Articles & Tutorials

PC - M'board Socket - (P3/Celeron)





Sockets for motherboards - this page is for the next gen of Pentium 3 & Celeron running on socket 370 - Celeron 300 up to the last P3 running at 1.53ghz.


There are so many different processors, and they all fit different motherboard type connectors... I for one get tired trawling round the www trying to put it all in order mentally, so i spent the whole day collecting data to make a list... Not definitive, but includes most of the processors we would use for digital audio, and a few oldies we won't probably use much anymore.

All this page is for is so that you can checkout a chip speed and what type of board connector it takes, and for newbies to show them the different socket TYPES and the chips that go with them.

For us PC-Audio people it all starts with the MMX pentium in the olde days... and from there we've had SLOT-1 for P2 & Celeron and AMD came with the SLOT-A for their early Athlon's... The SLOT-A looks like the SLOT-1, and is 'the SLOT-1 for Athlons'...

On both types (Intel slot-1 & AMD slot-a), the CPU sits on a board enclosed in a case with cooler, that looks like a video cassette... Intel pushed the 'Slot-1' & P2 & older P3 aside and went to the New P3 & Celerons on SOCKET 370 (a ZIF socket), easy to install chips into.... the AMD K7 Athlon & Duron moved to the Socket-A. - Now we are on the next gen of P4 & Athlon... up to and above 2ghz.... we have the Athlon & Duron on SOCKET-A and the P-4 on SOCKET-423 & SOCKET-478.


This page is for chips.. Celeron 333 up to Pentium 3 1.53ghz.



Socket 370:



Intel Celeron, Pentium III.

Originally designed for use with Celeron processors, this Plastic Pin Grid Array (PPGA) socket is a much more economical configuration for board and chip makers to design around than the Slot 1 layout.



Socket 370
Intel ProcessorsNatural StateSocketsL1/L2 Cache (Associativity)Transistors
Celeron-300A MMX
(Mendocino)
November 30, 1998 - ($70)		370 pins
300MHz (66x4.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-333 MMX
(Mendocino)
November 30, 1998 - ($87)		370 pins
333MHz (66x5.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-366 MMX
(Mendocino)
January 4, 1999 - ($123)		370 pins
366MHz (66x5.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-400 MMX
(Mendocino)
January 4, 1999 - ($158)		370 pins
400MHz (66x6.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-433 MMX
(Mendocino)
March 22, 1999 - ($169)		370 pins
433MHz (66x6.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-466 MMX
(Mendocino)
April 26, 1999 - ($169)		370 pins
466MHz (66x7.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-500 MMX
(Mendocino)
August 2, 1999 - ($167)		370 pins
500MHz (66x7.5)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-533 MMX
(Mendocino)
January 4, 2000 - ($167)		370 pins
533MHz (66x8.0)
2.0v		Socket 37016KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		19 million
0.25&##181;m process
154mm&##178; die
Celeron-500A MMX SSE
(Coppermine-128)
March 29, 2000 (may not exist)		370 pins
500MHz (66x7.5)
1.5v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
Celeron-533A MMX SSE
(Coppermine-128)
March 29, 2000		370 pins
533MHz (66x8.0)
1.5v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jun 00)
Celeron-566 MMX SSE
(Coppermine-128)
March 29, 2000 - ($167)		370 pins
566MHz (66x8.5)
1.5v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jun 00)
Celeron-600 MMX SSE
(Coppermine-128)
March 29, 2000 - ($181)		370 pins
600MHz (66x9.0)
1.5v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jun 00)
Celeron-633 MMX SSE
(Coppermine-128)
June 26, 2000 - ($138)		370 pins
633MHz (66x9.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jun 00)
Celeron-667 MMX SSE
(Coppermine-128)
June 26, 2000 - ($170)		370 pins
666MHz (66x10.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jun 00)
Celeron-700 MMX SSE
(Coppermine-128)
June 26, 2000 - ($192)		370 pins
700MHz (66x10.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jun 00)
Celeron-733 MMX SSE
(Coppermine-128)
November 13, 2000 - ($112)		370 pins
733MHz (66x11.0)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
90mm&##178; die
95mm&##178; die (Jul 01)
Celeron-766 MMX SSE
(Coppermine-128)
November 13, 2000 - ($170)		370 pins
766MHz (66x11.5)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
90mm&##178; die
Celeron-800 MMX SSE
(Coppermine-128)
January 3, 2001 - ($170)		370 pins
800MHz (100x8.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
90mm&##178; die
95mm&##178; die (Jul 01)
Celeron-850 MMX SSE
(Coppermine-128)
April 9, 2001 - ($138)		370 pins
850MHz (100x8.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
90mm&##178; die
95mm&##178; die (Jul 01)
Celeron-900 MMX SSE
(Coppermine-128)
July 2, 2001 - ($103)		370 pins
900MHz (100x9.0)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Celeron-950 MMX SSE
(Coppermine-128)
August 31, 2001 - ($74)		370 pins
950MHz (100x9.5)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Celeron-1.0G MMX SSE
(Coppermine-128)
August 31, 2001 - ($89)		370 pins
1000MHz (100x10.0)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Celeron-1.1G MMX SSE
(Coppermine-128)
August 31, 2001 - ($103)		370 pins
1100MHz (100x11.0)
1.75v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
128KB on-Die unified L2 (4-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Celeron-1.0A MMX SSE
(Tualatin)
January 3, 2002		370 pins
1000MHz (100x10.0)
1.475v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Celeron-1.1A MMX SSE
(Tualatin)
January 3, 2002		370 pins
1100MHz (100x11.0)
1.475v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Celeron-1.2G MMX SSE
(Tualatin)
October 2, 2001 - ($103)		370 pins
1200MHz (100x12.0)
1.475v or 1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Celeron-1.3G MMX SSE
(Tualatin)
January 3, 2002 - ($118)		370 pins
1300MHz (100x13.0)
1.5v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Celeron-1.4G MMX SSE
(Tualatin)
2Q 2002?		370 pins
1400MHz (100x14.0)
?v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Celeron-1.5G MMX SSE
(Tualatin)
3Q 2002?		370 pins
1500MHz (100x15.0)
?v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-500E MMX SSE
(Coppermine)
October 25, 1999 - ($239)		370 pins
500MHz (100x5.0)
1.6v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
Pentium III-533EB MMX SSE
(Coppermine)
March 1, 2000		370 pins
533MHz (133x4.0)
1.65v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
Pentium III-550E MMX SSE
(Coppermine)
October 25, 1999 - ($368)		370 pins
550MHz (100x5.5)
1.6v or 1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
Pentium III-600E MMX SSE
(Coppermine)
March 1, 2000		370 pins
600MHz (100x6.0)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
95mm&##178; die (May 01)
Pentium III-600EB MMX SSE
(Coppermine)
March 1, 2000		370 pins
600MHz (133x4.5)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
Pentium III-650 MMX SSE
(Coppermine)
March 1, 2000		370 pins
650MHz (100x6.5)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
Pentium III-667 MMX SSE
(Coppermine)
March 1, 2000		370 pins
666MHz (133x5.0)
1.65v or 1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
Pentium III-700 MMX SSE
(Coppermine)
March 1, 2000		370 pins
700MHz (100x7.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
95mm&##178; die (May 01)
Pentium III-733 MMX SSE
(Coppermine)
March 1, 2000		370 pins
733MHz (133x5.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
Pentium III-750 MMX SSE
(Coppermine)
March 1, 2000		370 pins
750MHz (100x7.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
95mm&##178; die (May 01)
Pentium III-800E MMX SSE
(Coppermine)
March 1, 2000		370 pins
800MHz (100x8.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
Pentium III-800EB MMX SSE
(Coppermine)
March 1, 2000		370 pins
800MHz (133x6.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
106mm&##178; die
105mm&##178; die (Mar 00)
90mm&##178; die (Jul 00)
95mm&##178; die (May 01)
Pentium III-850 MMX SSE
(Coppermine)
March 20, 2000 - ($765)		370 pins
850MHz (100x8.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jul 00)
Pentium III-866 MMX SSE
(Coppermine)
March 20, 2000 - ($776)		370 pins
866MHz (133x6.5)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jul 00)
95mm&##178; die (May 01)
Pentium III-900 MMX SSE
(Coppermine)
October, 2000		370 pins
900MHz (100x9.0)
1.7v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
90mm&##178; die
95mm&##178; die (May 01)
Pentium III-933 MMX SSE
(Coppermine)
May 24, 2000 - ($744)		370 pins
933MHz (133x7.0)
1.65v or 1.7v or 1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
105mm&##178; die
90mm&##178; die (Jul 00)
95mm&##178; die (May 01)
Pentium III-1.0G MMX SSE
(Coppermine)
June, 2001		370 pins
1000MHz (100x10.0)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-1.0B MMX SSE
(Coppermine)
January, 2001		370 pins
1000MHz (133x7.5)
1.7v or 1.75v or 1.76v		Socket 370
(FC-PGA)
(FC-PGA2)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
90mm&##178; die
95mm&##178; die (May 01)
Pentium III-1.1G MMX SSE
(Coppermine)
June, 2001		370 pins
1100MHz (100x11.0)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-1.13G MMX SSE
(Coppermine)
June, 2001		370 pins
1133MHz (133x8.5)
1.75v		Socket 370
(FC-PGA)		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-866 MMX SSE
(Coppermine-T)
June, 2001		370 pins
866MHz (133x6.5)
1.75v		Socket 370
(FC-PGA)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-933 MMX SSE
(Coppermine-T)
June, 2001		370 pins
933MHz (133x7.0)
1.75v		Socket 370
(FC-PGA)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-1.0B MMX SSE
(Coppermine-T)
June, 2001		370 pins
1000MHz (133x7.5)
1.75v		Socket 370
(FC-PGA2)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-1.13G MMX SSE
(Coppermine-T)
June, 2001		370 pins
1133MHz (133x8.5)
1.75v		Socket 370
(FC-PGA2)
1.5v AGTL+
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 4GB cacheable		28 million
0.18&##181;m process
95mm&##178; die
Pentium III-1.13A MMX SSE
(Tualatin)
July, 2001		370 pins
1133MHz (133x8.5)
1.475v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-1.2G MMX SSE
(Tualatin)
July, 2001		370 pins
1200MHz (133x9.0)
1.475v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-700 MMX SSE
(Tualatin)
November 13, 2001		370 pins
700MHz (100x7.0)
1.1v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-800 MMX SSE
(Tualatin)
1Q 2002?		370 pins
800MHz (133x6.0)
?v or 1.1v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-900 MMX SSE
(Tualatin)
3Q 2002?		370 pins
900MHz (100x9.0)
?v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-933 MMX SSE
(Tualatin)
3Q 2002?		370 pins
933MHz (133x7.0)
1.1v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
8mm&##178; die
Pentium III-S-1.0B MMX SSE
(Tualatin)
July 18, 2001		370 pins
1000MHz (133x7.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
256KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-1.13G MMX SSE
(Tualatin)
June 21, 2001		370 pins
1133MHz (133x8.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-1.26G MMX SSE
(Tualatin)
July 18, 2001		370 pins
1266MHz (133x9.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-1.4G MMX SSE
(Tualatin)
January 8, 2002 - ($315)		370 pins
1400MHz (133x10.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die
Pentium III-S-1.53G MMX SSE
(Tualatin)
3Q 2002?		370 pins
1533MHz (133x11.5)
1.45v		Socket 370
(FC-PGA2)
1.25v AGTL		16KB data (4-way)
16KB instruction (4-way)
512KB on-Die unified L2 (8-way)
* 64GB cacheable		44 million
0.13&##181;m process
80mm&##178; die

If you found this tutorial or article useful, please leave some comments below & also please subscribe to our Youtube channel & don't forget to switch on Notifications so you don't miss our new videos! - Thanks!




Article Category:
‍Articles / Computer

Added: 23 January 2002



  • Currently 0 Stars.
  • 1
  • 2
  • 3
  • 4
  • 5

1: No good!

2: Average!

3: Great stuff!

4: Excellent!

5: Awesome!

Rate this article!

Currently: 0%
Total Stars: 0
Total Votes: 1

Read 1 comments

Add review/comment

⇧
Top

More choices

More articles choices in this category...

Behringer BCF2000 & Apple Logic Pro user-guide

Everything you need to know about using the super-value Behringer BCF2000 B- Control fader unit with Apple's Logic Pro - this guide also is mostly interchangable with cubase btw

Windows XP install - [video]

Yup - you can watch an XP Pro install in episodes - EVERYTHING is covered... XP install & disk partitioning, inc' creating audio-partitions with large clusters - Service-Pack 1a & critical VIA chipset

Build a Budget Music PC - AMD 2400 - [Video]

Yup!... the video age is here. Well, we thought why not make a nice video for noobs showing how to build a PC for music using common PC-fair parts. AMD 2400 + GIGABYTE GA-7VT600(-L) m'board.

Build a Music PC - XP2400 - super-cheap!! [pt1]

Here's another pc build for peanuts - This time an Athlon 2400 - Another really powerful PC for peanuts using common PC-Fair components!!

Plugin formats

Just a basic page of info about the types of plugins around for Mac & PC.

Build a Music PC - XP2000 - super-cheap!! [pt6]

part 6 - final bios tweaks & XP tweaks

Build a Music PC - XP2000 - super-cheap!! [pt5]

Part 5 of an easy to follow guide to build a dedicated music PC on the cheap. This section is Win XP install - 'Plug & Play' and 'Standard PC' mode details.

Build a Music PC - XP2000 - super-cheap!! [pt4]

Part 4 of an easy to follow guide to build a dedicated music PC on the cheap. This section is boot to bios, detect drives, final tweaks before OS install

Build a Music PC - XP2000 - super-cheap!! [pt3]

Part 3 of an easy to follow guide to build a dedicated music PC on the cheap. This section is booting to BIOS for first time, adding drives & Pre OS install stuff.

Build a Music PC - XP2000 - super-cheap!! [pt2]

Part 2 of an easy to follow guide to build a dedicated music PC on the cheap. This section Adding cpu, ram, board. All prep prior to first BIOS boot.

Build a Music PC - XP2000 - super-cheap!! [pt1]

Article about building an Athlon 2000xp power system on a budget. First documented Dancetech PC build. We're checking out a new KT333 chipset board on this one. [part-1]

PC - M'board Socket - (Pentium 4)

Motherboard socket types, this page for pentium 4 both types; Socket-423 & Socket-478.
Browse category:
Articles
/
Computer Articles
/
Computer

Popular articles & tutorials

Logic Pro tutorials

Browse our high-quality Logic Pro tutorials covering every part of this popular Mac DAW, including in depth tutorials on all the major parts of Logic as well as 'Make a song in Logic' walk-thru's showing the entire process of making a song from start to finish
"This the best tutorial I've watched for logic pro full stop"
"Your videos stand out head and shoulders as the best"

Garageband tutorials

Browse our high-quality Garageband tutorials covering every part of the best free music DAW in the world for Mac, including 'Make a song in Garageband' walk-thru's showing the entire process of making a song from start to finish
"I've seen a lot of GB tutorials. This is hands down the best"
"Honestly the best Garageband tutorial on the net!"

Eq & Mixing

Our ongoing EQ & mixing tutorial series including full example mix sessions of famous songs.

Garageband iOS

All our Garageband iOS tutorials for the most powerful portable tablet DAW in the world.

Reggae tutorials

Over 30 tutorials on making reggae music. Famous Riddims, basslines & other techniques.

Record your band cheap

Step by step instructions to get band recordings done in your rehearsal room super cheap.

The Busker's technique

The secret technique used by everyone from Dylan to Tracy Chapman to Ed Sheeran.

Budget home studio

Super budget but quality kit list to put together a quality home studio setup.

Arturia Spark techniques

Get a cheap S/H Spark & use it to create drum parts for any 3rd party hardware drum modules, samplers or s/w drums

Behringer BCF2000

The definitive tutorial series for Behringer's super cheap DAW controller & Logic Pro. Including how to use up to three units.

USB interface roundup

College quality lecture on the theory & techniques of using reverberation, covering all the aspects of this essential effect.

Mixers & mixing - SX2442FX walk-thru

Beginners can learn a lot about how a typical mixer like this works from this full walk-thru & explanation tutorial for this popular Behringer mixer.

Reverb for beginners

College quality lecture on the theory & techniques of using reverberation, covering all the aspects of this essential effect.

How to setup a DAW & external MIDI hardware studio

Integrating hardware MIDI synths, samplers & drum machines etc into a computer music studio without a mixer.
Browse all dancetech articles & tutorials »

Comments




Last added comment

Tony Prower

14-May-06

I have a gigabyte mainboard model 6vx7-4x and a pentium III EB (copermine) with 731.5 MHz. I want to run Cubase SE and this programme requires 8ooMHz minimum. I have checked the giga-byte website and my mainboard should support a pentium III 1.0 GB chip. What would be your advice and is it easy to install?
Many thanks
Tony



Add a review or comment

194627
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.