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30-May-2017

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PC - M'board Socket - (Athlon/Duron)

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Author: admin
Date: 23-Jan-02

[dancetech database recompiled in 1999 - some articles listed April '99 are older]


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... Slot-A & Socket-A, Athlon & Duron.





Slot A





AMD Athlon (K7)

Developed by AMD, Slot A is mechanically similar to Intel's Slot 1. However, the electrical requirements are different from Slot 1. AMD's Athlon processor uses Slot A.



Athlon (Slot A)
AMD ProcessorsNatural StateSocketsL1/L2 Cache (Associativity)Transistors
Athlon-500 MMX 3DNow!
(K7)
August 9, 1999 - ($249)
575 pins (242 pin SEC)
500MHz (100x5.0)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.25&##181;m process
184mm&##178; die
Athlon-550 MMX 3DNow!
(K7)
August 9, 1999 - ($449)
575 pins (242 pin SEC)
550MHz (100x5.5)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.25&##181;m process
184mm&##178; die
Athlon-600 MMX 3DNow!
(K7)
August 9, 1999 - ($615)
575 pins (242 pin SEC)
600MHz (100x6.0)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.25&##181;m process
184mm&##178; die
Athlon-650 MMX 3DNow!
(K7)
August 9, 1999 - ($849)
575 pins (242 pin SEC)
650MHz (100x6.5)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.25&##181;m process
184mm&##178; die
Athlon-700 MMX 3DNow!
(K7)
October 4, 1999 - ($849)
575 pins (242 pin SEC)
700MHz (100x7.0)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.25&##181;m process
184mm&##178; die
Athlon-550 MMX 3DNow!
(K75)
January 2000
575 pins (242 pin SEC)
550MHz (100x5.5)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-600 MMX 3DNow!
(K75)
January 2000
575 pins (242 pin SEC)
600MHz (100x6.0)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-650 MMX 3DNow!
(K75)
January 2000
575 pins (242 pin SEC)
650MHz (100x6.5)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-700 MMX 3DNow!
(K75)
January 2000
575 pins (242 pin SEC)
700MHz (100x7.0)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-750 MMX 3DNow!
(K75)
November 29, 1999 - ($799)
575 pins (242 pin SEC)
750MHz (100x7.5)
(64-bit dual-pumped bus)
1.6v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2.5 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-800 MMX 3DNow!
(K75)
January 6, 2000 - ($849)
575 pins (242 pin SEC)
800MHz (100x8.0)
(64-bit dual-pumped bus)
1.7v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2.5 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-850 MMX 3DNow!
(K75)
February 11, 2000 - ($849)
575 pins (242 pin SEC)
850MHz (100x8.5)
(64-bit dual-pumped bus)
1.7v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/2.5 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-900 MMX 3DNow!
(K75)
March 6, 2000 - ($899)
575 pins (242 pin SEC)
900MHz (100x9.0)
(64-bit dual-pumped bus)
1.8v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/3 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-950 MMX 3DNow!
(K75)
March 6, 2000 - ($999)
575 pins (242 pin SEC)
950MHz (100x9.5)
(64-bit dual-pumped bus)
1.8v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/3 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-1G MMX 3DNow!
(K75)
March 6, 2000 - ($1299)
575 pins (242 pin SEC)
1000MHz (100x10.0)
(64-bit dual-pumped bus)
1.8v/3.3v split
Slot A64KB data (2-way)
64KB instruction (2-way)
512KB unified L2 (1/3 speed) (2-way)
* 64GB cacheable
22 million
0.18&##181;m process
102mm&##178; die
Athlon-700 MMX 3DNow!
(Thunderbird)
? pins (242 pin SEC)
700MHz (100x7.0)
(64-bit dual-pumped bus)
1.7v
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-750 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($319)
? pins (242 pin SEC)
750MHz (100x7.5)
(64-bit dual-pumped bus)
1.7v
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-800 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($359)
? pins (242 pin SEC)
800MHz (100x8.0)
(64-bit dual-pumped bus)
1.7v
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-850 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($507)
? pins (242 pin SEC)
850MHz (100x8.5)
(64-bit dual-pumped bus)
1.7v
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-900 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($589)
? pins (242 pin SEC)
900MHz (100x9.0)
(64-bit dual-pumped bus)
1.75
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-950 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($759)
? pins (242 pin SEC)
950MHz (100x9.5)
(64-bit dual-pumped bus)
1.75
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1G MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($990)
? pins (242 pin SEC)
1000MHz (100x10.0)
(64-bit dual-pumped bus)
1.75
Slot A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die







Socket A



   



AMD Athlon - (Tbird 750 & 800), AMD Duron



Athlon (Socket A)
AMD ProcessorsNatural StateSocketsL1/L2 Cache (Associativity)Transistors
Duron-600 MMX 3DNow!
(Spitfire)
June 19, 2000 - ($112)
453 pins
600MHz (100x6.0)
(64-bit dual-pumped bus)
1.5v or 1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-650 MMX 3DNow!
(Spitfire)
June 19, 2000 - ($154)
453 pins
650MHz (100x6.5)
(64-bit dual-pumped bus)
1.5v or 1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-700 MMX 3DNow!
(Spitfire)
June 19, 2000 - ($192)
453 pins
700MHz (100x7.0)
(64-bit dual-pumped bus)
1.5v or 1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-750 MMX 3DNow!
(Spitfire)
September 5, 2000 - ($181)
453 pins
750MHz (100x7.5)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-800 MMX 3DNow!
(Spitfire)
October 17, 2000 - ($170)
453 pins
800MHz (100x8.0)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-850 MMX 3DNow!
(Spitfire)
January 8, 2001 - ($149)
453 pins
850MHz (100x8.5)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-900 MMX 3DNow!
(Spitfire)
April 2, 2001 - ($129)
453 pins
900MHz (100x9.0)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-950 MMX 3DNow!
(Spitfire)
June 6, 2001 - ($122)
453 pins
950MHz (100x9.5)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25 million
0.18&##181;m process
100mm&##178; die
Duron-1.0G MMX 3DNow! SSE
(Morgan)
August 20, 2001 - ($89)
453 pins
1000MHz (100x10.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25.2 million
0.18&##181;m process
106mm&##178; die
Duron-1.1G MMX 3DNow! SSE
(Morgan)
October 1, 2001 - ($103)
453 pins
1100MHz (100x11.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25.2 million
0.18&##181;m process
106mm&##178; die
Duron-1.2G MMX 3DNow! SSE
(Morgan)
November 15, 2001 - ($103)
453 pins
1200MHz (100x12.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25.2 million
0.18&##181;m process
106mm&##178; die
Duron-1.3G MMX 3DNow! SSE
(Morgan)
January 21, 2002 - ($118)
453 pins
1300MHz (100x13.0)
(64-bit dual-pumped bus)
?v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25.2 million
0.18&##181;m process
106mm&##178; die
Duron-1.4G MMX 3DNow! SSE
(Morgan)
2Q 2002?
453 pins
1400MHz (100x14.0)
(64-bit dual-pumped bus)
?v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25.2 million
0.18&##181;m process
106mm&##178; die
Duron-1.5G MMX 3DNow! SSE
(Morgan)
3Q 2002?
453 pins
1500MHz (100x15.0)
(64-bit dual-pumped bus)
?v
Socket A64KB data (2-way)
64KB instruction (2-way)
64KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
25.2 million
0.18&##181;m process
106mm&##178; die
Duron-1.33G MMX 3DNow! SSE
(Appaloosa)
3Q 2002?
453 pins
1333MHz (133x10.0)
(64-bit dual-pumped bus)
?v
Socket A64KB data (2-way)
64KB instruction (2-way)
?KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
? million
0.13&##181;m process
?mm&##178; die
Athlon-750 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($319)
453 pins
750MHz (100x7.5)
(64-bit dual-pumped bus)
1.7v or 1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-800 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($359)
453 pins
800MHz (100x8.0)
(64-bit dual-pumped bus)
1.7v or 1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-850 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($507)
453 pins
850MHz (100x8.5)
(64-bit dual-pumped bus)
1.7v or 1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-900 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($589)
453 pins
900MHz (100x9.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-950 MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($759)
453 pins
950MHz (100x9.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1G MMX 3DNow!
(Thunderbird)
June 5, 2000 - ($990)
453 pins
1000MHz (100x10.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1G MMX 3DNow!
(Thunderbird)
October 30, 2000 - ($385)
453 pins
1000MHz (133x7.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.1G MMX 3DNow!
(Thunderbird)
August 28, 2000 - ($853)
453 pins
1100MHz (100x11.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.13G MMX 3DNow!
(Thunderbird)
October 30, 2000 - ($506)
453 pins
1133MHz (133x8.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.2G MMX 3DNow!
(Thunderbird)
October 17, 2000 - ($612)
453 pins
1200MHz (100x12.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.2G MMX 3DNow!
(Thunderbird)
October 30, 2000 - ($673)
453 pins
1200MHz (133x9.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.3G MMX 3DNow!
(Thunderbird)
March 22, 2001 - ($318)
453 pins
1300MHz (100x13.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.33G MMX 3DNow!
(Thunderbird)
March 22, 2001 - ($350)
453 pins
1333MHz (133x10.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.4G MMX 3DNow!
(Thunderbird)
June 6, 2001 - ($253)
453 pins
1400MHz (100x14.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon-1.4G MMX 3DNow!
(Thunderbird)
June 6, 2001 - ($253)
453 pins
1400MHz (133x10.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37 million
0.18&##181;m process
120mm&##178; die
Athlon MP-1.0G MMX 3DNow! SSE
(Palomino)
June 5, 2001 - ($215)
453 pins
1000MHz (133x7.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon MP-1.2G MMX 3DNow! SSE
(Palomino)
June 5, 2001 - ($265)
453 pins
1200MHz (133x9.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon MP-1500+ MMX 3DNow! SSE
(Palomino)
October 15, 2001 - ($180)
453 pins
1333MHz (133x10.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon MP-1600+ MMX 3DNow! SSE
(Palomino)
October 15, 2001 - ($210)
453 pins
1400MHz (133x10.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon MP-1800+ MMX 3DNow! SSE
(Palomino)
October 15, 2001 - ($302)
453 pins
1533MHz (133x11.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon MP-1900+ MMX 3DNow! SSE
(Palomino)
December 12, 2001 - ($319)
453 pins
1600MHz (133x12.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon MP-2100+ MMX 3DNow! SSE
(Palomino)
1H 2002?
453 pins
1733MHz (133x13.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-1500+ MMX 3DNow! SSE
(Palomino)
October 9, 2001 - ($130)
453 pins
1333MHz (133x10.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-1600+ MMX 3DNow! SSE
(Palomino)
October 9, 2001 - ($160)
453 pins
1400MHz (133x10.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-1700+ MMX 3DNow! SSE
(Palomino)
October 9, 2001 - ($190)
453 pins
1466MHz (133x11.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-1800+ MMX 3DNow! SSE
(Palomino)
October 9, 2001 - ($252)
453 pins
1533MHz (133x11.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-1900+ MMX 3DNow! SSE
(Palomino)
November 5, 2001 - ($269)
453 pins
1600MHz (133x12.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-2000+ MMX 3DNow! SSE
(Palomino)
January 7, 2002 - ($339)
453 pins
1666MHz (133x12.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-2100+ MMX 3DNow! SSE
(Palomino)
1Q 2002?
453 pins
1733MHz (133x13.0)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-2200+ MMX 3DNow! SSE
(Palomino)
1Q 2002?
453 pins
1800MHz (133x13.5)
(64-bit dual-pumped bus)
1.75v
Socket A64KB data (2-way)
64KB instruction (2-way)
256KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
37.5 million
0.18&##181;m process
128mm&##178; die
Athlon XP-2400+ MMX 3DNow! SSE
(Thoroughbred)
2Q 2002?
453 pins
1733MHz (133x13.0)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
?KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
? million
0.13&##181;m process
80mm&##178; die
Athlon XP-2500+ MMX 3DNow! SSE
(Thoroughbred)
2Q 2002?
453 pins
1800MHz (133x13.5)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
?KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
? million
0.13&##181;m process
80mm&##178; die
Athlon XP-2600+ MMX 3DNow! SSE
(Thoroughbred)
3Q 2002?
453 pins
1866MHz (133x14.0)
(64-bit dual-pumped bus)
1.6v
Socket A64KB data (2-way)
64KB instruction (2-way)
?KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
? million
0.13&##181;m process
80mm&##178; die
Athlon XP-??? MMX 3DNow! SSE
(Barton)
3Q 2002?
453 pins
?MHz (133x?)
(64-bit dual-pumped bus)
?v
Socket A64KB data (2-way)
64KB instruction (2-way)
?KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
? million
0.13&##181;m process
?mm&##178; die
Athlon XP-??? MMX 3DNow! SSE
(Thoroughbred-S)
2002?
453 pins
?MHz (?x?)
(64-bit dual-pumped bus)
?v
Socket A64KB data (2-way)
64KB instruction (2-way)
?KB on-Die unified L2 (16-way exclusive)
* 64GB cacheable
? million
0.09&##181;m process
50mm&##178; die














COMMENTS FOR:

'PC - M'board Socket - (Athlon/Duron)'


There are a total:  3  comments posted to this page.


Name:  Winfred Lee
Email: 
Website?:  lejay55@aol.com
Activity:  part-timer
Date:  28-Mar-02

Hello.
Iam looking to purchase a AMD System.
Useing it to run either Protools Digi
001 or Sonar. I would like to know which
CPU is the fasest and more suited to
run Audio and Plug-ins and how much ram can i put into these systems? Please
Email at Lejay55@aol.com

thanks.

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Name:  Andy Joice
Email: 
Activity:  Hobby-ist
Date:  08-Apr-02

Recently bought an ABIT KR7A-RAID motherboard for high-end music workstation, with 1800XP chip, 512 RAM and IBM Deskstar drives, 1 on the standard IDE channels and 2 on the RAID controller. Built the whole thing myself, ooh, aren't I clever (no). DOes work very well with M-Audio Audiophile with Win98, but not so well with Win2K. Could NOT get SB Audigy to work, nearly drove me mad, avoid avoid avoid. A lot cheaper than equivalent Intel platform, Cubase is blindlingly fast although have not loaded it that heavily. Beware of using two drives striped as if one fails you lose the lot unless you know what you're doing and can rebuild the stipeset. Also stiped RAID uses more CPU so not so good if using soft synths as will impinge.

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Last added comment

Name:  Sparky
Email: 
Activity:  Hobby-ist
Date:  17-Jan-05

I have an Asus A7V V1.02 BIOS V1006 Motherboard fitted with a AMD Thunderbird 1.4Ghz. processor, the FSB is set at 100mhz and the speed is 1000Mhz. Question? Can I up the FSB to increase the speed safely under these conditions? It appears that the FSB can be adjusted one mhz at a time. Should I be careful and move slowly upwards?
What do you think
Regards
Sparky

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