Thread: ASUS A7V8X-X bios update

Hi everyone...

I have an ASUS A7V8X-X plate, 2 plates DDR400 (PC3200) 521, and a micro that "appeared" as: Athlon MP 1500 + and always worked at 1333 MHz (133x10)

A few days ago I started reading about the overclocking, and stung me curious... The point is that I went into the BIOS (I have updated to version 1012) and changed speed to 1667 MHz micro restart and booted without problems...
But watching the temperature and controlling how things work, I realized I had changed so much the brand as the model of micro ...

Now listed as micro Sempron 2400 + running at 1667 MHz... Researching a bit on the internet I read that the board sometimes poorly identified models micros...

The thing is that I was going to stay with the plot, and then proceeded: disarmament machinery and I looked at the micro-labels, and ... surprise!

Sempron and below, between a bunch of numbers, SDA2400DUT3D (I think it was exactly like this) Anyway, as I do not know anything about these matters tell me to see if someone can guide...

Turning clean everything, and if anyone can answer:
What got micro?

In the BIOS, the chosen speed (1667 MHz) I see red ... Will that speed does not support this motherboard, or simply trying to scare me..?

According to the ASUS, the temperature of the motherboard is about 33 degrees and 54 degrees of micro... Temperature testing other programs such as Everest, Motherboard Monitor, and one that I do not remember his name, give me the 3 temperatures: 33 º mother and 46 º micro ... So, which of all hope?

At the moment I have the micro to 1667 MHz, which I hope is still alive... In the BIOS I get the chance to climb up to 2000 MHz, but when I did and I was starting Windows XP a blue screen shot... Will this finally will have something to do with the voltage of the micro? Should we rise to run a 2000? Currently running at 1.6v (this value will never touch)

Greetings to all

Sempron is if it says in the same process no doubt.

It is common in windows to happen when you lack the core voltage or memos or chipsets, you have to upload it, TB has to be delayed reports (instead appears as you leave 266 ddr 400 so they can climb) I think this board has the KT400, so the FSB has to be matched, you have to go from 133 to 166 and then to 200. And finally hitting a bios update to the board never OTHER.

The initial Sempron Athlon XP Thoroughbred was some that I just changed the name. The board is to assign the name when running a Athlon 1333 and a Sempron if faster. But that's not going to affect you.

Hi, thanks for the reply...

I tried commented that the voltage of 1.6 (as default) to 1.75 but still blue screen errors!

The chip board is KT400, and the BIOS are updated.

When pushing the fsb to 200 is where I get error, to 166 works well.

I think there may be the voltage of the memory or the chipset but the truth I do not know how to change it.

Well, greetings and thanks

That memory? wave should not have problem with the reports in relation to voltage, but up 2.8 ddr Try more or less, not because I do not want to lose your memories made my fault, but before you get your hands, do memos that you have, make and model for better guidance.

In regard to the type of process, if you leave in the same process model, this really and ultimately could be the temperature that you're giving these blue, plus the sensors are not 100% accurate and even some words are very far from reality, also find that 54 degrees is too much, mine runs at 30.

Greetings

At this moment I'm on my PC, I'm at work...

My memory is DDR400 (PC3200) 512 (I have two modules) is a brand Kingston and the other is generic.

When you come to my house could give you more specific details of the memos.

Regarding temperatures scared me a little... Yesterday arrives without requiring a lot of PC at 60 degrees…

Today I will see if I can buy a better heat sink…The latter is more important a good or a good heatsink cooler?

Greetings

As personal prefer a cooler to walk on the 3000rpm would be nice, I have a termaltake to go to 2800rpm and I am going to split the temperatures that you mention. and he said it appears the bios back if you accept there should be no problem, but the first thing overclocked to start is to have a good heat dissipation, (Tell, clean sink, heatsink paste on the process, in good cooler the micro, air extractors, etc.), I hope your information.

Greetings

Then sold a Sempron 2400 +…the socket A Sempron is heating ... 60 degrees is the limit of sane you can give, Sempron burn as those at 90, much the Athlon ... tries have often seen in the ram ... cpu with windows you can see it from ... would be good to look at the power you have, I remember your plate is not integrated, then you have a video card, maybe that, coupled with the processor consumes, you are leaving the source of powerful short both to overclock (200 * 10).

Well guys, thanks for the replies... Indeed, my motherboard has no onboard video so I have a GeForce4 MX 4000 128 mb.

The frequency of the RAM is 166 MHz and then I get something like FSB: DRAM 1:1 I think (almost sure) that the problem came with the power... Was very small, had a 250w (I did not know, sorry ...)

Just today, almost by chance, I changed the source by a 400w, so let's see, maybe now works... On the other hand, the times I tried to speed up the 2000 MHz bus I see that I still like this: 200/40

"I believe" the number 40 is often referred to PCI (which I can not lock on my plate) and I think that the error can be so...

Well, I'm going off. I will try again now with new source... As to what I asked about the source, next to 12v says 10A (or that it is)

The latter is the source of 250w, the new set I still do not...

Well, greetings, and then tell me it was like.

If man is indeed the same, should the frequency of the blocker and overclock before applying, because besides you can be unsettled port or any device you have as your vga, you must leave the pci at 33.3 MHz and in the 66.6 MHz, if I'm wrong someone please correct me.

The issue is that my motherboard will not let me lock the PCI frequency, so when I upload the bus goes up the frequency and hence no longer turn...

Respect to temperature, he put a cooler in the back of the cabinet to remove air, and under 7 to 9 degrees temperature.

So I do not know which to believe... The only strip that is a different temperature (I thought it was the post because of the motherboard ...)

It also means that the temperature in the BIOS matches…

Well I think the problem is because you are changing the speed of the PCI bus, which by default is something like 33.

The motherboard manual says that the data actually XXX / XX in the CPU External Frequency concerns VEL. BUS / VEL. PCI, so I put the PCI 40 is serious; you're going to hurt something with that value. So, unless you get a MoBo with a chipset that if you lock the PCI, you can not upload it to 2GHz.

Why do not fans of the old trick of the pin mod? To that I "overclock" CPU socket A that I had, just choose from the left side of this page WORKSHOP, then select the guide (Interactive Pin-Mod guide to XP, T-Bred, Barton processor or as you have) and then specifies the data bus speed, multiplier, velocity, and so on.

Eye view to identifying good choice (from the CPU from the socket, etc) for not going to put the wire to take a different perspective to the one you want. If in doubt, do not come until the DMZ, not going to burn the CPU...

You can also free the memory cache that is, transforming it from a xp semprom-mobile, it will increase the performance enough, you only need a needle, a magnifying glass, a graphite pencil thin, and light pulse. But beware that some boards when you clear runs the process with the highest multi. This lets you not starting well. So choose the right multiplier.

Once you get the mod scotch or something to not let the graphite, you can also take paint silver or copper such that sell Defrost for repair of cars.

So if they do not have nforce2 boards, that chip is not yours. With respect to temperature is the rustic helps a lot, tries to play down as much as possible cooler. In any case these processes hold great temperature (100 º C as I think) but the ideal is not to pass the 60 for everyday use.