03. juni 2002 - 17:14Der er
25 kommentarer og 1 løsning
Ny CPU viser forkert clockfrekvens
Jeg har lige købt ny CPU (1800xp amd), som jeg har udskiftet med min gamle T-bird 850mhz. Desværre står den kun som en 1,28 mhz proccessor under egenskaber. Hvad skal jeg gøre for, at få den "rigtige" clockfrekvens frem. Jeg mener, at det er 1533mhz???
System:
1800xp AMD Geforce3 ti200 InnoBoard (ViaKT266-A med 200mhz og 266mhz system bus) soundblaster live! 256 DDR PC2100
det er heller ikke umuligt at du har en ældre bios udgave og ikke kan køre meget højere end de 1280mhz.. så skal der en bios upgrade til.. men det er lidt usansynligt..
sikker på at dit bundkort kan klare sådan en stor processer ! Det tror jeg nelig ikke den kan. !!!
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03. juni 2002 - 17:26#7
Du skal bruge en jumper, som står her: Reviews -> Motherboard -> Review of InnoBoard BD-7300D KT266A motherboard
Review of InnoBoard BD-7300D KT266A motherboard - Vincent, 16th Mar 2002 BIOS AND OVERCLOCKING
The BIOS is an AWARD bios, so most people should be familiar with the features found in this software. However, every board usually comes with something little extra, and this board is of no exception. If you look at the screen above, the trueblue anti-burn shield may sound a little sophisticated so let's start the discussion on the bios with this screen first.
As you can see from the above, the TrueBlue Anti-Burn Shield may sounds a mouthful but it's nothing really more than the PC Health feature. Basically it shows you the temperature, voltages and some safety settings that you might want to enabled. Not really different here compared to other boards, except for that mouthful long name.
But what was really amazing that could even get the attention of some other motherboard manufacturers is this feature called the Overclocker Overclocking. What it does is that it actually runs some programs behind that will determine how far FSB you can go! In other words, you can still do some trial and error if you like, but you can also sit back and let the BIOS determine the highest FSB you could go. We all know that some boards gives you a host of overclocking features only to have the manual stating all the disclaimers that they don't encourage overclocking, blah, blah, blah. But over here, not only they don't have a disclaimer, they outright put an overclocking feature telling you to use it.
See the Overclocker Overclocking feature?
When you have stuff like this, one question is how accurate would be the BIOS? If my system has the potential to reach 160FSB, but the BIOS says the best it could go is 140FSB, then this feature ain't any good. So we did a little test with the 1.33Ghz TB. Using the overclocker overclocking feature, the program would do some checking and eventually stop and tell us the highest our test system could go:
Test using a 1.33GHz TB
In the test above, the PC hang after it detected that 152Mhz is the highest it could go. Upon rebooting the system, the CPU clock is shown to be 148Mhz, which we have no problems getting into windows and passing some stability programs. We raised the FSB manually to 153Mhz, and indeed it couldn't load windows. Changing the CPU multiplier from 10x to 11x yields a max of 145Mhz, which upon rebooting, shows a recommended 141Mhz. Unfortunately for this case, we couldn't get into windows even at the recommended 141Mhz and only able to get into windows at 140Mhz.
We don't intend to test blood out from this feature, but it works decent enough to give you a rough indication on how high you could go. Newbies who are afraid of overclocking due to the numerous variables can now rest their worries with this feature and let the BIOS determine for them. All time overclockers may still want to do a little experiment by adjusting some other settings, so this feature may be less useful to them.
If you look at the 3rd picture from the top, you will notice that you can't adjust the CPU muliplier from the BIOS and you have to do it via dip switch SW1. There is also a host of skew adjustments which were not explained in the manual. The DDR section of the bios however has all the standard settings that you can adjust to make your system performs better
If you look at the 3rd picture from the top, you will notice that you can't adjust the CPU muliplier from the BIOS and you have to do it via dip switch SW1.
Det er lidt svært da jeg ikke har en manual, men der plejer da at stå hvordan man gør og hvordan jumperne skal sidde til de forskellige ting. Gør der ikke det i din manual ?
OK, Oz...jeg er lidt urimelig, men jeg er lidt usikker på det her, da det er første gang jeg prøver. Håber, at du forstår :)
Jeg tror, at det er denne her: SW3 indstiller CPU External Settin (SW3) Er det FSB?
SW1 er multiplier (man ganger FSB med multiplier?)
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03. juni 2002 - 18:04#19
SW3 må være den der bestemmer om du vil sætte den op eller om bios skal gøre det.
Hvis nu du kunne sætte den til 1800 MHz så skulle den SW1 sættes til gange 100, men du vil nok køre med 133 (tror jeg det var) og så skal du sætte den til 12 eller 13 gange for at ramme der i nærheden.
Og jeg forstår fuldt ud at du er nervøs. Det er jeg også altid, da man ikke må lukke røgen ud af cpu'en, så virker den ikke mere. Så gør det med omtanke og check igen og igen til du mener at det er rigtigt.
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03. juni 2002 - 18:05#20
Hvis nu du kunne sætte den til 1800 MHz så skulle den SW1 sættes til gange 100
Oz, Det funger nu! Jeg satte SW3 til 133mhz og resten styrede BIOS selv. Den er nu på 1,54Ghz, så det er jo perfekt!
Tak for hjælpen!
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03. juni 2002 - 22:34#26
Selv tak og tillykke med det.
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