All Celeron Models | Hardware Secrets

Celeron Coppermine was based on Pentium III Coppermine core architecture and had approximately 28 millions of transistors. This was a huge figure, since Celeron SEPP had 7.5 million transistors and Celeron A had only 19 million. This increase in the number of transistors is due to the production technology used on Celeron Coppermine, which was of 0.18µm (the previous versions used a 0.25µm technology). The smaller the technology architecture, the fewer will be the heat generated by the processor and the bigger will be the clock it can reach.

The packaging used by Celeron Coppermine was FC-PGA, the same kind used by Pentium III, and it also used the socket 370 platform.

Celeron Coppermine had 32 KB of L1 cache, 128 KB of L2 cache, and a support to SSE instructions and could be found on versions ranging from 533 MHz to 1.1 GHz. All Celeron Coppermine processors with a clock inferior to 800 MHz works externally at 66 MHz. Celeron Coppermine from 800 MHz to 1.1 GHz works externally at 100 MHz.

Figure 5: Celeron Coppermine with FC-PGA packaging.

Main features of Celeron Coppermine were:

Based on Pentium III with Coppermine core
Manufacturing process: 0.18 μm
L1 cache: 32 KB total, 16 KB for instructions and 16 KB for data
L2 cache: 128 KB
External clock rate: 66 MHz (models up to 766 MHz) or 100 MHz (models starting at 800 MHz)
Packaging: FC-PGA
Socket: Socket 370
Added support to SSE instructions

Available models of Celeron Coppermine are listed on the chart below. TDP stands for Thermal Design Power and indicates the CPU maximum thermal dissipation.

Modelo	Internal Clock	External Clock	Voltage	TDP
SL46S	533 MHz	66 MHz	1.5 V	11.2 W
SL3W7	566 MHz	66 MHz	1.5 V	11.9 W
SL4PC	566 MHz	66 MHz	1.7 V	11.9 W
SL4NW	566 MHz	66 MHz	1.7 V	11.9 W
SL46T	566 MHz	66 MHz	1.5 V	11.9 W
SL3W8	600 MHz	66 MHz	1.5 V	12.6 W
SL46U	600 MHz	66 MHz	1.5 V	12.6 W
SL4PB	600 MHz	66 MHz	1.7 V	12.6 W
SL4NX	600 MHz	66 MHz	1.7 V	12.6 W
SL3VS	633 MHz	66 MHz	1.65 V	16.5 W
SL4PA	633 MHz	66 MHz	1.7 V	16.5 W
SL3W9	633 MHz	66 MHz	1.6 V	16.5 W
SL4NY	633 MHz	66 MHz	1.7 V	16.5 W
SL4AB	667 MHz	66 MHz	1.65 V	17.5 W
SL4NZ	667 MHz	66 MHz	1.7 V	17.5 W
SL48E	667 MHz	66 MHz	1.65 V	17.5 W
SL4P9	667 MHz	66 MHz	1.7 V	17.5 W
SL48F	700 MHz	66 MHz	1.65 V	18.3 W
SL4P2	700 MHz	66 MHz	1.7 V	18.3 W
SL4P8	700 MHz	66 MHz	1.75 V	18.3 W
SL4E6	700 MHz	66 MHz	1.6 V	18.3 W
SL4P3	733 MHz	66 MHz	1.6 V	19.1 W
SL4P7	733 MHz	66 MHz	1.7 V	19.1 W
SL52Y	733 MHz	66 MHz	1.25 V - 1.4 V	22.8 W
SL4QF	766 MHz	66 MHz	1.6 V	20 W
SL5EA	766 MHz	66 MHz	1.75 V	23.6 W
SL52X	766 MHz	66 MHz	1.75 V	23.6 W
SL4P6	766 MHz	66 MHz	1.7 V	20 W
SL54P	800 MHz	100 MHz	1.75 V	24.5 W
SL5WW	800 MHz	100 MHz	1.75 V	24.5 W
SL55R	800 MHz	100 MHz	1.7 V	20.8 W
SL4TF	800 MHz	100 MHz	1.7 V	20.8 W
SL5EB	800 MHz	100 MHz	1.75 V	24.5 W
SL5WC	800 MHz	100 MHz	1.75 V	24.5 W
SL5GA	850 MHz	100 MHz	1.7 V	22.5 W
SL5GB	850 MHz	100 MHz	1.7 V	22.5 W
SL5WX	850 MHz	100 MHz	1.75 V	25.7 W
SL54Q	850 MHz	100 MHz	1.25 V - 1.4 V	25.7 W
SL5EC	850 MHz	100 MHz	1.75 V	25.7 W
SL5WB	850 MHz	100 MHz	1.75 V	25.7 W
SL633	900 MHz	100 MHz	1.75 V	30 W
SL5WY	900 MHz	100 MHz	1.75 V	26.7 W
SL5LX	900 MHz	100 MHz	1.75 V	26.7 W
SL5WA	900 MHz	100 MHz	1.75 V	26.7 W
SL5MQ	900 MHz	100 MHz	1.75 V	26.7 W
SL5UZ	950 MHz	100 MHz	1.75 V	26.7 W
SL5V2	950 MHz	100 MHz	1.75 V	26.7 W
SL634	950 MHz	100 MHz	1.75 V	32 W
SL5XQ	1GHz	100 MHz	1.75 V	29 W
SL635	1GHz	100 MHz	1.75 V	29 W
SL5XT	1GHz	100 MHz	1.75 V	29 W
SL5XU	1.1GHz	100 MHz	1.75 V	33 W
SL5XR	1.1GHz	100 MHz	1.75 V	33 W