Pentium 4 Overclocked to 7.1GHz, Sets World Record
Netmonger writes "This Japanese guy
overclocked a Pentium 4 to 7.132GHz!! The system managed to calculate pi to 1 million decimal places in 18.516 seconds, setting the world's record." The article notes that a Pentium 4 had been overclocked faster earlier this year, but at that speed it was not possible for the machine to function beyond BIOS. Of course, they'd yet to try diverting power from the dilthium crystal reactor to the deflector array.
World record for the P4 or for a single x86 processor?
# cat
Damn, my RAM is full of llamas.
Does it run... OSX86 ?
Retep Vosnul
ok, it isn't. haha. i oc'ed a celeron2 566 to 1.2 once, though. this is better, gotta admit.
Getting ready for DNF?
or:
Couldn't get Vista Beta to boot?
I'll do the stupid thing first and then you shy people follow...
Paste all the numbers here for verification please.
...is it now as fast as a 1.7GHz Pentium M?
How long can the machine last at that sort of overclocking? How much experience have others had with lifetimes of chips once you overclock them by a lot.
http://use.perl.org
What other single x86 processor is going to do it that fast? 486... DX?
Calculating Pi is good...but what FPS can it do in Battlefield 2?
Overclocking experiment results in largest single release of thermal energy in Japan since 1945.
Casualty figures as yet unknown.
For all intensive porpoises your a bunch of rediculous loosers
why siberia's permafrost is melting @_@
What ? Me, worry ?
I'd like to see a pic of the machine, especially the liquid nitrogen cooling stuff. I would also like to know if this machine ran for five minutes, ten minutes, melted?
http://www.busyweather.com/
The maximum speed at which he could boot Windows XP operating system and perform memory testing was 6.60GHz.
Funny, since, no matter how fast I OC a Windows XP box, the XP "loading bar" still moves the same old speed.
This slashdot-related signature is a stub. You can help kihjin by expanding it.
Think they're overcompensating for something? Eh!?
I wonder what he had used to use to get the heat down.
Good job they didn't try that on an original Pentium, what with all those decimal places...
Link to the actual forum posting, complete with pics.
p ?t=70225&page=5&pp=25
http://www.xtremesystems.org/forums/showthread.ph
Fun factor: 10
Usefulness: 2
I don't get it.
Now we know why Apple switched to Intel! I can't wait for a PowerBook running one of these, complete with the Ghostbusters-style backpack pumping liquid nitrogen to my laptop!
Yea, look what this guy did (or didn't)
Ooops!
Yeah, maybe, but they could really get some serious overclocking done if they just reversed the polarity.
Second post, and not very interesting. Nice homepage though.
that x86 would never hit 100MHz!
...even at 7Ghz is still can't game any faster than a two year old Athlon 64 3200+... Why do games hate intel anyway?
I'll be missing "nah, that's just megahertz myth".
You want that render to finish before lunch? Just slide in a brick of dry ice and watch the steam come out the sides as your motherboard's temperature sensor gives the go-ahead to crank the clock up to 7 GHz.
Yeah, but can it run Linux?
Even though they've made clockspeed less relevant, I'd kinda like to see this sort of extreme overclocking on AMD.
Or does it already exist?
All I know is I see all these liquid nitrogen P4s and think "wtf...where's amd?"
Imagine a beowulf cluster of those!
I'll turn into a supernova and burn up everything. Well I'll turn into a black little hole and you'll turn into string.
Curious how this would perform vs the FX57 recently overclocked to 4ghz...
Wouldn't it be easier to switch to Linux or BSD rather than having to resort to this just to run Microsoft's next OS with SuperClippy 10.0?
I tried the same test on my 2Ghz P4 Northwood with 768MB RAM. It took 1min 34sec to calculate pi to 1 million digits.
that Japanese guys are just fucking cool. Why are they just cooler than everyone else??? Its just not fair :(
Spock: Our ship's computer is running too slow. I project we will collide with the Klingon cruiser in 2.3 minutes.
Bones: You green blooded sonofabitch.
Kirk: Bones... shut... up... Scotty, I need 7ghz... now.
Scotty: I canna do it, cap'n. It'll blow the mains, and Windows 9000 will crash.
Kirk: No... excuses... Scotty... just get me... 7ghz.
Scotty (resigned): Aye, cap'n.
Uruha: We're getting in a signal for Starfleet Command. It's Admiral Gates.
Kirk: Put... him... on...
Admiral Gates: Here at Microsoft we believe in innovation. Thus we are sending you SP23482378485847825727347198874741 which will allow Windows 9000 to interact with an overclocked Pentium without making rude sounds and the voice of the computer changing from Majel Barrett to Carrot Top. Let me demonstrate.
Spock: Admiral Gates, it appears that your demonstration computer has exploded, taking out a large chunk of the planet Earth.
Scotty: Cap'n, we've got 7ghz now!
Kirk: Good work, Scotty. Sulu... reboot... the... computer.
Spock: Captain, it appears there's a penguin on the main viewer.
The world's burning. Moped Jesus spotted on I50. Details at 11.
Comment taken from the website:
"18.516 must be wrong. My athlon 2400+ did
1 million places of PI using FASTPI in 4.4 secs.
Maybe the number should read 1.8516 secs.
That would be more in line with factors of
speed differences between my 2400 and
the P4 system."
...but can it run Google Maps on OSX86 ????!?!??!
Ron dies in chapter 9 of book 7.
Not exactly bricks - it's better to just fill a chamber in the case from a bottle of compressed CO2. The problem is, this chamber will inhibit the heat sink when empty. As a result, liquid coolant is better than solid coolant.
Know your pads. One time pad: good for cryptography. Two timing pad: where to take your mistress.
Seeing bad movies only encourages them. Watch responsibly
Please be kind to the server!!!!
/ showthread.php?t=70225&page=5&pp=25
http://www.xtremesystems.org.nyud.net:8090/forums
Take down the server? Are you saying that it can calculate pi to 1 million decimal places in 18.516 seconds, but it can't stand up to a little slashdotting? Sheesh!
"I'm not impatient. I just hate waiting." - My Dad
Oh wait, did you say GigaHertz?
Someone has already clocked up an extra 150MHz!
p ?p=1001108#post1001108
Calculating 1m decimal places of Pi now down to 18.093s...
http://www.xtremesystems.org/forums/showthread.ph
I'm sure some Intel chip designers have already tried all sorts of cool shit with their processors even prior to their release. I know I would if I had worked there.
There goes his manufacturer's warranty....
with the FSB sped up, and the processor all the way up at 7.1 Ghz, how is this even possible with 1.7 volts on the processor and the memory voltage only at 2.3 volts?
Your statement is so misinformed, I don't even know where to begin.
I'm guessing you've never taken a single class in digital electronics, computer architecture, or electrical engineering.
THIS THING CAN TURN ON A DIME, MACROSSZERO STYLE ALSO FUCK BETA, ~NYORON
I bet it smoked while it was running. tweak 3d has some (outdated) stuff on overclocking the P4.
...DOS on this CPU, press one key, get 2 million other keys for free.
it's just two paragraphs for $DEITY sake.
Ok, I'll tell you, lazy boy: besides cooling with liquid N2, they tweaked the processor and the memory voltages.
It's better to be the foot on the boot than the face on the pavement. ~~ tkx Kadin2048
I think it might be more profitable to redirect the power to the processor.
All the numbers were 1, 2, 3, 4, 5, 6, 7, 8, 9 or 0.
*yawn* _what_ do you think are we using alternating current for? we run on reversed polarity _all_ _the_ _time_.
Not fast enough to save their webserver
... will it meet the min. specs for Duke Nukem Forever?
Because I often need to know Pi to a million decimal places at short notice.
Cress, cress, lovely lovely cress
I was admit there is a substantial gap in my understanding here and this comment may reflect that. However, when running a computer way outside its design specifications, how much reliance can be placed in any timing measurements it is reporting? Surely some kind of extrnal timing machanism should be used.
"SCO employee? Check out the bounty [sec.gov]"
;)
So now there's a bounty on SCO employees!?! Cool! It's about time! Perhaps now I can make up some of the money I lost trying to short their stock.
I take it this started after they all went around carrying caricatures of a grossly overweight Linus smoking pot?
"At last we shall reveal ourselves to the Slashdotti! At last we shall have First Post! *sniff* What's that burning smell?"
I think the regular layout is totally unbearable. If /. didn't have the Light setting, I'd probably have left the site ages ago... which might actually be a good thing ;)
Escher was the first MC and Giger invented the HR department.
The last set of great overclocked CPU's were the Celeron 300's. Many of those went to 450-500 MHz with no problem. A very few could be made to hit 600 MHz, though it is questionable on how reliable they were at that point. Certainly reliable enough to calculate the value of PI quickly; but you wouldn't want one for reliable web server.
Granted, some of the one's which could do 450-500 MHz were made for that speed, and then sold as 300's. But certainly not all of them.
The bottom line is that cherry-picking your CPU's helps lead to a better chance of success with overclocking.
The best way to predict the future is to create it. - Peter Drucker.
And until Majel Barrett says "Dilithium reactor breach in thirty seconds," it's a goddamned warp core.
I wonder what type of cooling system the person used? Had to be pretty radical to dissipate the heat that this setup probably created..
You're messin' with my Zen Thing, man.....
Actually, the world record now is 7323.7 MHz! Still the same guy. Screenshots
"It would be wrong to refuse to face the fact that everything is fundamentally sick and sad."
Performs at 25% overclocking with dnetc-rc5-72 as CPU test as a 7Ghz pentium 4 (Benchmark done on 3.06Ghz pentium 4 and AMD 3500+). So is this pentium 4 really so fast at 7Ghz, or does it just show the gap?
My wife's sketchblog Blob[p]: Gastrono-me
Solitare? LOL
That may be a SuperPi world record, but definitely not the overall record: Steve Pagliarulo's QPi can compute 1 million digits of Pi in 6.68 seconds in a Pentium 4 1.6 GHz box. You read that right.
BTW, the same computer takes 189 seconds to compute 2^20 (~1 million) digits using SuperPi. Among the community of Pi-calculating programmers, it's well known that SuperPi is terribly slow. I don't know why overclockers still hang on to it when most programs out there for calculating Pi are faster than it.
Join the NFSNET. Our prime goal is making little numbers out of big ones. http://www.nfsnet.org/
So he can tell all the other OC'ers out there to shut their PI holes... (sorry couldn't resist)
"The system managed to calculate pi to 1 million decimal places in 18.516 seconds" and at 19.428 seconds reduced itself to a "fiery, twisted, mass of molten metal".
Strange things are afoot at the Circle-K.
"their illegal war, illegal torture, and illegal detention."
Saddam violated sanctions 17 times and stole oil-for-food money while killing hundreds of thousands of people a year. We had the right to go in, period. The treaty violation gave us legal right to, as worded in the treaty itself. I have yet to see liberals actually address that argument. What's the point of UN sanctions if nobody in the world enforces them?
A valid argument is asking what Iraq had to do with the war on terror, but there are plenty of coutnerarguments pointing out the instability of the region due to Saddam and the possible positive long-term effects of removing empowered dictators with grudges against open societies. Saddam would have just passed power to his even crazier sons.
The one on top always takes the most heat, and that seems to be America's fate. A lot of people like to feel enlightened by criticizing their own country, but it just comes off sounding like trendy counterculturalism. Emotively calling them "criminals" just makes you look like another looney lefty that most people don't respond to very well, particularly considering that Clinton bombed plenty of places without UN permission and let terrorists (including Bin Laden) go all the time. Somehow, I doubt you complained back then.
does it run OS X?
The war with islam is a war on the beast
The war on terror is a war for peace
Is that fast enough to get the PS3 emulator to work? Now it just makes my internet connection light up continuously...
Wer mit Ungeheuern kämpft, mag zusehn, dass er nicht dabei zum Ungeheuer wird. --Nietzsche
The chips run at 7Ghz with crazy stupid cooling like liquid nitrogen.
I don't see this as proof that they were designed to run this fast. 4Ghz, maybe (and only from new technologies that came to surface AFTER the P4 was originally designed) - any super high speed claims that were made were entirely marketing.
- It's not the Macs I hate. It's Digg users. -
Imagine a Beowulf Cluster ot of that!
I'm on a P4 2.4GHz machine running Mathematica 5.1 for Linux.
:)
In[1]:= r = Timing[N[Pi,1000000]];
In[2]:= r[[1]]
Out[2]= 15.4636 Second
r[[2]] contains the approximation to pi.
I suppose it goes to show that software is as important as hardware as far as speed is concerned.
Cooling and power requirements aren't the only issue, since at those types of frequencies you are likely to be interfering with radio frequencies, unless you have really good shielding.
The real future is asynchronous CPUs, that are actually clockless. They generate much less heat and consume much less power. The only reason that they aren't replacing the current batch of chips fast, is that all chip design and testing processes are built around clocked CPUs.
A few articles on the subject:
- Will Self-timed Asynchronous Logic Rescue CPU Design?
- Computer Chips Without Clocks
Jumpstart the tartan drive.
I wonder how fast it would become cooled with liquid helium down to 4K?
superpi no doubt. it's an ancient win32 program (1995) that uses no simd whatsoever and is not designed for current cpus. there are much faster pi calculation programs around. honestly, one wonders why this particular program is so popular.
but it's a moot point anyway, the 7.1ghz p4 performs like a 3-4ghz athlon64. i did happen to read the article (gasp) and the user could only boot into the OS at 6.6ghz... which somewhat defeats the purpose of this story.
Science : Proprietary , Knowledge : Open Source
Ah yes, they need to..
:)
"Bounce the graviton particle beam
off the main defector dish.
That the way we do it lad,
we're making shit up as we wish.
The Klingons and the Romulans,
they pose no threat to us!
Cuz if we find we're in a bind,
we'll just make some shit up!"
- Voltaire (without the spelling mistakes
While Fabrice is a respectable person, he did not invent this formula. One of the most responsible persons for this discover is called Plouffe. The complete formula name is the Bailey-Borwein-Plouffe and the most interesting way is how they did "discover" it : Mathematica did with input from them and it was a surprise for them when it spitted out the formula.
p %3A//www.lacim.uqam.ca/~plouffe/articles/Miraculou s.pdf&ei=XFL-QuroJY7QQe6vkYUC
http://www.google.fr/url?sa=t&ct=res&cd=1&url=htt
They've started with the preparation for the final Windows Vista release - 7.0 GHz are minimum... ;)
Whatever you do, Don't mention the war.
The most time-critical paths in the CPU are also the most important. Those double-pumped ALUs are probably the touchiest components, and also the trace-op caches and branch predicition stuff. Without those, well...
THIS THING CAN TURN ON A DIME, MACROSSZERO STYLE ALSO FUCK BETA, ~NYORON
so...now where do i get a slice of this pie everyones talking about?
Give me your best September 11 joke.
This is not off-topic.. it takes overclocking a superscalar pipeline to digest hot dogs that fast.
Either you didn't get the joke or you're just not as funny as you think you are (something I too suffer from). Or both.
Cool but I want it in a PowerBook NOW Steve Jobs!!! Jta
Some windows users at some website make some claim about a world record and now it gets posted on slashdot? sheesh.
/tmp/output
Anyway, I hardly think this is a record. Maybe under windows. I ran this on my 3ghz portable. (You can apt-get pi!)
root@jcarr:~# time pi 1000000 >
real 0m24.177s
user 0m17.816s
sys 0m0.274s
I can't believe these overclocker guys use windows. Who would run Windows on a perfectly fast machine? It'd be nice to see bogomips from these machines. Anyway, wonder if these guys should put these machines behind microwave shields.
No really.
I got irritated with the story. Some record. On my laptop I used this source and computed 1M digits of pi in less than 14 seconds. Certainly someone out there has faster hardware so I don't think my "world record" will last very long. Sillyness.
./pi_fftsg > out
root@jcarr:/home/src/fft/sample2# time
real 0m13.677s
user 0m9.993s
sys 0m0.332s
Calculating mere Pi digits? Bah... how wimpy!
The guy didn't ask the real question: about Life, the Universe, and Everything...
cpghost at Cordula's Web.
It might actually almost be fast enough to run the MAME emulation of the Vegas and Seattle boards at playable speed :P
I'd say that not getting out of BIOS doesn't count as actually successfully overclocking at that speed. That's like saying you raised your car's compression to 150:1 successfully, with the one shortcoming being that the head shattered into fragments when the first spark plug fired.
If a job's not worth doing, it's not worth doing right.
Thanks. But stop calling me Clicky.
"A great democracy must be progressive or it will soon cease to be a great democracy." --Theodore Roosevelt
Spock: Captain, it appears there's a penguin on the main viewer.
Kirk: What's... it... doing there?
Chekov: Standin'!
Bones: l can see that!
Scotty: 'ello! Well, it's just after twenty hundred hours, and time for the penguin on top of your main viewer to explode.
*KABOOOOOOOOOMMMMMMMMM*
Bones: How did he know that was going to happen?
Spock: It was an inspired guess.
---k--
</stupid>
When the clock signal is at such an incredible frequency, the clock state of every part of the processor die might actually be different. Since the speed of light puts an upward ceiling to the propagation time of electronic impulses which serve as signals, by the time the clock flips from on to off, the circuits on the far side of the die might still be in the previous clock state. The clock is effectively skewed between different physical parts of the processor, leading to unpredictable results.
In CMOS technology, there is always a propagation delay of usually a few nanoseconds in logical gates. When a processor is designed, the "critical path", or the path it takes the longest for a signal to pass through, is calculated, and the clock speed is heavily influenced by this (and pipelining, etc.) When the clock speed is set too high by the user, there is not enough time in one clock cycle for certain gates to complete their operations.
There's probably a lot more issues than these limiting the clock speeds of processors, but these are probably the leading reasons why processors get unstable, or even completly inoperable when they are overclocked too high.
After all, it doesn't have altivec...
;)
The other reason the bomb was used is the usual simple one: Because the US military had it. They had a new toy and were happy to still have a reason to use it.
And BTW: Nagasaki was an "accident". Well, sort of. The sky wasn't clear and the bombers couldn't see groung zero clearly and had strikt orders not to drop in that case. But the pilot couldn't open a valve on a fuel tank on the bomber, so they still had to drop the heavy bomb in order to make it back to base.
We suffer more in our imagination than in reality. - Seneca