sockets 4, 5 & 7

[Gompy58]

Vraagje

In welke mate zijn proc's onderling verwisselbaar?

Heb hier liggen,
p60
P75
2x P133
P166mmx

Nu zat ik me af te vragen of ik die 133 zonder het riskeren van "rook"schade in dat 75 board zou kunnen prikken.

Die P75 komt van een oude escom bak met intell zappa boardje & die 133 komt uit een ori compaq XL 5133

Echter de 133komt van een socket 5 en de p&5 heeft een socket 7 geloof ik...


In welke mate kan ik nu gewoon swappen met die processoren ? Zo op het eerste oog lijken ze het zelfde.....

[Verwijderd]

volgensmij gaat dat niet een socket 7 proc gaat alleen in een socket7 board met 5 enz. net zo

[tazzman]

Ik vat um hier ff niet.. je hebt een Socket 5 Pentium 133? Erhm was Socket 5 niet voor 486 CPU's ofzo? Dacht dat S5 -> 486 was en S7 voor Pentium's (met uitzondering van die P60 was das een veel groter apparaat).. ik kan me natuurlijk ook vergissen

[Verwijderd]

ja klopt ik heb hier ook 2 p133's allebij op socket 7

socket 5 is voor 486 (veel groter)
volgensmij ook nog een oudere socket voor de oudere 486 ? de sx type's ?
socket 5 voor dx2 en dx4 ?

[Gompy58]

heb de kast voor de zekerheid nog maar es opengetrokken en ut is toch echt een socket 5.....

[Wekkel]

Volgens mij is een Socket 5 alleen Single voltage en een Socket 7 ook Dual voltage, dus MMX voorbereidt. Als je een 75 Pentium in een socket 5 kan draaien, kan je een 133 zonder MMX dus ook in een Socket 5 gooien. Of je 'm op 133 kan krijgen is maar de vraag, maar werken doet het wel. Je MMX 166 in een Socket 5 gooien is riskant, omdat die wel Dual voltage nodig heeft.

[Chemist]

Kep het even opgezocht bij www.pcmech.com en daar vond ik :

Socket 1
This is an old slot. Its found on 486 motherboards and supports 486 chips, plus the DX2, DX4 Overdrive. It contains 169 pins and operates at 5 volts. The only overdrive it will support is the DX4 Overdrive.

Socket 2
This Intel socket is a minor upgrade from the Socket 1. It has 238 pins and is still 5 volt. Although it is still a 486 socket and supports all the chips Socket 1 does, it has the minor addition of being able to support a Pentium OverDrive.

Socket 3
Another Intel socket, containing 237 pins. It operates at 5 volts, but has the added capability of operating at 3.3 volts, switchable with a jumper setting on the motherboard. It supports all of the Socket 2 processor with the addition of the 5x86. It is considered the latest of the 486 sockets.

Socket 4
We move into Pentium class machines with the Socket 4, by Intel. This socket has 273 pins. It operates at a whopping 5 volts. Due to this voltage, this socket basically had no where to go but the history books. It only supports the low-end Pentium 60-66 and the Overdrive because these chips are the only Pentiums operating at 5 volts. Beginning with the Pentium-75, Intel moved to the 3.3 volt chip.

Socket 5
This socket operates at 3.3 volts with 320 pins. It supports Pentium class chips from 75MHz to 133MHz. Newer chips will not fit because they need an extra pin. Socket 5 has been replaced by the more advanced Socket 7.

Socket 6
You might think this is a nice Pentium socket class, but it is meant for 486's. It is only a slightly more advanced Socket 3 with 235 pins and 3.3 volt operation. This socket is forgotten. The market never moved to use it because it came out when 486's were already going of out style and manufacturers couldn't see pumping money into changing their designs for a 486.

Socket 7
Socket 7 is the most popular and widely used socket. It contains 321 pins and operates in the 2.5-3.3 volt range. It supports all Pentium class chips, from 75MHz on up, MMX processors, the K5, K6, K6-2, K6-3, 6x86, M2 and M3, and Pentium MMX Overdrives. This socket is the industry standard and is being used for sixth-generation chips by IDT, AMD and Cyrix. Intel, however, decided to abandon the socket for it's sixth-generation lineup. Socket 7 boards incorporate the voltage regulator which makes voltages lower than the native 3.3 volt possible.

Socket 8
This is a high-end socket used primarily for the Pentium Pro. It has 387 pins and operates at 3.1/3.3 volts. This socket only handles the Pentium Pro. It is designed especially to handle the dual-cavity structure of the chip. Since Intel decided to move on to Slot 1, the Socket 8 is a sort of dead end, although there are plans to release a Pentium II overdrive for it.

Slot 1
Intel completely changed the scene with this slot. It, instead of accepting the usual square chip with pins on the bottom, takes the processor on a daughtercard. The daughtercard allows fast communication between the processor and the L2 cache, which lies on the card itself. The slot itself has 242 pins and operates at 2.8-3.3 volts. For more info on this, check out the Pentium II information here. The Slot 1 is used mainly for the P2,P3 and Celeron, but Pentium Pro users can use the slot by mounting their processors in a socket 8 on a daughtercard which is then inserted into the Slot 1. This gives Pentium Pro users the ability to upgrade later.

Slot 2
A chip packaging design used in Intel's newer Pentium II chipsets, starting with the Xeon CPU. While the Slot 1 interface features a 242-contact connector, Slot 2 uses a somewhat wider 330-contact connector. The biggest difference between Slot 1 and Slot 2, though, is that the Slot 2 design allows the CPU to communicate with the L2 cache at the CPU's full clock speed. In contrast, Slot 1 only supports communication between the L2 cache and CPU at half the CPU's clock speed.

Slot A
This is the new proprietary slot design AMD decided to use with the Athlon processor. Design wise, it is similar to the Slot 1. But, Slot A uses a different protocol, called EV6. Using this bus protocol, which was created by Digital, AMD can increase the RAM to CPU data transfer to 200MHz, giving us a 200MHz frontside bus. AMD had to use their own Slot design since Intel had effectively patented the Slot 1 design so that AMD could not use it. Now, with the Athlon becoming more popular, more and more Slot A boards are coming out so that systems based on the Athlon are becoming more common.