Surprise! Overclocking your machine does make it less stable according to Microsoft
Subject: Systems | July 3, 2012 - 03:48 PM | Jeremy Hellstrom
Tagged: microsoft, overclocking
If you've ever wondered if it was worth hitting that 'Report to Microsoft' button after you experienced a BSoD then perhaps this paper from Microsoft Research will enlighten you. After studying reports from 1 million machines that suffered CPU or memory problems, Microsoft broke down all of the data into both failure types and machine types so that they can contrast the results of overclocking laptops and desktops from both major CPU vendors as well as breaking the desktops into ones assembled by a major vendor and ones assembled either by the owner or by a small business.
The basic results are easy to sum up laptops are less likely to crash than desktops, CPU errors are more likely than memory errors and underclocking will indeed make your system less prone to crashes. You are also less likely to see crashes on machines purchased from a major vendor than one assembled yourself or by a small business. Of course the whitebox versus brand name ratings cannot differentiate between someone who just built a PC for the first time and one assembled by a veteran so it is possible that that rating is a little skewed.
As for overclocking, you can see that the results are split between Vendor A and Vendor B as opposed to being labelled Intel and AMD but most readers will be able to make an intelligent guess as to which is which. TACT represents Total Accumulated CPU Time, which does not have to be contiguous and could represent quite a few weeks of ownership if the computer in question is only run for a few hours a day and then shut off. Whether this time was accumulated quickly or spaced out, it shows that overclocking either vendors chips will have a significant impact on the stability of your system. Again, there is no division into experienced overclockers and neophytes nor between those who overclock manually or with software or hardware included with the motherboard they chose. Even still the impact on stability is very large regardless of vendor and if you crash once you can be almost guaranteed to crash a second and third time. The table only focuses on the first three crashes as by the time that third crash occurs it is obvious they will continue until something is changed. Check out the abstract here or just head straight to the bottom of that page for the full PDF of results.
"Researchers working at Microsoft have analyzed the crash data sent back to Redmond from over a million PCs. You might think that research data on PC component failure rates would be abundant given how long these devices have been in-market and the sophisticated data analytics applied to the server market — but you’d be wrong. According to the authors, this study is one of the first to focus on consumer systems rather than datacenter deployments."
Here are some more Systems articles from around the web:
- Tech Report's Summer 2012 system guide
- CyberPower PC Gamer Xtreme 2000 SE @ Bjorn3D
- HP Phoenix h9-1120t System Review: HP's Gaming Desktop Round Two with Tahiti and Ivy Bridge @ AnandTech
- Building A 96-Core Ubuntu ARM Solar-Powered Cluster @ Phoronix
- Asus Republic Of Gamers Tytan CG8580 @ Kitguru
- Dell XPS One 2710 Review: The Premium All-in-One @ AnandTech
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