Processor’s home is the
“processor socket”. Processor socket is the main socket in the mother board.
·
Currently useless processor
socket
Name of the socket
|
Processor type
|
Amount of the pin
|
DIP
|
Intel 8088
|
40
|
PLCC
|
Intel 80186
|
68
|
Intel 80386
|
||
Socket 1
|
Intel 80486
|
169
|
Socket 2
|
Intel 80486
|
238
|
Socket 3
|
Intel 80486
|
237
|
Socket 4
|
Intel
Pentium
|
273
|
Socket 5
|
Intel
Pentium
|
|
Socket 6
Socket 7
|
AMD K5
|
|
IDT Win
Chip 2
|
320
|
|
Intel 80486
|
235
|
|
Intel Pentium
|
||
Intel Pentium MMX
|
||
AMD K6
|
321
|
|
Super
Socket 7
|
AMD K6 – 2
|
|
AMD AMD K6
– III
|
||
Cyrix MII
|
321
|
|
Socket 8
|
Intel
Pentium Pro
|
387
|
·
Slot 1 - That used to connect Intel Pentium II & Pentium
III processor and also Intel
Celeron processor.
Celeron processor.
·
Slot 2 - This used for the sever computer’s Intel PII Xeon
processor.
·
Slot A -
Slot 1 & Slot 2 didn’t match to the AMD processor. Therefore introduced
this slot type for the AMD Athlon processor
in 1999.
·
Socket 370 - There is 370 pins. Therefore it named as
“Socket 370”. Intel PII, PIII,
Intel Celeron, VIA Cyrix III, VIA C3 processors could connect to
the
Socket 370.
· Socket 462/Socket A -Also that introduced for the AMD processor
in 2000. AMD Athlon,AMD
Duron, AMD Athlon XP, AMD Athlon XP-M, AMD Athlon MP, AMD Sempron
processors can connect to this slot.
·
Socket 423 - This slot used or the first Pentium 4
processor and it introduced in 2000.
·
Socket 478/Socket N - It used to the after introduce Pentium 4
& Intel Celeron Processor.
·
PAC 418 - In 2001,this manufactured for the sever computer’s Intel
Itanium Processor.
·
Socket 603 - In 2001, this introduced for the sever
computer’s Intel Xeon processor.
·
PAC 611 - In 2002, PAC 611 socket introduced for the sever computer’s
Intel Itanium 2
processor.
·
Socket 754 - This introduced in 2003. It use to AMD
Athlon 64, AMD Sempron, AMD
Turion 64 processors.
·
Socket 939 - Introduced in 2004 and could use for the
AMD Athlon 64, AMD Athlon 64
FX, AMD Athlon 64 X2, AMD Opteron processors.
·
LGA 775 - This is the first LGA processor socket and introduces in
2004. It can use for
the Intel Pentium 4, Intel Pentium D, Intel Celeron , Intel Celeron D, Intel
Pentium XE, Intel Core 2 Duo, Intel Core2 Quad, Intel Xeon processors from
made LGA technology.
the Intel Pentium 4, Intel Pentium D, Intel Celeron , Intel Celeron D, Intel
Pentium XE, Intel Core 2 Duo, Intel Core2 Quad, Intel Xeon processors from
made LGA technology.
·
LGA 771 - Introduced in 2006. It use for the
sever computer’s Intel Xeon processor
made by LGA technology.
·
Socket AM2 - Introduced in 2006 & used old PGA
technology. This socket can connect to
the AMD Athlon 64 & AMD Athlon 64X2 processor.
the AMD Athlon 64 & AMD Athlon 64X2 processor.
·
Socket AM2+ - Introduces in 2007.
Also it use old PGA technology. AMD Athlon 64, AMD
Athlon X2, AMD Phenom, Phenom II
processors can install this.
·
Socket 441 - In 2008 it manufactured in Intel Athlon
processor’s motherboard.
·
LGA 1156 - This socket introduced in 2009 &
Intel Core i7 (800 series), Intel Core i5
(700,600 series), Intel
Core i3 (500 series), Intel Xeon (X3400, L3400 series),
Intel Pentium (G6000
series), Intel Celeron (G1000 series) processors (LGA
technology) can install
this socket.
·
LGA 1366 - This use for the Core i7 (900 series),
Intel Xeon (35xx, 36xx, 55xx,56xx series)
processors.
·
Socket AM3 - This introduced from old AMD technology in
2009. AMD Phenom II, AMD
Athlon II, AMD Sempron processors can install
it.
·
Socket G34 - Introduced in 2010 & it has LGA
technology. It can use for the AMD Opteron
(6000 series) processors.
·
Socket C32 - use for the AMD Opteron (4000 series)
processors.
·
LGA 1248 - Introduced in 2010 & use for the
sever computer’s Intel Itanium 9300 series
processors.
·
LGA 1567 - This processor socket use for the Intel
Xeon 6500/7500 series processors.
·
LGA 1155 - This introduced for the new Intel sandy
Bridge –DT processor in 2011.
·
Socket FM1 - Introduced in 2011 & new AMD Llano
processor can connect to it. But this
socket has used old PGA technology.
No comments:
Post a Comment