Pentium 4 2.8GHz
DigitaBiscuit writes "The new 2.8GHz Pentium 4 has been officially launched by Intel today.
Sporting a 533MHz System Bus, this new P4 looks to put the hurt on AMD's new Athlon XP 2600+. Benchmarks and a full review with
performance versus AMD's new chip,
can be found here." The NDAs must be expiring today, since we already have another review submitted as well.
i think the *speed* of the cpu is not really important anymore... performance is a lot more useful definition of the overall cpu power.
I just don't trust anything that bleeds for five days and doesn't die.
Are they all hacked up in favor of the P4 too? It's hard to build identical systems that only compare the procs when the FSB is so different. Is AMD just trying to standardize on one motherboard or is there a reason I can't go above 266 without overclocking? I won't upgrade until amd increases the FSB on the procs. I hope I'm not alone...
--fetch daddy's blue fright wig, i must be handsome when i release my rage
My next prediction: AMD will release a processor that's even faster! Nobody will expect that one.
;-)
Distant future (more than one week): Intel will release a processor that's faster than that one!
What if the video chipset industry was the same way? Whoa.
quote: "Benchmarks and a full review with performance versus AMD's new chip, can be found here." "
5 32 51&mode=thread&tid=142)
Didn't we discuss the value (more precisely the lack of) of benchmarking just the other day ???
(http://slashdot.org/article.pl?sid=02/08/24/12
Why are other peoples sig's always more witty ???
I'm typing this on a homemade computer that uses an AMD K6-3/350 overclocked to 392 Mhz. For what I do (web browsing, word processing, email, simple games like Tetris and listening to streams and MP3's) it works great! Why would I want to buy one of these? I'd much rather take a trip to Hawaii with my honey then blow a couple of grand on a Pentium 4 computer. Besides, let's get real...in about three months this will be obsolete...replaced by the newest whiz bang 3.0 GHZ processor that works about 7% faster then this one does. I think I'll wait until a real reason comes along to justify my spending a lot of $$ on a processor this powerful. For what I do, I simply don't need this much power. Do you?
Learn your gambling terms, kids, or they'll laugh you out of Vegas.
-Kevin
WTF is with these low calibre wannabe 'hardware review' website these days...
Sucks giant donkey balls. Anybody who buys their chips has a craving for punishment and deserves what he gets.
On the plus side, I heard the 13-year-old Chinese girls they hire are great at the fucky-sucky and will love me long time.
Beeeeeeeeeyotch!
http://www.hardocp.com/article.html?art=MzQ4
The only problem is, Kyle (again) uses too many variables with the RAM and chipsets used in the tests.
*Sigh*
You know, system speed is not all about what frequency your CPU is clocked at. The memory system (FSB speed, cache size) matters too!
This is, IMHO, what all these benchmarks show. It is no surprise that a Pentium FSB running at 533 MHz can beat an Athlon with a FSB at 266 MHz. I'm actually more impressed that the Athlon managed to beat the Pentium on some benchmarks.
)9TSS
OK, I officially need sleep now.
PIV 2.8GHz should be about 72.6W (based on the numbers for 2.53GHz @ sandpile.org), AMD 2600+ is 68W, and my 1.2GHz Athlon @ 60W died already.
:(
1.4GHz+ certified fan, was still running after it died, fan still in place, no airflow blockage, but 30C outside, 40C in my room, then some in the case and running at 100% load. Sigh... back to Duron 700
Kjella
Live today, because you never know what tomorrow brings
Come on Intel, just stop cranking up the MHZ, you know you cant tell the difference when you get above 400mhz and that was back in 1998!
I don't care if you can get a few more hundred fps on Quake, our eyes can only see 25 FPS. I run games at 20 FPS at 640x480 and Im perfectly happy.
I don't need this, and I am staying with my 450 P3 and my 800 Duron.
... I just picked up a 2.26GHz chip today.
Sadly the two big boys in the video industry aren't really up for that. nVidia and ATI have enough of a market share in their own niches that the overlapping region doesn't have to become too competitive. ATI has a serious focus on real-world graphics (video editing, etc.) while nVidia's GeForce rendering technology is out of this world (and onto the XBox!).
Besides, aside from a FPS and resource comparison there's really no numbers on the boxes for Laymen to read and say "I see!". Compare an ATI Radeon 8500 vs. GeForce 4, to non-geeks these sound like apples and oranges instead of competing systems for the GPU market.
-Matt
--- Need web hosting?
Although the P4 has improved since it's initial release, it still leaves a lot to be desired in terms of real-world performance. Add to this the price/performance factor, and the scale is still tipped well in favour of the AMD Palomino/Thoroughbred chips.
The P4 offerings require at least 50% more clock cycles than their Athlon XP counterparts, which would suggest that either individual floating point operations each take more CPU cycles on P4 chips. The real answer, however, is that the P4 is *still* being throttled by the cache and decoder, a problem which should have been fixed long ago, but, thanks to the poor design of the P4, is a change very difficult to affect.Unfortunately, to fix a lot of the problems that the P4 currently has, Intel will have to change the actual design of the chip. A perfect example is the new P4's trace cache, which can STILL only handle 1 instruction of micro-code ops per cycle. Add the slow shifts and rotates to this, and you get a chip which really doesn't live up to its considerable hype. What it all means in the end is this: The only way to get reasonable performance out of these chips is to customize the code specifically to take advantage of the P4's extra instructions and peculiarities. Some apps do this, but the consequences on standards-compliant code will be disastrous for Intel.
2DUP * ;
http://www.tomshardware.com/cpu/02q3/020826/inde x.html
we showed how overclockable the Athlon XP 2600+, which officially runs at 2133 MHz is. We were easily able to overclock it to a stable 2400 GHz using a conventional CPU cooler.
I want one of *those*.
Doesn't it? I mean, instead of optimising software, and making better use of existing systems, the trend is to put faster processors on the market, and write sloppy software.
No, I'm still using an MMX-200 with 128 megs of RAM for all of my work, and it's not a limitation. Latest stable Linux kernel, everything 586 optimised, using good quality applications, (e.g. Dillo web browser), and the lack of processing power isn't stopping me from earning 15 quid/hour from writing PHP and MySQL based applications.
Still using a 4 gig HD as well, and it's only 28% full.
I'm not saying that nobody needs a faster machine, but realistically, there are a lot of people who do not.
Imagine a beowulf cluster of those!!!
I'm sorry (not), but I should NEVER have to wait for anything. Not with a P4 2.x Mirkwood. Or AMD 2xxx+ GTZ. I want instant reaction like Beos had. On my pentium 225. Click, Click. Off I go.
Hard drives are fast(?) and cheap, but still saddled with the bloat code that gets written for this new stuff.
OT, but I would like to see an office suite written by John Carmack. That would rule. Misspelled words would have 3d blood dripping out of them, and fast, fast, fast.
Ok. Time for sleem.p
If voting were effective, it would be illegal by now.
Hmm....just wondering.
I had the priviledge to witness Pentium 5 in action. When compared to the 2.8 GHz Pentium 4, Pentium 5 (also 2.8 GHz) ran at least 20% faster !
Now let's hope that AMD will do something about the front side bus, and turning up the heat on Intel.
Muchas Gracias, Señor Edward Snowden !
so this thing can crash windows 10-15% faster,
how many stages is this intel pipeline monster up to now?
So far the only strides I have seen in actual performance gains are with IBM's Power4 series chips.
Anyone with enough data to answer?
"Troll" means someone who is saying something he doesn't believe, merely to cause trouble.
There is no "myopic" or "shortsighted" option for the moderator to choose, so he probably chose the next best way to mod the post down.
I would like to find benchmarks comparing Rambus to DDR at this speed.
-THIS SPACE FOR RENT!
I knew that my P200 was getting old when they released this newfangled "AGP" slot. And I realized that it was obsolete when GHz processors started coming out. But approaching 3 GHz?!? That's just rubbing salt in the wound.
Good article with benchmarks over at Aces Hardware
What I like is how the AMD 2600+ is very close on most games either 1-2FPS behind or ahead, and the 2800+ isnt out yet. Go AMD! P4 2.8 $570 or AMD 2600+ $265
Well if I was going to put together a fast desktop system, I can tell you it wouldn't be built around an Intel Pentium 4 Processor (insert jingle here) - as far as I am concered, Intel price their CPU's so far off the scale it isn't true. Add to that the fact that AMD's processors no longer have issues with stability or floating point speed (like the old K6/K6-2) - I cant see any reason to buy such a top of the line Intel chip unless you were absolutely *desperate* to eek every last drip of performance out of a system. But at 2.6GHz and beyond, people aren't really counting - right?
The thing that bugs me is still the stigma attached to AMD.. its similar to the old 'No one got fired for buying IBM' - it is the same with Microsoft, and the same with Intel. People still avoid AMD because they consider them to be inferior..
"Hey! Unless this is a nude love-in, get the hell off my property!!"
*SMOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOCH*
You have a tasty ass indeed, my friend. May I tongue it?
Come to visit /. Nice oss advocacy site, news for nerds stuff that matters etc...
Real nice article about P4.. with the right amount of opiniated comments as usual..
See ad about visual studio.net
Something's not quite as it should.. but what it is?...
[ Different AC to the one mentioned in the above post ]
...I sincerely hope for everyone's sake you aren't an employer!
Your logic is flawed - using old technology does not necessarily mean a person has no enthuisasm for technology. The one does not follow the other. Someone could be just be happy with what they have but still be interested in every new development...
My 486 cried as I read this news. That's it, my 286 is coming back to life. The two of them together can last me another 6 months before I consider buying my first penttium ;)
I am Lord Snowbeam. Heed my call!
You really have to take these benchmarks and processor comparisons with a grain of salt, because the performance difference is not completely dependent upon the processor speed. For example, the top speed of AMD-compatible DDR RAM at the moment is 400 MHz with a VIA KT400 chipset mobo(tho its not out yet), and the top speed of Intel-Compatible RDRAM is 1066 MHz. It makes a difference. Also the FSB's are quite different. My advice for AMD, up your FSB, help DDR RAM get faster, and you'll leave Intel crying in a corner.
-------
"In times of universal deceit, telling the truth becomes a revolutionary act."
-- George Orwell
Mmmmmm.. asl?
And for the second review that says "Apple-like marketing" Apple's use a totally different CPU Architecture. It's like trying to compare a 500HP car with a 500HP boat. It all depends on what you use it for.
This SIG pulled due to lack of funding. (This damn war is costing too much!)
Take your perversion away. God created Adam and Eve, not Adam and Steve.
With this trend, I can resume writing applications in Qbasic.
But seriously: with processor speeds like these, efficient programming will be even less appreciated. Sadly.
Sigged!
If gcc is as fast as turbo C (when optimization is off or at as low a level as TC), I probably won't think of updating at all.
Thank you for that sane, and well-considered reply. I'm tired of reading the rationalizations for the notion that computer professionals should use outdated, underperforming computers. You shot holes in this particular argument rather nicely. Such rationalizations are just self-serving tripe meant to justify cheapness or laziness.
Can you imagine these people as doctors? "I don't need any of those new-fangled medications or diagnostic equipment. By not keeping up on new drugs and medical equipment, I have more time to spend with my patients and that's what's really important."
Basically we've seen an order of magnitude raw CPU clockspeed increase in 4-5 years. What have we accomplished with that?
It seems that the faster we make the chips the more we squander their power.
Who cares that their processor is inefficient, poorly designed, and expensive? Not the ones who buy it certainly; there is a market fpor it, and they should not be penalised for serving their market - they are a business after all.
For all those arguing that these tests ar 'not fair' (memory, RAMBUS, blah, blah, blah) - you are missing the point. Boo hoo, they are using different equipment; I could equallly argue that AMD is shooting itself in the foot for not utilising the fastest memory architecture available. For most people, 700 or 800 MHz is more than necessary to do almost anything - above that only specialised areas will see any real benefit. Is it really any benefit to be able to play games at 32 bit compared to 24? Can you actually tell the difference at speed? Isn't it more to do with the graphics card anyway? Scientific applications, yes - these can be markedly improved with faster processors. But most readers here do not work in a render farm in Hollywood.
But back to the original point, we shouldn't be so aggressive towards them just because of who they are. They are serving a market, doing if very successfully, and for those people who do have $$$/£££ to spend, they represent the maximum performance. I will continue to buy AMD because I think they give more value, and my XP 1500+, although now slow compared to newer processors, is far faster than I need, even for compiling Mozilla or running KDE3, WinXP or Serious Sam 2. But that doesn't mean I should refuse to talk to people with an Intel chip in their machine.
And don't mod this down as flame/troll just because you disagree -use your points properly and mod up someone you agree with. And stop being small minded too...
This idea was invented by Shampoo.
http://www.tomshardware.com/cpu/02q3/020826/p4_280 0-15.htm l
Long and the short is that RDRAM 1066 is fastest, RDRAM800 and DDR333 are about the same.
From the article's title:
Sheesh, you would think that such an obvious malaprop would have been seen by at least one person.Or, perhaps they were referring to the P4's lack of performance over the PIII...
--
void life();
That what was all this school was for... to teach us how to solve our own problems. -- janeowit
Um... they meant the "ante", right?
And is it "raise the bar" or "raise the barre"? I've always wondered.
According to them, "older legacy code based applications" are applications without Pentium 4 optimizations.
Will we ever get reviewers that aren't incredibly biased... and stupid? Of course P4s do better on software with P4 optimization! And software w/o it isn't "older legacy software"... it's software that isn't written to favor a particular chip in the marketplace...
Gotta love it.
-jbn
I know this is Offtopic, but just thought this would be interesting to think about. ENIAC, the first general purpose digital computer was used in part to calculate artillary arc tables. ENIAC could do in 30 seconds what it took a human 12 hours to do, so it was approx. 1400 times faster than a human. The amazing thing is that ENIAC ran at 0.1 Mhz.
Just think now, a 3 Ghz machine is 30,000 times faster than the first computer. Amazing how far we've come in 40 years.
I honestly don't understand why you AMD fanboys feel the need to misrepresent facts like that to make "your" processor seem faster. Is it making up for a small penis, or do you work for AMD marketing?
Can you read? The Athlon XP 2600 is way cheaper than the 2.8GHz Pentium 4.
Your point about there being no Athlon XP 2600s available at retail is legitimate, but I do not see any way that you can interpret the $269 price of the Athlon XP 2600 as higher than the $499 price of the 2.8GHz Pentium 4.
I honestly don't understand why you AMD fanboys feel the need to misrepresent facts
Who's misrepresenting facts here, you or me?
I love how the author talks down the "Megahertz Myth" as if it's something that is merely a marketing ploy. I wonder how he could explain a Xeon outperforming a P4 chip, despite having similar or same clock frequencies.
It seems to me that processor speeds have relly shot up in the last 6 months. Before, there was always a nice tie between the advances in processor speed and the extra needs of Windows. This arrangment worked well for both parties in that everyone felt they had to have both to be right with the world. Has Intel (and AMD) now said to heck with MS we're going to put all the speed we can into our machines? Or, are we seeing a MHz race between Intel and AMD? With a viable competitor, Intel can no longer trickle out improvments at their own pace, they have to deal with someone else matching and exceeding their pace. What does this bode for the future of processors?
THIS SPACE FOR RENT
After looking at the hothardware.com for about 30 seconds I thought I was at an Intel site. Seems to me they are preying on the id10t folk who think higher clocks are better. Like anything else, the AMD vs. Intel debate can stretch on for ages, but that is pretty disgusting. Personally I wouldn't have a P4 if you gave it to me. Intel has a terrible track record, and are trying the marketing advantages because they can't compete with AMD. It seems strange that Intel's clocks are much higher, but the chips are either neck and neck or Intel is losing ground ( depends on which banchmarks you read)
AMD has a new program to guarantee stability and long term performance with motherboard manufacturers.
Currently there is one motherboard variant developed by ASUS, it is the A7V266A (Note the 'A' at the end of the designation.) This particular revision of the board is designed for corporate desktop and lower-end servers. Sure, it is not the latest and greatest in speed performance. However, the purpose is to certify a mainboard for long term CPU/Mainboard longevity and stable performance. Of which speed is not an issue.
These boards are designed for desktop office use, but would also be quite excellent mid-range gaming rigs. (Of course, since it will be nearly 2 years before games come out that will TRULY tax this hardware, that is debateable.)
Currently, I am unsure of any other boards that are released. However, at the seminar the AMD representatives mentioned that they were working with Gigabyte, ASUS, Abit and a few other mainboard manufacturers to develop other approved guaranteed mainboard/CPU combinations.
I am unsure if Intel as anything similar to that, as I have never heard of any particular MB/CPU combinations that are guaranteed by Intel.
-.-
If you ignore the other uses of a tool, does that make the tool less useful, or you less useful?
I must be missing something big here. I've been happily chugging along with my year-old 1400mhz Athlon, and despite my 'power-user' status, I still think it's more than fast enough for anything I do, be it code, audio/video/photo editing, or any games. I'm trying very hard to justify another 300$ investment in a Geforce4, even though my GF2 suits me just fine.
It seems we've reached a transitional plateau, where we need to refocus and figure out where we're going with all this untapped bit-fiddling power. I'd much rather see hyper-cheap PCs, than yet another overpriced 5% mhz step-up. Give me a 500mhz basic box for 100$, and I'll get my whole extended family on the web playing Bejeweled day and night.
-Billco, Fnarg.com
The 2.8 still only manages to tie with the 2600+ on 3DS MAX and still lags behind in Maya. No thanks. This is why Intel is losing its market share in the effects / rendering market. Who in their right minds would pay this much for a CPU that's actually slower than the competition? It's bad enough with one system but when you add up the cost of an entire dual-CPU render farm, it's just ridiculous.
The only renderer where the P4 is faster than the Athlon is Lightwave, and that's because they have terrible floating-point code (but very few people use LW professionally anyway).
Rather than insist on the P4's (bad) design, Intel should start working on its successor. The Hammer will be released at about 2.4 GHz (that's "3600+" in PRspeak), will have an FPU that's even faster than the Athlon and will be able to run SSE2 code (which is one of the few things that lets the P4 keep up with the Athlon in some floating-point operations). Not to mention 64-bit code, memory allocation above 4GB, etc..
It's not that I want to buy an Intel CPU (I don't really care about the brand, just the price and performance), but if there's no competition for the Hammer / Opteron, AMD will probably price it much higher than if there is a credible alternative from Intel.
So Intel, please stop wasting time speeding up this truck and start designing a Porsche.
Or is it that when I increase the clock speed on a CPU, it will run hotter, but decreasing it won't make it cooler?
That would be quite fascinating. (What if I decrease the clock of the CPU that I just overclocked? Will it stay hot?)
Could you please explain or back up with some references? Thx.
bla
nt
This article Pandering to the Masses: Does Engineering Still Matter? explains how the Pentium III beat the Pentium 4. If the P3 and the P4 are run at the same clock speed the P3 performs much better than its anemic younger sibling.
On the other hand, these same people who you say care about the specs go crying to their parents because the best specs do not belong to their favourite company. This is just missing the point. I can get a top-of-the-line Ford or a top-of-the-line Jaguar. The jag is likely to be more expensive, go faster (and incidentally get me more chicks) but at a price. If I am prepared to pay the extra cash then why shouldn't I get it? Because the community favours Fords? Don't be ridiculous.
Anyway, the community would just start spouting some shite about how the comparison was unfair because the Jag engine had more valves or BHP or something; but the Jag would still go faster regardless. And the Ford still wouldn't have more valves, so why even compare?
What if Microsoft were to do something great? Like all the money Bill Gates gives to charities? They would still get shit from /. (he doesn't deserve that money / it's a drop in the ocean for him / he's just trying to look good). I buy AMD, I like fast processors, I run Linux, I hardly ever give to charity, and I don't expect to do so if they don't want to. But to arbitrarily decide that all actions a company or individual make are evil based on their other actions is small minded. Just because Microsoft have an abominable record does not make every single one of their actions wrong, so to just say that they all are is being fairly pathetic and petty.
This idea was invented by Shampoo.
I'm running Mozilla on my 233 MHz laptop and I can play mp3s too. The music only cuts when I switch virtual desktops or move windows, but Mozilla doesn't cut it.
Mozilla isn't that heavy.
Do you work for AMD? Are they engineering samples?
I remember I was in eighth grade when Intel announced their first gigahertz chip. It's been nearly four years, or well over 36 months; according to Moores law Intel should be selling chips faster than 4 gigahertz. What's going on?
-- Nerds on toast in the new millenium
Honestly, your replies make me laugh, (most of them anyway).
The MMX-200 is the main machine I have at home, which I do all my coding on, because I work from home. The code I write is all destined for much faster boxes, and is beta tested on faster boxes.
I was offered a PII 450 *free of charge* by a client a few months ago, and he would even have dropped it round, on the basis that he thought I could develop more easily with it. I said that I didn't need it.
Why? Because I don't have the physical space to store another machine, (really, I don't, I have a room about 8 foot by 16 foot), and anyway, the MMX-200 was built from scratch by me, and I can guarantee it's reliability, because I bought quality bits to begin with.
As soon as I find the MMX-200 a limitation, I'll replace it. At the moment, EMACS runs fine on it.
Incidently, it's much more important to keep up with the latest VERSIONS of SOFTWARE than to upgrade your hardware.
Also, somebody pointed out that 15 UK pounds/hour isn't much. Here's news for you - that's the minimum I've EVER charged. There are people who would pay me more than 60 pounds/hour for emergency work out of hours.
Let's see if I can score some extra karma from this mishap!
Man, I just don't know what to think when moderators nuke legitimate posts like this down simply because it expresses a view he or she might dislike.
I really did buy twenty Athlons for a batch queue and every single one of thoses hosts required a new MB after a year and a half of service. I won't name the Linux vendor who sold me these machines because I still have a relationship with said vendor, but I'm NOT happy about this outcome. I expect a machine to last at least 36 months without failing, hopefully longer. What happened here has completely soured my taste for AMD products. Our batch and MPI jobs take from seven to forteen days to complete, a single node crash can take down the entire job. No screwing around, I can't have that kind of instability in my queue. It's worth an extra few hundred per node to know that the machines I buy will actually stay up and online under high load. Unfortunately, my experience with Athlons has been that they DO NOT perform well under these conditions.
And if you think this is flamebait have I got a reply for you in M2.
Jeesh!
Until we write code that will use the chip to its full potential, my Athlon (Slot A) 750 will continue to reign on my desktop. Intel is going to hurt themselves badly if they keep pushing to break the Gigabarriers. Oooh, look I have clock cycles I can't use...
-- Game Developers: Stop porting badly-textured games from crappy console systems!
Eniac run at a guelingly slow 3hz, which REALLY puts things into perspective. It's replacement ran at 3khz, which is one hell of a leap compared to today's progress.
A 3ghz machine is a BILLION times faster than ENIAC, not a mere 30 thousand.
I know that ENIAC was not 64 bit like my incoming iBook or 32 bits like my Linux server. Asuming that it was 8 bits(4 seems more likely), a 3ghz PC is four billion times faster.
Other things would effect the equation. For example: If we take into account all the copies of "AOL & Internet FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE FREE trial" in the startup menu of the average windos system, and adjust the results accordingly, ENIAC would be able to boot 10-100 times faster than a windos box. I don't know what kind of Unreal Tournament framerate that would justify, but it is worth mentioning.
You can't judge a book by the way it wears its hair.
Correct me if I am wrong. Are you suggesting that the decision to design the P4 so it accomplished less per clock cycle, but was able to do them more quickly was purely a technical decision? Are you suggesting that it wasn't influenced at all being able to exploit a foolish confidence in megahertz?
You seem to know what you are talking about, so I would welcome learning how you came to have such confidence in Intel's ethical standards.
Isn't intel the company that tried to slip CPU serial numbers past us, on the Pentium III?
Isn't intel the company that told their customers they would have to prove to them they would have to prove they needed flawless floating point before they would replace defective CPUs? Let me quote from the Doctor Dobbs Journal article:
And how about the intel 487? Didn't they introduce an expensive 487 floating point co-processor, to augment the 486sx cpu, which was actually just a 486dx in disguise, that totally disabled and replaced the user's existing 486sx?
I do belive that turbo-C and pascal, and many other IDEs for that matter, do something before you compile the program while you edit. Somethings are quite easy, like tokenization, pre compile header files. The integration could gain a second or two also by not compiling the same header 3 or 4 times for diferent files in the same project. Gcc is a stand-alone compiler and cannot have this type of integration (could?).
Maybe gcc team could create a gcclib to make it possible to access some lower level structures and doing things ahead in ides.
[]'s Victor Bogado da Silva Lins
^[:wq
Isn't Borland C available for Linux now? Have you tried that?
-- Ed Avis ed@membled.com
I haven't heard or read of them stating so before.
If you ignore the other uses of a tool, does that make the tool less useful, or you less useful?
If it makes you feel any better, it was only five years ago that I replaced my Commodore 64. :)
I have a question-
Why are you pulling something out of your butt and acting like you know what you are talking about when it is obvious that you don't have a clue?
Thanks.
The integration could gain a second or two also by not compiling the same header 3 or 4 times for diferent files in the same project. Gcc is a stand-alone compiler and cannot have this type of integration (could?).
I don't see any reason why this couldn't be done standalone. Back when I used an Amiga, my compiler of choice (DICE)--a standalone compiler, by the way--had an option to precompile header files and store the results (macros, structs, typedefs, etc.) in a separate file, and then read the results of preprocessing/compiling those headers from that file directly into memory. This sped up compilation of large projects by 2-3x IIRC (and this was in the days of multi-hour compiles).
1. Intel shoves Rambus down the throats of anyone wanting a Pentium-III.
2. Rambus sues world, loses, fades into background.
3. RDRAM prices fall, P-4 is launched.
4. Intel moves away from RDRAM, embracing DDR.
4. Intel 2.8GHz loses to AMD 2.1Ghz unless the P-4 is using PC1066 RDRAM.
"We want our benchmark to reflect typical PC users. Since Intel has 83% of the market, we optimized 83% of our benchmark to favor the P-4"
---