How to Overclock an AMD Duron 1 GHz

  • Thread starter Thread starter Saint
  • Start date Start date
Click For Summary

Discussion Overview

The discussion revolves around the feasibility and methods of overclocking an AMD Duron 1 GHz processor, including considerations for other CPUs like the Celeron. Participants explore technical aspects, potential risks, and the comparative performance of AMD and Intel processors.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Mathematical reasoning

Main Points Raised

  • One participant inquires about the possibility of overclocking an AMD Duron 1 GHz, noting the lack of BIOS support for this feature.
  • Another suggests connecting bridges on the chip to unlock multiplier options for overclocking, providing a link to a tutorial.
  • A question is raised regarding the electrical conductivity of lead used in the overclocking process.
  • Several participants discuss the challenges AMD faces in competing with Intel regarding clock speed, with some asserting that both companies have processors rated at 3 GHz.
  • One participant clarifies that AMD uses performance ratings, indicating that their processors may not operate at the stated clock speeds.
  • Another points out that AMD processors can execute more instructions per clock cycle compared to Intel's, suggesting a complexity in performance comparisons beyond just clock speed.
  • Concerns are expressed about the risks of overclocking, including potential overheating and reduced CPU lifespan, with one participant recommending purchasing a faster processor instead.
  • Another participant shares personal experiences with overclocking, noting that some CPUs may handle overclocking better than others and that success can depend on the specific chip.
  • One participant mentions that lower speed chips may be more reliably overclocked than higher speed ones.
  • Another suggests a cautious approach to overclocking, recommending limits on the percentage increase in speed.
  • One participant states that their motherboard does not support overclocking, indicating a limitation in their ability to pursue this option.

Areas of Agreement / Disagreement

Participants express a range of views on overclocking, with no consensus on the best approach or the reliability of different CPUs when overclocked. Disagreements exist regarding the performance capabilities of AMD versus Intel processors, as well as the risks associated with overclocking.

Contextual Notes

Some participants highlight the variability in CPU performance and the potential for failure when overclocking, noting that factory testing may influence the overclocking potential of individual chips. Limitations in motherboard capabilities are also discussed.

Saint
Messages
438
Reaction score
0
I got an AMD Duron 1 GHz,
can I overclock it?

My motherboard Bios program does not offer feature to overclock .
 
Computer science news on Phys.org
You'll need to connect some bridges on the front of the chip with either a lead pencil or with solder. Then in your bios the multiplier option will be unlocked and you can adjust to overclock. Here is a tutorial.

http://www.amdworld.co.uk/oc2.htm
 
Last edited:
How can we make sure the electrical conductivity of lead is good ?
 
Just want to ask, why AMD can not catch up with Intel in terms of clock speed? What difficulty does AMD face in its technology ?
 
Just want to ask, why AMD can not catch up with Intel in terms of clock speed? What difficulty does AMD face in its technology ?

What makes you think they can't? They both have a 3ghz processor.
 
Originally posted by Greg Bernhardt
What makes you think they can't? They both have a 3ghz processor.


AMD claims the performance is 3GHz, but actual clock speed is <3GHz.
 
What makes you think they can't? They both have a 3ghz processor.
Well, no. AMD is using performance ratings. Their 3000+ runs at like 2500mhz.

Saint, its not quite as simple as just mhz rules. AMD processors can execute more instructions per clock cycle than Intel's. Intel's p3 can execute more instructions per clock cycle than the p4. In general, the two are opposed to each other - Intel made a calculated decision with the p4 in lowering the efficiency of the chip in order to increase the clock speed. AMD's next chip will do the same thing.

Technologically, the two companies are very close and have been for the past 4 years.
 
I read that Intel will roll out 0.09micron processor, and the socket will change.

Therefore, please pull the break if you can wait to upgrade your PC.
 
can i do the same with my old 800 mhz celeron?
 
  • #10
My recommendation as a system builder is if you want to run your processor faster, buy a faster processor. They get hot enough as it is, and if you run them over-spec their lifetime is severly reduced. Also there is no guarantee that they will be error free; if your clock-cycle is shorter than the propagation time for the logic circuits, the cpu will not operate correctly. Although this is only a minor theoretical concern, the threat will increase as clock-speed increases.
 
  • #11
Personally, I have never seen a CPU die unless it was hit by lightning. Plenty of motherboards and video cards, loads of fans/CD-ROMs/hard drives, but no CPUs, and I've known plenty of people who overclock. Usually if the chip can't handle it -- either cause of heat or propagation delays -- the system will crash within minutes, an hour at most. In relatively few cases the system would crash sporadically every couple days.

Really if you want to overclock your CPU you should look online ( www.tomshardware.com[/url] , [url]www.anandtech.com[/URL] ) and see how overclockable the particular chip is. I had a Celeron 300A that I ran at 450 for years without the slightest problem; but some chips run hot enough they can't usually take even minor overclocking.
 
Last edited by a moderator:
  • #12
can i do the same with my old 800 mhz celeron?

Success at overclocking depends highly on the CPU. CPUs are rated for speed at the factory by testing them in batches. They are designed to be one speed say 1000Ghz and then tested for that speed, if they fail the test for some reason, they are dropped back to the next speed, say 950, and tested again. Your 800 may be a 1000 that failed a test or two for some reason. If this is the case you can safely push it forward in speed, but it may fail to perform properly for one reason or another. Then again, it may have passed the first test and already be performing at its peak and may not overclock well.

I have overclocked a celeron, they are a very good candidate for overclocking I took a 566 Celeron and raised the bus speed from 66 to 87.5 so it ran at about 750. I didn't even need to replace the fan. This is not too risky because Celerons generally run at a lower bus speed then they are designed to work with. The core of a Celeron is the same as the core of its sister Pentium chip, usually it has half of its cache disabled and/or runs at a slower bus speed. However, I think 800s based on the P3 core run at 100Mhz. which means it would have a 8x multiplier you might be able to increase it to 1000 by pushing up the bus speed to 125. There is a good chance that your current CPU fan can handle this, but you should check the make and model and verify this first. If you use software such as "CPUcool" to overclock, the software does some cooling by using timeout cycles, however these don't work during CPU intensive programs such as games and your CPU could still overheat.

If you want to overclock just to see if you can do it, go for it. But if you value the quality of your data, like J-man said, just upgrade your CPU.
 
  • #13
Originally posted by Artman
Success at overclocking depends highly on the CPU.
Good point.

I think Intel cpus are generally more forgiving of the heat than say AMD. Although I have run my 800MHz Thunderbird without the fan plugged in for 1 to 7 days, (not sure how long because I definitely didn't do it on purpose,) without even a heat shutdown. Also, the lower speed chips are more reliably run over spec, say a 300 MHz running at 500 MHz than a 2GHz running at 2.4GHz.

I have seen CPUs go belly up enough, not a lot but enough, to run them at what they are rated for.
 
  • #14
overclock by 10~20% higher speed, i think no problem,
do not overclock up to 40%.
 
  • #15
My motherboard does not support overclock, I can't do anything.
 

Similar threads

  • · Replies 1 ·
Replies
1
Views
2K
  • · Replies 40 ·
2
Replies
40
Views
5K
  • · Replies 2 ·
Replies
2
Views
4K
  • · Replies 2 ·
Replies
2
Views
4K
  • · Replies 2 ·
Replies
2
Views
2K
  • · Replies 7 ·
Replies
7
Views
4K
Replies
11
Views
3K
  • · Replies 3 ·
Replies
3
Views
1K
Replies
2
Views
3K
  • · Replies 11 ·
Replies
11
Views
7K