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486 Still complete well service can do as Linux server. But sometimes
it is skilful if you exactly that beetje can press more speed there
from. Overklokken with old-fashioned 486 heatsink do not succeed this
way fast, however with the heatsinks and coolers which sit nowadays on
socket 370 Celerons succeed it better. Only jammer that they are not
appropriate...
In this Article tell I how you can glue such heatsink still and
how you 486 about beetje must overklokken. Moreover works
lijm-truc also for the overklokken of graphic chipsets which have
heatsinks still no and coolers.1. How do I go work?
The following tools need
you: middeltje to make koelpasta and Bison montagekit the
oppervlak of the CPU vetvrij (alcohol or a bad aftershave), a beetje.
On each angle of the CPU you do a stopper montagekit. Not
surplus, there has you only charge of. Also not too little,
differently the heatsink thunder soon omlaag (at least if you do not
have tower, in desktop model of course, or you you must desktop on its
head or have they side stand); -)
When you have this done lubricate you in the middle of the CPU
what koelpasta. Applies: especially not too much.
The aim of koelpasta is improve the contact between the heatsink
and the processor (and with that the warmth transfer) by filling up
surfaces minescule bubble Len in the processor and heatsink.
Reduced at dikke low koelpasta on the other hand the warmth
transfer.
Hereafter you can place the heatsink on the CPU. There
after to look that it is well bonded you can place the bests a
considerable number of study books balanced. Why study books?
Nou, that stands nevertheless something stoerder then a battery
daisy kookboeken... The adhesive now lets dry a couple uurtjes.
A cooler is not with such heatsink for 486 in fact necessary,
but we were busy him concerning clock: thus place that thing.
In my case the CPU are 486DX/133 (AMD 5x86-P90). These CPU
can obtain 150 and 160 MHz. I have heard of cases in which 200
MHz were even obtained...
2. How do I have overklokken?
Because everyone is not confessed with overklokken follows
here a short explanation with 486 as context. 486DX twists on
the same speed as the moederbord. 486DX/2 twists on double speed
such as the moederbord (if the moederbord twist for example on 33 MHz,
then the CPU on 66 MHz). 2 In DX/2 stands thus for ' multiplier
'. 486DX/4 twists on the 3x speeds of the moederbord (nicely
confusing chosen type number) and 5x86 of AMD also is indicated as
486DX/5 and those draat on the 4x speeds of the moederbord.
Now you can the CPU overklokken by the moederbordsnelheid (FSB)
raising to raise. In the case of DX/4 and DX/5 you can change
also the multiplier and this is sometimes very also profitable.
For example: My CPU are possible both on 160 (4x40) and
150 (3x50) MHz become overgeklokt. This last possibility is
probably in contrast to your thought more rapidly that the first:
if you the moederbord raise speed raised, you also Pci-bus the
speed, with thereby Ide-controller, video cards etc.
To Pentiums and higher applies approximately the same, with
thereby the difference that the moederbord snellheid surplus cannot be
raised, because then memory or devices on the PCI and Agp-bus is not
possible it at legs and that is many CPU ' multiplier-locked ' so that
you cannot modify the multiplier. Rot-streek. What
moreover very important is, is that you test the affair on stability:
burn-in test its thus certain to advise.
Much more I do not want lost concerning overklokken, because
there are enough sites which treat this. Oja, it you CPU can
damage and/or moederbord and devices. But in the case of 486 you
about that nevertheless no tear would have leave... I want give
an extra warning for the koelpasta. It seems (or it is hoax?)
rather carcinogenic to be. I weet or this also already at
contact are not, but or only at inhale/swallow nevertheless:
orphan voorzichting and was you hands after use.
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On each angle of the CPU you do a stopper montagekit. Not
surplus, there has you only charge of. Also not too little,
differently the heatsink thunder soon omlaag (at least if you do not
have tower, in desktop model of course, or you you must desktop on its
head or have they side stand); -)
When you have this done lubricate you in the middle of the CPU
what koelpasta. Applies: especially not too much.
The aim of koelpasta is improve the contact between the heatsink
and the processor (and with that the warmth transfer) by filling up
surfaces minescule bubble Len in the processor and heatsink.
Reduced at dikke low koelpasta on the other hand the warmth
transfer.
Hereafter you can place the heatsink on the CPU. There
after to look that it is well bonded you can place the bests a
considerable number of study books balanced. Why study books?
Nou, that stands nevertheless something stoerder then a battery
daisy kookboeken... The adhesive now lets dry a couple uurtjes.
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