Celeron
This page will show all objects that are named Celeron, and if possible sorted on production date.
Click on the blue name(s) or picture(s) below for detailed information, pictures and benchmarks (if available).
thandor.net - list object
Intel Celeron G465 'SR0S8'
I have three Celeron 266's: this SL2SY, a boxed SL2YN and a CPU only SL2YN. The SL2SY is the OEM-version and didn't come with Intel's shroud-cooling solution.
Somehow I've liked the first Celeron's for it's box-ar... > Read more
As stated here the Covington-based Celeron is not a wonderful performer. It does it's job but the lack of L2-cache is noticeable in multi-tasking and specific applications/games.
However, due te absent L2-cache it is a highly overclockable processor. My C... > Read more
Technically a dreadful CPU! It's basically a Pentium II (which doesn't sound to bad) but without L2 cache. It has none, nothing. This impacts overall performance of the CPU and above all: it feels slow when running Windows '98. Surprisingly some benchmarks are nearly as fast as a Pentium II 233. I s... > Read more
The Celeron as it should be. The first Celeron ever released didn't have L2 cache at all making it cheap to produce but quite slow. Intel changed this by adding 128KB full-speed on-die L2 cache into it's playground. This time the cache ran at 100% of the core clockfrequency (333MHz in this case) and... > Read more
Same as this Celeron 333 but someone once removed the heatsink/fan (Shroud) solution.
My experiences with the Intel heatsink/fan are quite good. They seem to be reliable and do it's job just fine. Perhaps someone removed the stock heatsink/fan to upgrade ... > Read more
The Celeron like it should be. The 300MHz Celeron was also available with the 'Covington' core that is slower because it lacks L2-cache. This particular Celeron 300A is based on the 'Mendocino'-core that has 128KB full-speed L2-cache integrated. You can identify the differences by the A-designation ... > Read more
Similar to this Celeron 333 but 33MHz faster. Performance-wise the Celeron 366 runs in the neighborhood of the Pentium II 350.
As with all the lower clocked Mendocino Celerons (300, 333, 366) they all overclock pretty good. 412MHz/75FSB and 456MHz/83FSB a... > Read more
I have three Celeron 366's:
1. This one with sSpec SL35S that was a Boxed CPU without heatsink.
2. The SL36C which is identical but for OEM's (came in trays).
3. A Slot 1 variant. It also has an A-stepping core.
... > Read more
Technically this Celeron 400 is just like the 366MHz slot 1 variant but then in socket form.
The Celeron 400 was a good performer and could still run in the older slot 1 boards using a slotket adapter.... > Read more
A boxed version of the first Celeron series. Basically the Celeron Covington is a Pentium II without L2-cache. This reduces production costs but also causes performance to drop. No L2-cache at all is not good. It's successor, the Celeron Mendocino, had 128K2 full-speed on-die cache which greatly imp... > Read more
Identical to this Celeron 433 in terms of functionality and stepping (both B0). The only difference is that the sSpec code: this one has SL3BS which once was shipped in an Intel box with Intel heatsink/fan. The SL3BA sSpec was delivered in trays for OEM's.... > Read more
The Celeron 333 sold in both slot 1 and socket 370 variants. Back in the day of the Pentium II, slot 1 was used for Intels' latest processors. using slot 1 Intel could move the L2-cache right next to the processor rather than on the motherboard. This is called off-die L2-cache and was faster than L2... > Read more
Just running at 500MHz; nothing less, nothing more. It is the second fastest Celeron 'Mendocino'. It was surpassed by the 533MHz version and with the 566MHz models Intel used the newer Coppermine core.
This particular CPU (with sSpec SL3LQ) once came in an Intel boxed with heatsink/fan included.... > Read more
Identical to this Celeron 366 except that this CPU was shipped in a tray rather than an official Intel box.... > Read more
Identical to this Celeron 400 but with a different sSpec. The sSpec indicates that this CPU once came in an Intel box (with heatsink/fan).
In it's day the Celeron 400 was a nice performer. In most cases faster than the competing AMD K6/2-400. The Celeron ... > Read more
Identical to this Celeron 533 but with different sSpec: the SL3PZ came in an Intel box with heatsink/fan included.... > Read more
Identical to this Celeron 500 but with a different sSpec. This particular CPU came in trays rather than an original Intel box.... > Read more
Just as the Celeron 400 but 33MHz faster. Just as with the Celeron 333/366 and 400, the 433 was an interesting CPU in price/performance. Even when overclocking you could often increase the FSB to 75 or 83MHz without too much hassle. This would result in resp... > Read more
Although I do like the Celeron 'Mendocino' as cool running and overclockable CPU (especially with the lower clocked CPU's) this particular 466MHz part was not spectacular in the 12th week of 2000 since you could already get a 1000MHz Athlon at that time. Of course at extra cost 
.
The 466 was of... > Read more
The same as this 566 Celeron. Even the sSpec number is the same. I bought this CPU because I didn't have a working 566 model for the benchmarks.... > Read more
Identical to this Celeron 466 but with different sSpec number. The SL3EH was a CPU that came on trays rather than an Intel box that included a heatsink/fan.... > Read more
The fastest black PPGA Celeron available but unfortunatly still with a slow 66MHz front side bus (FSB). When the 333MHz Celeron was new, the 66MHz FSB was adequate. I guess the Celeron in the range of 500 - 550MHz could benefit nicely from a 100MHz front-side-bus but that's how thing go with a budge... > Read more
Unlike the Celeron at 500MHz or 533MHz this one has been made with the so called 'Coppermine' core. It's made on a 180nm manufacturing process and because of this it can run at higher clock frequencies with less voltage.
The Coppermine CPU's on socket 370 are also FC-PGA rather than PGA. FC stand... > Read more
Like the 566 and 600 model but faster and still with the slow 66MHz bus. Luckily the Celeron was quite energy efficient so it was not bad for notebooks.... > Read more
I can't really say anything about this CPU. Just like the 566, 633 and 667 models they were probably sold in quite some quantities but in reality they got out-performed by AMD's Duron.... > Read more
Both the Celeron 667 and the Pentium III 667 are made using a 180nm Coppermine core. The difference can be found in the front side bus and L2-cache size. Let's see how this affects the performance in the benchmarks.... > Read more
An engineering sample Celeron with an 100MHz front side bus. Luckily Intel stopped increasing the multiplier of the older 66MHz bus versions because they will eventually reach a point that the front side bus is getting to slow.... > Read more
An ordinary, run of the mill, Celeron CPU. Not very spectacular, not the slowest (533MHz) in it's line nor the fastest (1100). These usually ended up in budget systems could run Office applications fair enough 
.... > Read more
The first Celeron with 100MHz bus. The 766 model was starting to lack bandwidth due the slower 66MHz bus, and AMD's Duron was rocketing along with far greater performance. Intel tried to close the gap a bit by using a faster bus.... > Read more
A Celeron at the 1GHz mark; a good thing for marketing and business. The processor did it's job but was nowhere as fast as a Duron.... > Read more
No, this is not a 'Tualatin' as many would think because they see a heatspreader. This is a FC-PGA2 'Coppermine' CPU which is also known as the Coppermine-T. As since all FC-PGA2 CPU's have a heatspreader, this CPU has one too.
A little story on the PPGA, FC-PGA and FC-PGA2:
PPGA stands for Plas... > Read more
A qualification sample of Intel's Celeron 1100 with 'Tualatin'-core. It runs at 1100MHz and doesn't need as much voltage as the older Pentium III / Celeron CPU's because the Tualatin is made with the 130nm manufacturing process.... > Read more
I have another Celeron 533 with the same sSpec number. The one I had didn't work so I decided to go for another CPU. Besides being identical this 533 is made in the 6th week of 2002 which makes it a pretty late model for a Mendocino-core based Celeron. Back ... > Read more
A very late Intel Celeron 1.8GHz engineering sample. The Willamette core was released in 2000 and this sample, with the last Willamette-revision (E0) is from 2002! ... > Read more
An engineering sample of a not-so-very-speedy Celeron. This Celeron is based on the same core as the Pentium 4 Willamette but only has 128KB L2-cache instead of 256KB L2-cache. Because the 'Netburst' architecture has a long pipeline a big L2-cache is useful and this CPU doesn't have a big L2-cache; ... > Read more
A new version of the Celeron; the 'Tualatin' made on the 130nm process with 256KB L2-cache. It out-performs both the Celeron and more expensive Pentium III with the 'Coppermine' core. It's a fine CPU but by the time it was sold (this CPU is from 19th week of 2002), better CPU's we're available. Both... > Read more
Like the Intel Celeron 1100A but 100MHz faster and about half a year newer.... > Read more
Just a Celeron at 1700MHz; not much spectacular and perfomance wise. Perhaps only interesting for Office applications.... > Read more
As opposed of this Celeron 1.8, this one is a normal production version.... > Read more
A 2GHz Celeron with a little L2-cache. Nothing spectacular and only suitable for light Office work.
For this CPU it's the same as with the Celeron 2.2 GHz; I can't really think of a reason to buy this kind of CPU halfway 2003.... > Read more
One of the last Celeron 'Northwood' iterations. It's brother ticks at 2800MHz and all higher clocked Celeron CPU's are based on Prescott (90nm, max. 3,33GHz) or Cedar Mill (65nm, max 3,6GHz).... > Read more
This CPU was made during the 41th week of 2003. Consider that the 3,06GHz Pentium 4 was available at the end of 2002 and CPU's like 2,66 ~ 2,8GHz Pentium 4 or Athlon XP 2600+ were more than mainstream. Because the Celeron with Northwood core was never a good performer (in mainstream, some light offi... > Read more
Just like this Celeron 2.2GHz but 200MHz faster. This 2400MHz part is has been made in the end of 2003 when much faster parts like the Athlon64 3200+ and Pentium 4 3GHz were already available.... > Read more
Based on the Conroe-L core. It's basically a single-core Core 2 Duo CPU with less L2-cache and a slower FSB.
As far as I know there is no production version/model of this CPU available. The fastest Celeron in this series is the Celeron 450, running at 2.2GHz.
My ASRock P45XE detects it as 'Gen... > Read more
Identical to the this Celeron 440 but one step slower.... > Read more
The second fastest Celeron (if you don't count engineering samples) with the Conroe-L core. It run's at 2GHz with just one core.
This CPU was sold at a low price and found it's way in low-budget systems. In practical terms it would outperform a Pentium 4 3GHz but in 2007/2008 it would've been nic... > Read more
List of objects with the same chipset
Vendor
Name
Trans.
vCore
Date
Socket
sSpec
Intel
28,1M
1,65V
0013
Slot 1
SL3N6
Intel
28.1M
1.6V
0011
S370
SL3QA
Intel
28.1M
1,5V
0027
S370
SL46T
Intel
28.1M
1,5V
0018
S370
SL46T
Intel
28.1M
1.6V
0005
S370
SL3VH
Intel
28,1M
1,65V
0020
Slot 1
SL43E
Intel
28,1M
1,65V
0003
Slot 1
SL3H7
Intel
28.1M
1,7V
0048
S370
SL4PB
Intel
28.1M
1,7V
0043
S370
SL4NX
Intel
28.1M
1,65V
0040
S370
SL3W9
Intel
28.1M
1,65V
0042
S370
SL3VS
Intel
28.1M
1.65V
0022
S370
SL3XV
Intel
28.1M
1.65V
0026
S370
SL45W
Intel
28.1M
1,65V
0028
S370
SL3XW
Intel
28.1M
1,7V
0101
S370
SL4NZ
Intel
28.1M
1,65V
9948
Slot 1
SL3KW
Intel
28.1M
1,7V
0105
S370
SL4P9
Intel
28.1M
1.65V
0014
S370
SL45Y
Intel
28.1M
1,7V
0046
S370
SL4P2
Intel
28.1M
1,7V
0047
S370
SL4P8
Intel
28,1M
1,7V
0035
S370
SL4CG
Intel
28.1M
1,7V
0417
S370
SL52Y
Intel
28.1M
1,7V
0031
S370
SL4P3
Intel
28,1M
1,7V
0039
S370
SL3XY
Intel
28.1M
1.65V
0028
S370
SL3XZ
Intel
28.1M
1,7V
0051
S370
SL4P6
Intel
28.1M
1,65V
0036
S370
SL3Y2
Intel
28.1M
1,7V
0043
S370
SL4MB
Intel
28,1M
1,35v
0130
S370
SL53M
Intel
28.1M
1,7V
0136
S370
SL54P
Intel
28.1M
1,7V
0110
S370
QBC6ES
Intel
28.1M
1,7V
0112
S370
SL5GB
Intel
28,1M
1,7V
0040
S370
SL4CC
Intel
28.1M
1,7V
0123
S370
SL4ZJ
Intel
28.1M
1,7V
0110
Slot 1
SL4BV
Intel
28,1M
1,7V
0044
S370
SL4CB
Intel
28.1M
1,75V
0152
S370
SL633
Intel
28.1M
1,75V
0141
S370
SL5MQ
Intel
28,1M
1,75V
0044
S370
SL4SD
Intel
28,1M
1,7V
0049
S370
SL4ME
Intel
28.1M
1,75V
0130
S370
SL5UZ
Intel
28.1M
1,75V
0128
S370
SL5FQ
Intel
28.1M
1,75V
0118
S370
SL4C8
Intel
28.1M
1,75V
0142
S370
SL5XT
Intel
28.1M
1,75V
0201
S370
SL52R
Intel
28.1M
1,7V
0112
Slot 1
SL4BS
Intel
28.1M
1,75V
0225
S370
SL5QV
Intel
28.1M
1,75V
0124
S370
SL5QW
Intel
7.5M
2V
9824
Slot 1
SL2YN
Intel
7.5M
2V
9931
Slot 1
SL2YN
Intel
7.5M
2V
9816
Slot 1
SL2SY
Intel
7.5M
2V
9822
Slot 1
SL2YP
Intel
19M
2V
9847
Slot 1
SL32A
Intel
19M
2V
9845
Slot 1
SL2WN
Intel
19M
2V
9834
Slot 1
SL32B
Intel
19M
2V
9937
S370
SL36B
Intel
19M
2V
9940
S370
SL36C
Intel
19M
2V
9914
S370
SL35S
Intel
19M
2V
9850
Slot 1
SL37Q
Intel
19M
2V
9929
S370
SL3A2
Intel
19M
2V
9941
S370
SL37X
Intel
19M
2V
0008
S370
SL3BA
Intel
19M
2V
9935
S370
SL3BS
Intel
19M
2V
0020
S370
SL3EH
Intel
19M
2V
0012
S370
SL3FL
Intel
19M
2V
9938
S370
SL3LQ
Intel
19M
2V
9948
S370
SL3FY
Intel
19M
2V
0021
S370
SL3FZ
Intel
19M
2V
0206
S370
SL3FZ
Intel
19M
2V
9946
S370
SL3PZ
Intel
28,1M
0.95v
0707
BGA479
SL6SE
Intel
28,1M
1.7V
9941
mPGA495
SL3RF
Intel
28,1M
1,1v
0639
BGA479
SL6B8
Intel
28,1M
1,15v
0147
mPGA479 (P3-M)
SL5CG
Intel
44M
1,475V
0219
S370
SL5ZF
Intel
28,1M
1,15v
0105
mPGA479 (P3-M)
QEN8
Intel
28,1M
1,15v
0208
mPGA479 (P3-M)
SL5PL
Intel
44M
1,45V
0152
S370
QME2QS
Intel
44M
1,45V
0131
S370
SL5PU
Intel
44M
1,475V
0143
S370
SL5Y5
Intel
44M
1,5V
0205
S370
SL656
Intel
44M
1,5V
0226
S370
SL68P
Intel
44M
1,45V
0213
S370
SL5QL
Intel
44M
1,5V
0227
S370
SL5ZJ
Intel
44M
1,45V
0237
S370
SL6BY
Intel
44M
1,5V
0215
S370
SL64V
Intel
44M
1,45V
0229
S370
SL5XL
Intel
42M
?
9935
S423
Unknown
Intel
42M
~1,5V
0017
S423
QT69ES
Intel
42M
~1,5V
0017
S423
QT69ES
Intel
42M
~1,5V
0019
S423
QT69ES
Intel
42M
1,75V
0106
S423
SL4SF
Intel
42M
1,75V
0101
S423
SL4QD
Intel
42M
1,75V
0129
S478
SL59U
Intel
42M
1,75V
0118
S423
SL4WS
Intel
42M
1,75V
0040
S423
SL4SG
Intel
42M
1,75V
0116
S423
SL4WT
Intel
42M
1,75V
0140
S478
SL59V
Intel
42M
1,75V
0138
S478
SL5N8
Intel
42M
1,75V
0145
S478
SL5TJ
Intel
42M
1,75V
0036
S423
QAQ1ES
Intel
42M
1,75V
0205
S478
SL5UJ
Intel
42M
1,75V
0135
S478
SL5VH
Intel
42M
1,75V
0109
S423
SL57W
Intel
42M
1,75V
0145
S478
SL5TK
Intel
42M
1,75V
0240
S478
SL6BD
Intel
42M
1,75V
0243
S478
SL69Z
Intel
42M
1,75V
0229
S478
SL68C
Intel
42M
1,75V
0203
S478
SL5TK
Intel
42M
1,75V
0232
S478
SL68D
Intel
42M
1,75V
0210
S478
QJT4ES
Intel
42M
1,75V
0213
S478
SL5VJ
Intel
42M
1,75V
0152
S478
SL5VJ
Intel
42M
1,75V
0125
S423
QGU4ES
Intel
42M
1,75V
0211
S478
QJT3ES
Intel
42M
1,75V
0130
S478
SL5VK
Intel
42M
1,75V
0148
S478
SL5TL
Intel
55M
1,42V
0122
S478
Unknown
Intel
55M
1,5V
0148
S478
SL668
Intel
55M
1,3V
0304
mPGA479M
SL6J2
Intel
55M
1,5V
0150
S478
SL668
Intel
55M
1,5V
0240
S478
SL68Q
Intel
55M
1,5V
0312
mPGA479M
SL6FH
Intel
55M
1,5V
0148
S478
SL63X
Intel
55M
1,525V
0423
S478
SL7RU
Intel
55M
1,5V
0432
S478
SL6PK
Intel
55M
1,525V
0349
S478
SL6VY
Intel
55M
1,5V
0145
S478
QLE4ES
Intel
55M
1,5V
0220
S478
SL5YR
Intel
55M
1,525V
0326
S478
SL6SW
Intel
55M
1,5V
0227
S478
SL66R
Intel
55M
1,525V
0234
S478
SL6GQ
Intel
55M
1,525V
0542
S478
SL6VR
Intel
55M
1,5V
0138
S478
QHL6ES
Intel
55M
1,525V
0241
S478
QUJ5
Intel
55M
1,5V
0350
mPGA479M
SL6VB
Intel
55M
1,5V
0138
S478
QHL5ES
Intel
55M
1,5V
0151
S478
SL5ZU
Intel
55M
~1,5V
0341
S478
SL6VT
Intel
37,2M
1,5V
0202
S478
SL5YS
Intel
37,2M
1,5V
0215
S478
SL67Y
Intel
37,2M
1,5V
0213
S478
SL683
Intel
55M
1,5V
0331
mPGA479M
SL789
Intel
55M
1,53V
0206
S478
QLY8
Intel
55M
1,53V
0320
S478
SL6WF
Intel
55M
1,53V
0302
S478
SL6RZ
Intel
55M
1,525V
0312
S478
SL6EF
Intel
37,2M
1,525V
0331
S478
SL6Z3
Intel
55M
1,53V
0312
S478
SL6RZ
Intel
55M
~1,5V
0416
S478
SL6W4
Intel
55M
~1,5V
0349
S478
SL6W4
Intel
55M
1,5V
0313
S478
SL6SH
Intel
55M
1,525V
0241
S478
SL6EF
Intel
55M
1,525V
0323
S478
SL6Q8
Intel
55M
1,5V
0333
mPGA479M
Q223
Intel
55M
~1,5V
0428
S478
SL6VU
Intel
55M
1,5V
0336
S478
SL6ZY
Intel
37,2M
1,525V
0339
S478
SL6PN
Intel
55M
1,525V
0206
S478
QLB2ES
Intel
55M
1,525V
0247
S478
SL6EG
Intel
55M
1,4V
0245
S478
SL6DW
Intel
55M
1,5V
0420
S478
SL6W5
Intel
37,2M
1,525V
0330
S478
SL6WS
Intel
37,2M
1,5V
0245
S478
SL6PP
Intel
55M
1,5V
0337
S478
SL6VV
Intel
37,2M
1,525V
0333
S478
SL6WH
Intel
37,2M
1,525V
0305
S478
QWK0ES
Intel
37,2M
1,525V
0411
S478
SL6PE
Intel
55M
1,525V
0226
S478
QNE2
Intel
37,2M
1,525V
0324
S478
SL6S3
Intel
37,2M
1,525V
0344
S478
SL6PE
Intel
55M
1,5V
0323
S478
SL77S
Intel
55M
1,5V
0332
S478
SL77S
Intel
37,2M
1,525V
0422
S478
SL6WJ
Intel
37,2M
1,525V
0414
S478
SL7EY
Intel
37,2M
1,525V
0352
S478
SL6QB
Intel
55M
1,5V
0424
S478
SL77T
Intel
55M
1,5V
0324
S478
QYF7
Intel
55M
1,53V
0324
S478
SL6WJ
Intel
55M
1,525V
0401
S478
SL6WK
Intel
55M
1,525V
0344
S478
SL78Z
Intel
37,2M
1,525V
0308
S478
QVV4
Intel
37,2M
1,525V
0252
S478
SL6S5
Intel
37,2M
1,525V
0309
S478
SL6S5
Intel
55M
1,5V
0347
S478
SL77P
Intel
55M
1,5V
0310
S478
SL726
Intel
37,2M
1,525V
0404
S478
SL6WG
Intel
291M
1.25V
0722
LGA775
SL9XP
Intel
291M
1.25V
0743
LGA775
SL9XN
Intel
291M
1.25V
0733
LGA775
SL9XL
Intel
291M
1.25V
0840
LGA775
SLAFZ
Intel
291M
1.25V
0641
LGA775
QXZY
Intel
230M
1,35V
0946
LGA775
SLGU4
Intel
230M
1.248V
0919
LGA775
SLB9T
Intel
230M
?
0831
LGA775
SLAPC
Intel
230M
1,35V
1029
LGA775
SLGTZ
Intel
230M
1.248V
0939
LGA775
SLGTL
Intel
230M
1,35V
0744
LGA775
SLAPB
Intel
230M
1.248V
1015
LGA775
SLGTK
Intel
230M
1.248V
1001
LGA775
SLGTK
Intel
230M
1,35V
0843
LGA775
SLB9Y
Intel
230M
1.248V
1038
LGA775
SLGTJ
Intel
230M
1,35V
0927
LGA775
SLGU9
Intel
230M
?
0949
LGA775
SLGUH
Intel
230M
1,35V
1050
LGA775
SLGTE
Intel
230M
1.248V
1045
LGA775
SLGTH
Intel
230M
1,35V
0932
LGA775
SLGTD
Intel
230M
?
1015
LGA775
SLGUG
Intel
230M
1.248V
1108
LGA775
SLGTG
Intel
?
?
1135
LGA2011
QBLY
Intel
1.4B
1.3
1218
LGA1155
SR0P1
Intel
1400M
1,35V
1348
BGA1023
SR0T5
Intel
?
?
1405
LGA2011
SR1AX
Intel
?
?
1539
LGA2011
SR1AH
Intel
?
?
1339
LGA1155
SR10K
Intel
?
?
1333
LGA1155
SR10L
Intel
?
?
1246
LGA2011
QE5F
Intel
?
?
1324
LGA2011
SR1A6
Intel
?
?
1326
LGA1155
SR10H
Intel
?
?
1331
LGA1155
SR163
Intel
1.4B
1.3
1335
LGA1155
SR0T9
Intel
?
?
1324
LGA1155
SR0UF
Intel
?
?
1336
LGA1155
SR0RG
Intel
?
?
1354
LGA1155
SR0RH
Intel
?
1,2125V
0744
mPGA478MN
SLAEC
Intel
169M
1.248V
0719
LGA775
Q6BU
Intel
169M
1.248V
0705
LGA775
SLA3J
Intel
?
1,2125V
0805
mPGA478MN
SLA4J
Intel
169M
1.248V
0702
LGA775
QYRJ
Intel
291M
1.25V
0706
LGA775
SL9TB
Intel
169M
1.248V
0805
LGA775
SLA8Z
Intel
169M
1.248V
0716
LGA775
SLA3H
Intel
169M
1.248V
0843
LGA775
SLA8Y
Intel
291M
1.25V
0803
LGA775
SLA95
Intel
169M
1.248V
0832
LGA775
SLA8X
Intel
?
?
1334
LGA775
SLAQZ
Intel
291M
1.25V
0733
LGA775
SLA94
Intel
?
?
1439
LGA1150
SR1S6
Intel
?
?
1332
LGA1150
SR1CN
Intel
?
?
1548
LGA1150
SR1CG
Intel
?
?
1314
LGA1150
SR14F
Intel
?
?
1629
LGA1150
SR1NB
Intel
?
?
1549
LGA1150
SR1K7
Intel
?
?
1539
LGA1150
SR1V0
Intel
?
?
1402
LGA1150
SR14E
Intel
?
?
1436
LGA1150
SR1QJ
Intel
?
?
1342
LGA1150
SR1NP
Intel
?
?
1407
LGA1150
SR1PJ
Intel
?
?
1639
LGA1150
SR1PK
Intel
504
?
1118
LGA2011
QA80
Intel
504
?
1033
LGA2011
Q0A4
Intel
504
?
1201
LGA1155
SR05H
Intel
504
?
0144
LGA2011
QBV3
Intel
504
?
1124
LGA1155
SR0GR
Intel
504
?
1248
LGA1155
SR0S8
Intel
504
?
1124
LGA1155
SR07T
Intel
504
?
1203
LGA2011
SR0KV
Intel
504
?
1152
LGA1155
SR00S
Intel
504
?
1136
LGA1155
SR05S
Intel
504
?
1122
LGA1155
SR05P
Intel
504
?
1228
LGA1155
SR059
Intel
504
?
1141
LGA1155
SR00D
Intel
504
1,35V
1333
LGA2011
SR0L9
Intel
504
?
1147
LGA1155
SR05Q
Intel
504
?
1305
LGA1155
SR0RS
Intel
504
?
1245
LGA1155
SR058
Intel
504
?
1205
LGA1155
SR02L
Intel
504
?
1203
LGA1155
SR05C
Intel
504
?
1239
LGA1155
SR057
Intel
504
?
1232
LGA1155
SR05Y
Intel
504
?
1227
LGA1155
SR05W