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Upgrading and Repairing PCs (21st Edition), by Scott Mueller (Que Publishing), starting at $30.11

All Core 2 Models

Author: Rafael Otto Coelho and Gabriel Torres
Type: Tutorials	Last Updated: December 21, 2009
Page: 2 of 8

Core 2 Duo Models

In the table below we list all Core 2 Duo models released so far.

sSpec	Model	Internal Clock	External Clock	L2 Cache	Tech.	TDP (W)	Max. Temp. (° C)	Voltage
SLB9L	E8600	3.33 GHz	1,333 MHz	6 MB	45 nm	65	72.4	0.85V - 1.3625V
SLB9K	E8500	3.16 GHz	1,333 MHz	6 MB	45 nm	65	74.1	0.85 V - 1.3625 V
SLAPK	E8500	3.16 GHz	1,333 MHz	6 MB	45 nm	65	72.4	0.85 V – 1.3625 V
SLB9J	E8400	3.00 GHz	1,333 MHz	6 MB	45 nm	65	74.1	0.85 V - 1.3625 V
SLAPL	E8400	3.00 GHz	1,333 MHz	6 MB	45 nm	65	72.4	0.85 V – 1.3625 V
SLAPJ	E8300	2.83 GHz	1,333 MHz	6 MB	45 nm	65	72.4	0.85 V – 1.3625 V
SLAQR	E8190	2.66 GHz	1,333 MHz	6 MB	45 nm	65	72.4	0.85 V – 1.3625 V
SLAPP	E8200	2.66 GHz	1,333 MHz	6 MB	45 nm	65	72.4	0.85 V – 1.3625 V
SLGTD	E7600	3.06 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V - 1.3625 V
SLB9Z	E7500	2.93 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V - 1.3625 V
SLB9Y	E7400	2.80 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V - 1.3625 V
SLB9X	E7300	2.66 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V - 1.3625 V
SLAPB	E7300	2.66 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V - 1.3625V
SLAPC	E7200	2.53 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V – 1.3625 V
SLAVN	E7200	2.53 GHz	1,066 MHz	3 MB	45 nm	65	74.1	0.85 V – 1.3625 V
SLA9U	E6850	3.00 GHz	1,333 MHz	4 MB	65 nm	65	72	0.962 V – 1.35 V
SLA9V	E6750	2.66 GHz	1,333 MHz	4 MB	65 nm	65	72	0.962 V – 1.35 V
SL9ZF	E6700	2.66 GHz	1,066 MHz	4 MB	65 nm	65	60.1	0.85 V – 1.5 V
SL9S7	E6700	2,66 GHz	1,066 MHz	4 MB	65 nm	65	60.1	0.85 V – 1.35 V
SL9ZL	E6600	2.40 GHz	1,066 MHz	4 MB	65 nm	65	60.1	1.18 V – 1.32 V
SL9S8	E6600	2.40 GHz	1,066 MHz	4 MB	65 nm	65	60.1	0.85 V – 1.35 V
SLA9X	E6550	2.33 GHz	1,333 MHz	4 MB	65 nm	65	72	0.962 V – 1.35 V
SLAA5	E6540	2.33 GHz	1,333 MHz	4 MB	65 nm	65	72	0.962 V – 1.35 V
SLA4T	E6420	2.13 GHz	1,066 MHz	4 MB	65 nm	65	60.1	0.85 V – 1.5 V
SL9T9	E6400	2.13 GHz	1,066 MHz	2 MB	65 nm	65	61.4	1.22 V – 1.32 V
SL9S9	E6400	2.13 GHz	1,066 MHz	2 MB	65 nm	65	61.4	0.85 V – 1.35 V
SLA4U	E6320	1.86 GHz	1,066 MHz	4 MB	65 nm	65	60.1	0.85 V – 1.5 V
SL9TA	E6300	1.86 GHz	1,066 MHz	2 MB	65 nm	65	61.4	1.22 V – 1.32 V
SL9SA	E6300	1.86 GHz	1,066 MHz	2 MB	65 nm	65	61.4	0.85 V – 1.35 V
SLALT	E4700	2.6 GHz	800 MHz	2 MB	65 nm	65	73.3	1.162 V – 1.312 V
SLA94	E4600	2.4 GHz	800 MHz	2 MB	65 nm	65	73.3	1.162 V – 1.312 V
SLA95	E4500	2.2 GHz	800 MHz	2 MB	65 nm	65	73.3	0.962 V – 1.35 V
SL93F	E4400	2.0 GHz	800 MHz	2 MB	65 nm	65	61.4	1.16 V – 1.31 V
SLA98	E4400	2.0 GHz	800 MHz	2 MB	65 nm	65	73.3	1.16 V – 1.31 V
SL9TB	E4300	1.8 GHz	800 MHz	2 MB	65 nm	65	61.4	0.85 V – 1.35 V

TDP stands for Thermal Design Power and indicates the CPU maximum thermal dissipation, i.e., the CPU cooler must be able to dissipate at least this amount of heat.

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