750	1	750		100	7,5	Thunderbird	180	37,0	Sockel A			128	256	---	1,700	40,4
		Athlon Thunderbird 700	1	700		100	7,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,750	40,0
		Athlon Thunderbird 700	1	700		100	7,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,700	38,3
		Athlon Thunderbird 650	1	650		100	7,0	Thunderbird	180	37,0	Sockel A			128	256	---	1,700	36,1
AMD K7 Athlon (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
		K7 Athlon 1000	1	1000		100	10,0	K75 Orion	180	22,0	Slot A			128	512	---	1,800	65,0
		K7 Athlon 950	1	950		100	9,5	K75 Orion	180	22,0	Slot A			128	512	---	1,800	62,0
		K7 Athlon 900	1	900		100	9,0	K75 Orion	180	22,0	Slot A			128	512	---	1,800	60,0
		K7 Athlon 850	1	850		100	8,5	K75 Orion	180	22,0	Slot A			128	512	---	1,700	50,0
		K7 Athlon 800	1	800		100	8,0	K75 Orion	180	22,0	Slot A			128	512	---	1,700	48,0
		K7 Athlon 750	1	750		100	7,5	K75 Orion	180	22,0	Slot A			128	512	---	1,600	40,0
		K7 Athlon 700	1	700		100	7,0	K75 Orion	180	22,0	Slot A			128	512	---	1,600	39,0
		K7 Athlon 700	1	700		100	7,0	K7 Pluto	250	22,0	Slot A			128	512	---	1,600	50,0
		K7 Athlon 650	1	650		100	6,5	K75 Orion	180	22,0	Slot A			128	512	---	1,600	36,0
		K7 Athlon 650	1	650		100	6,5	K7 Pluto	250	22,0	Slot A			128	512	---	1,600	54,0
		K7 Athlon 600	1	600		100	6,0	K75 Orion	180	22,0	Slot A			128	512	---	1,600	34,0
		K7 Athlon 600	1	600		100	6,0	K7 Pluto	250	22,0	Slot A			128	512	---	1,600	50,0
		K7 Athlon 550	1	550		100	5,5	K75 Orion	180	22,0	Slot A			128	512	---	1,600	31,0
		K7 Athlon 550	1	550		100	5,5	K7 Pluto	250	22,0	Slot A			128	512	---	1,600	46,0
		K7 Athlon 500	1	500		100	5,0	K7 Pluto	250	22,0	Slot A			128	512	---	1,600	42,0
AMD 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
		Duron 1800	1	1800		133	13,5	Applebred	130	37,2	Sockel A			128	64	---	1,500	57,0
		Duron 1600	1	1600		133	12,0	Applebred	130	37,2	Sockel A			128	64	---	1,500	57,0
		Duron 1400	1	1400		133	10,5	Applebred	130	37,2	Sockel A			128	64	---	1,500	57,0
		Duron 1300	1	1300		100	13,0	Morgan	180	25,2	Sockel A			128	64	---	1,750	60,1
		Duron 1200	1	1200		100	12,0	Morgan	180	25,2	Sockel A			128	64	---	1,750	54,7
		Duron 1100	1	1100		100	11,0	Morgan	180	25,2	Sockel A			128	64	---	1,750	50,3
		Duron 1000	1	1000		100	10,0	Morgan	180	25,2	Sockel A			128	64	---	1,750	46,1
		Duron 950	1	950		100	9,5	Morgan	180	25,2	Sockel A			128	64	---	1,750	44,4
		Duron 900	1	900		100	9,0	Morgan	180	25,2	Sockel A			128	64	---	1,750	42,7
		Duron 950	1	950		100	9,5	Spitfire	180	25,0	Sockel A			128	64	---	1,600	41,5
		Duron 900	1	900		100	9,0	Spitfire	180	25,0	Sockel A			128	64	---	1,600	39,5
		Duron 850	1	850		100	8,0	Spitfire	180	25,0	Sockel A			128	64	---	1,600	37,4
		Duron 800	1	800		100	8,0	Spitfire	180	25,0	Sockel A			128	64	---	1,600	35,4
		Duron 750	1	750		100	7,5	Spitfire	180	25,0	Sockel A			128	64	---	1,600	33,4
		Duron 750	1	750		100	7,5	Spitfire	180	25,0	Sockel A			128	64	---	1,600	31,2
		Duron 700	1	700		100	7,0	Spitfire	180	25,0	Sockel A			128	64	---	1,600	31,4
		Duron 700	1	700		100	7,0	Spitfire	180	25,0	Sockel A			128	64	---	1,500	25,5
		Duron 650	1	650		100	6,5	Spitfire	180	25,0	Sockel A			128	64	---	1,600	29,4
		Duron 650	1	650		100	6,5	Spitfire	180	25,0	Sockel A			128	64	---	1,500	24,3
		Duron 600	1	600		100	6,0	Spitfire	180	25,0	Sockel A			128	64	---	1,600	27,4
		Duron 600	1	600		100	6,0	Spitfire	180	25,0	Sockel A			128	64	---	1,500	22,7
		Duron 550	1	550		100	5,5	Spitfire	180	25,0	Sockel A			128	64	---	1,500	21,1
AMD K6-3 (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
		K6-3 550	1	550		100	5,5	Sharptooth	250	21,3	Sockel 7			64	256	---
		K6-3 500	1	500		100	5,0	Sharptooth	250	21,3	Sockel 7			64	256	---
		K6-3 450 (AHX)	1	450		100	4,5	Sharptooth	250	21,3	Sockel 7			64	256	---	2,400	29,5
		K6-3 450 (AFX)	1	450		100	4,5	Sharptooth	250	21,3	Sockel 7			64	256	---	2,200	20,2
		K6-3 400 (AHX)	1	400		100	4,0	Sharptooth	250	21,3	Sockel 7			64	256	---	2,400	26,8
		K6-3 400 (AFR)	1	400		100	4,0	Sharptooth	250	21,3	Sockel 7			64	256	---	2,200	18,1
AMD K6-2 (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
		K6-2 550 (AGR)	1	550		100	5,5	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,300	25,0
		K6-2 500 (AFX)	1	500		100	5,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	20,8
		K6-2 475 (AHX)	1	475		95	5,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,400	29,6
		K6-2 475 (AFX)	1	475		95	5,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	19,8
		K6-2 450 (AHX)	1	450		100	4,5	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,400	28,4
		K6-2 450 (AFX)	1	450		100	4,5	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	18,8
		K6-2 400 (AFQ)	1	400		100	4,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	22,7
		K6-2 400 (AFR)	1	400		100	4,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	16,9
		K6-2 380 (AFR)	1	380		95	4,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	21,6
		K6-2 366 (AFR)	1	366		66	6,0	Chompers-XT	250	9,3	Sockel 7			64	---	---	2,200	20,8
		K6-2 350 (AFR)	1	350		100	3,5	Chomper	250	9,3	Sockel 7			64	---	---	2,200	20,0
		K6-2 333 (AFR)	1	333		66	5,0	Chomper	250	9,3	Sockel 7			64	---	---	2,200	19,0
		K6-2 300 (AFR)	1	300		100	3,0	Chomper	250	9,3	Sockel 7			64	---	---	2,200	17,2
		K6-2 266 (AFR)	1	266		66	4,0	Chomper	250	9,3	Sockel 7			64	---	---	2,200	14,7
		K6-2 233 (AFR)	1	233		66	3,5	Chomper	250	9,3	Sockel 7			64	---	---	2,200	13,5
AMD K6 (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
		K6 300 (AFR)	1	300		66	4,5	Little Foot	250	8,8	Sockel 7			64	---	---	2,200	15,4
		K6 266 (AFR)	1	266		66	4,0	Little Foot	250	8,8	Sockel 7			64	---	---	2,200	14,5
		K6 233 (AFR)	1	233		66	3,5	Little Foot	250	8,8	Sockel 7			64	---	---	2,200	13,5
		K6 200 (AFR)	1	200		66	3,0	Little Foot	250	8,8	Sockel 7			64	---	---	2,200	12,5
		K6 233 (ANR)	1	233		66	3,5	Model 6	350	8,8	Sockel 7			64	---	---	3,200	28,3
		K6 200 (ALR)	1	200		66	3,0	Model 6	350	8,8	Sockel 7			64	---	---	2,900	20,0
		K6 166 (ALR)	1	166		66	2,5	Model 6	350	8,8	Sockel 7			64	---	---	2,900	17,2
AMD K5 (K5)
		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
		K5 PR166ABX	1	116		66	1,5	5k86	350	4,3	Socket 5			24	---	---	3,520	16,0
		K5 PR150ABX	1	105		52	2,0	5k86	350	4,3	Socket 5			24	---	---	3,520
		K5 PR133ABR	1	100		50	2,0	5k86	350	4,3	Socket 5			24	---	---	3,520	13,7
		K5 PR133ABQ	1	100		50	2,0	5k86	350	4,3	Socket 5			24	---	---	3,520	13,7
		K5 PR100ABQ	1	100		50	2,0	5k86	350	4,3	Socket 5			24	---	---	3,520	15,4
		K5 PR120ABR	1	90		60	1,5	5k86	350	4,3	Socket 5			24	---	---	3,520	12,3
		K5 PR90ABQ	1	90		60	1,5	5k86	350	4,3	Socket 5			24	---	---	3,520	13,9
		K5 PR75ABR	1	75		50	1,5	5k86	350	4,3	Socket 5			24	---	---	3,520	11,6