Sun To Build Opteron Servers
geekee writes "According to an article at CNET, Sun is planning on creating Opteron-based servers. These are expected to include 2-processor and 4-processor models running either Solaris or Linux. This move isn't surprising, given the performance and cost gaps between the Opteron and UltraSPARC processors. A move to Opteron would allow them to be more competitve in cost and focus more on what they're good at, designing systems, not processors."
so Sun will become Dell or HP???
Consensus is good, but informed dictatorship is better
I'm looking forward to seeing it on the "shelves", any move that reduces the cost of higher end computers is fine by me.
They know that linux is the future-- Sun is simply adapting to survive. Both it and Opteron are more cost-effective than UNIX and SPARC, respectively.
I know this is the wrong thread - but I am so happy to see healthy competition in the market place. Check out what is happening
- G5 vs. Opteron
- OS X vs. Windows
- Linux vs. Windows
- Mozilla/Firebird/Thunderbird vs. IE/Outlook
It is a good time for computing. Although, with Longhorn so far out (and no further IE improvements until then) I think the competition is going to be a little bit one sided.
...And when they came for me, there was no one left to speak out for me." - Martin Niemoeller (1892-1984)
I thought that when they decided to focus more on linux and less on solaris, this was good, because they could focus on what the excelled at...hardware.
However, I AM currently accepting donations to NOT use Linux!
So, I'm trying to understand what you're saying. You get better *value* from other cars, but people buy BMWs because they are better cars - just not so much better as to be worth the extra money?
So you are saying Sun should focus on making the Sparc the best processor money can buy. Period. Cost is no object. But if you factor in price/performance they would suck, but if you have infinite money and don't care, its marginally better?
OK. I guess so.
Avoid Missing Ball for High Score
So it's not exactly related to the story but: http://www.amd.com/us-en/assets/content_type/Downl oadableAssets/AMD_Trailer_Ver2.wmv ...I need a higher framerate... ...I got fragged..
from the producers who brought you such collosal hits as AMD Athlon XP and AMD Opteron ..image a world where desktop and mobile pcs had all the computing power they needed...and more.
Prepare yourself for AMD Athlon 64..now playing in desktop and mobile pcs everywhere.
This processor has been rated FX
$cat
What exactly is the point of this post? And the competition has always been one-sided. In every case except the first, you're talking about a 4% market share competing with a 90%+ market share. Do you really think all these technologies will come roaring into the forefront by 2005?
A move to Opteron would allow them to be more competitve in cost and focus more on what they're good at, designing systems, not processors.
So what does the 20+ years' lineage of the SPARC architecture represent, if not Sun's ability to successfully design, implement, market and deploy processors? Hello? McFly?
Edith Keeler Must Die
The question in my mind is are they going to use the full x86-64 extensions, or keep the sparc as the 'real' 64-bit processor and let Solaris x86 remain 32 bit...
+++ UGUCAUCGUAUUUCU
and your posting on SlashDot. Your life sucks as much as mine.
:-)
that depends... which one (if either) of you is posting from work???
// TODO: Insert Cool Sig
Moving to Operton is a good move, but only after a serious of mistakes.
First mistake was in not encouraging 3rd party vendors to adopt the higher-end SPARC's, and ignoring the low-end SPARCs that used to dominate the embedded space. They had a strong position when they moved the SPARC architecture into the open, but lost it when they failed to support that initiative with bare-bones development machines.
Next mistake was creating Solaris for x86. Sun's logic was to hook folk on Solaris in order to get them to move over to their profit-making SPARC's. BIG MISTAKE. Instead, those SPARC vendors decide that they can instead move off of SPARC and keep using Solaris on the lower-cost x86 machines.
Final Mistake was Sun ignoring the low-to-mid range workstation market that they dominated during the 80's. Sun's focus on extreme-high-end servers cost them the middleware support that made Sun boxes worth purchasing in the first place.
This move to Operton might be the only step left for them if they are going to survive outside of a vertical market.
Karma Whoring for Fun and Profit.
but the reason I'm more interested in AMD's 64 bit chips instead of Intel's is the names. Intel's is the "Itanium" which sounds like a financial company's plan to expand their commodities market. Boring. AMD's on the other hand is "Opteron" which sounds like a massive and powerful, but benevolent robot who doles out justice all across the land with his fists of iron fury, protecting the interests of all well intentioned people.
This has been a very busy week for the Sun!
Cool funny t-shirts for geeks, gamers and everyone else
- G5 vs. Opteron, ok - OS X vs. Windows, where are the winshit improvements? - Linux vs. Windows, where are the winshit improvements? - Mozilla/Firebird/Thunderbird vs. IE/Outlook, No more IE releases until 2005, no more Outlook Express releases. The competition is one-sided in that Microsoft "ownz0rs" the desktop market. They can hold out for that long without anything new to throw in. In two years, they'll come along with a few new shiny tricks. Their software will still suck, but they won't lose any significant portion of the low-end market.
You can't judge a book by the way it wears its hair.
Assuming that you can find applications that are written to take advantage of multiple CPUs. IANAL, but I don't think that's an issue with most Solaris apps.
I too dream of the day when Apple's stranglehold on the high-end server market is broken. Hahahaha!!!!!
The advantages of the Sun Sparc systems is not price/performance but reliability and performance under load.
Sure Solaris is a dog on a lightly loaded system. But when your load average is sitting at 30, it's still performing near the same level. x86 boxes would fail under the load that Sparcs can hold up under.
And they're bloody reliable, and when they break, Sun's support contracts are excellent. Only HP and IBM compare on the support side, and only HP and IBM's RISC boxes compare on the reliability side (lord knows IBM's Netfinities don't.)
It's all about TCO in the end. You buy the sparcs less often, and they're cheaper to maintain.
"You've got an invalid haircut" -Warren Zevon - Life'll Kill Ya
The only gap I see is Sun not being co-operative with free software writers. That's dumb, because they will be comming up with alternate uses of their hardware. I know someone who bought a surpluss Ultrasparc based system and and I'd be jealous if it ran Debian.
I've got a lot of respect for Sun and want to see them grow. They make awsome hardware and decent software. I wish they would jump harder and faster onto the free software bandwagon. Hell, I'd be happy if they would sell to Apple. They should pull off a home computing coupe.
Friends don't help friends install M$ junk.
Sun Flares?
because it was their forte.
Actually, no. This was their Forte
And if you actually got that, you're too much of a Sun geek.
"A move to Opteron would allow them to be more competitve in cost and focus more on what they're good at, designing systems, not processors."
I must add to this that Sun only designed the SPARC, it's Texas Instruments that's actually making them, so could AMD in a near future...
I, for one, think this is a smart move on Sun's part -- and hopefully a key move as part of a strategy to make Sun successful in the Unix market of the 21st century (you know, the one where people want and use Linux on commodity processors).
Opteron is a great choice. Not only is it technologically superior to Itanic, but it allows Sun and AMD to work together to keep Intel at bay. What's good for Intel usually ends up being good for Dell and Microsoft -- not Sun. Plus, Sun gets to save face by not having to turn around and say "uhhh... ok, maybe Intel isn't so bad after all."
All Sun has to do now is execute this properly, sell the products at a reasonable price, and stand behind a solid dual Linux/Unix strategy the way IBM and HP are doing. The toughest part will, of course, be keeping McNealy's big mouth closed.
Tired of FB/Google censorship? Visit UNCENSORED!
For the moment, I won't gripe too hard about 'shifting from PPC back to commodity hardware.'
But if you then say ANYTHING about IA-64, I'm going to jump down your throat with lawn aerators on both feet.
Be cautious about what you call commodity and what you call proprietary.
Just because a lot of something is made doesn't mean it's not proprietary.
Just because it's low volume doesn't mean it is proprietary, or not a commodity.
IMHO, Intel is only kept in check pricewise, by the presence of AMD, to a lesser extent, Via and Transmeta, and to a still lesser extent by PPC and other 'non-commodity' processors.
IA-64 is simply THE MOST PROPRIETARY processer there is. It's IP is held by a separate company, licensed to Intel and HP, so that prior contracts those two have don't give anyone else IA-64 access. The PII bus was patented, the PIV bus is patented, SSE (and/or SSE-II_ is patented.
They're perfectly within their rights to do this. But then you have to watch what you call 'closed' and 'open'.
The living have better things to do than to continue hating the dead.
There's so much more to system level than the base technologies. I had an opportunity years back to work closely with a systems shop, selling/supporting my chip design. I learned a lot about system-level performance and reliablity in that year-or-two, and realize that those folks had forgotten more than your garden-variety PC folks had ever learned.
Individual components and pieces of performance (CPU clock and IPC, for instance) are only part of the issue. System balance is important, and only learned with experience and sophisticated tools. True reliability is the same.
The living have better things to do than to continue hating the dead.
The first serious sign that McNealy & Co. are actually thinking. This could be positive for Sun if they execute it right...something I have my doubts about though.
Sun reminds me of Atari or Amiga from days past...great company with lots of innovative ideas, piss poor execution.
They really need to spell out the future for their customers, will they adopteron the Operon for all servers eventually or is this just a little hack to keep the analysts off their back.
If they treat this like their x86 servers with annoucements like:
"We'll sell you this x86 junk if you really want it, but if you want to do anything serious give us a call about our UltraSPARC servers running Solaris!"
Comments like that don't incite confidence that as a customer I'm going to get support. Or long term roadmaps.
I like paying taxes. With them I buy civilization -- Oliver Wendell Holmes
Last October (2002) I was talking to some AMD folk, and they indicated Sun was on board. Over the past year, those ties have gotten stronger, and the two companies have been getting closer and closer.
:). The first box that should hit is a dual CPU 1U opteron box, with a 4 way to follow shortly after that. The interesting stuff follows those vanilla boxes.
There are a bunch of boxes on the drawing board, the ones they announced are just the first of many. The delay is that there is no real support for Opterons until they ship Solaris 10, which is due in the not to distant future. Until that OS hits, the Opteron support will be pretty half baked, just Xeon code, and no real use of AMD64 extensions.
That said, without trying to sound to much like a whiny martyr, I have been writing this stuff up for the last year on the Inquirer, just no one believed me
-Charlie
Sun really is good at designing processors. It's just that because Intel won the volume war because it happened to be the processor for the peecee, it was able to scale up manufacturing to cut prices even more, and sell to PHBs who care about price, not quality. Had IBM gone with the Motorola 68000 back when the first PC came out, which almost happened, we would see a totally different landscape today, where Intel would have probably gone the way of companies like National Semiconductor or Zilog. Imagine the first Linux kernel could have been written for an architecture with 4 times the registers. But alas, today, perhaps our only hope to remove the x86 plague is the PPC.
now we need to go OSS in diesel cars
If I had mod points, I would save you from what is basically an Apple zealot attack against your post. I mean, sheesh, if you don't agree, reply and tell him why, don't just mod him down. But I tend to agree that Apple has tried to crow about OS X being based on Open Source components, and even going as far as thinking that millions of people are going to help develop Darwin just because it is open source, like Linux. Apple is SELLING OS X for a completely closed hardware platform and making a mint doing it...this is not the kind of activity that builds trust in the developer community that their work will not be exploited to buy Steve Jobs another corporate jet or line of coke. But I suppose that, rather than reply, Apple zealots will just mod me down. So be it...the parent post makes valid points.
> And if you actually got that, you're too much of a Sun geek.
Or perhaps a Java programmer. Would that be Forte4Forte, Forte4Java or Forte4C (now all known as Sun ONE, with the later formerly known as Sun Workshop). Erm. Maybe I shouldn't have admitted I know that...
Javascript + Nintendo DSi = DSiCade
the growth in cynicism and rebellion has not been without cause
I only use this computer, say, 10 hours a day. So I should be able to get a prorated non-usage incentive, right? After all, I could have it doing something 24 hours a day.
Infuriate left and right
For what it's worth, I use both a Sun Blade 1000 (2x950MHz) and a dual processor (146) white box Opteron. Both of 'em have 8 GB of RAM and fast wide SCSI drives. The Blade 1000 churns through a SpecctraQuest transmission line simulation about 40% faster than the AMD system.
The Sun system cost a lot more than the AMD system, but the payoff is that the time that I have to spend waiting for a simulation to complete is nonproductive time. Thus, over time, the cost to my company of an engineer's time is better spent by purchasing the Blade 1000.
And the price difference between the two computers is not all that great over the course of a system's life. We have hundreds (if not thousands) of Sun workstations and servers at my company and they are virtually bulletproof. Unfortunately, the same cannot be said of commodity PC hardware, even with 64 bit processors.
But, of course, this is a specific case. I can't speak for its applicability to the masses.
-h-
I've not tried Solaris, but my top (bottom?) pick would be Windows ME
Every time some corporation jumps on the latest bandwagon to try to stay alive, half of SlashRot shits itself with "Great move!!" "Great for the marketplace and competition!!" "Now that's thinking!!!"
In this case Sun probably needed to find something to do with 180,000 Netra cases sitting overstock in a warehouse.
IANAL? (I Am Not A Lawyer?)
What would lawyers know about Solaris apps?
IANAL, but I don't think that's an issue with most Solaris apps.
What on earth does that have to do with you being a lawyer?
autopr0n is like, down and stuff.
Where I work we got this thing called the "Graphics station 12" which was like 6 2U rackmounted Linux boxes running as a graphics cluster. It was so useless that we unracked the machines and set them up as workstations (dual 1ghz Xeons)
:P
Apperantly they were all diffrent inside, and had signs of manual re-wireing. We may very well have the only one in existance
autopr0n is like, down and stuff.
Sun needs to hold of for a while.
These "opteron" servers are too powerful. We just don't have the bandwidth to process the amount of energy the sun is throwing at us right now.
Oh.
Never mind.
Upstairs Dog, Downstairs People.
Has anyone ever looked through the jpeg library? There is all of these #ifdef solaris things all over the place to define functions that are standard in everyoneelse's c liberaries. Even Borland 16bit dos c compilers are more standard.
Well.. maybe. Or Maybe not. But Definitely not sort of.
Woops, lost it. OS, not CPU, is the key here.
And they will continue to do so, so long as Sun still make their own motherboards, certify their own memory, and just generally build proper server systems. Controlling that might be a problem... but if PHBs are really as interested in 'support' as some say, then they'll go with a real Sun instead of Solaris and some DIY box.
Opportunity knocks. Karma hunts you down.
6GB of memory can be installed, an unusual number. I would have expected a larger upper limit. If you really need to break the 4GB barrier, 6GB seems low.
I think we can finally write off the Inanium.
Maybe you're thinking of Linux running on a 386dx-16.
My linux boxes don't freeze on large file transfers, not even close. I can transfer large multi gigabyte files over gig-e from a scsi device, and play UT2003 at the same time with no noticable performance hit. Or transfer large files from one drive to another while mythTV runs without dropping a frame.
Don't you think "machine freezing on large file transfers" would be a bigger issue if it were true?
- It's not the Macs I hate. It's Digg users. -
I'm not saying that any of the companies below actually employ the platforms listed in their VoIP applications/implementations, but I definately think it's interesting to see the comparison (IBM vs Mainstream Market).
Packet8 runs Microsoft-IIS/5.0 on Windows 2000.
WebPhone.com runs Microsoft-IIS/6.0 on Windows Server 2003.
Sonexis runs Microsoft-IIS/5.0 on Windows 2000.
Skype runs Apache on FreeBSD.
SIPphone runs Apache/1.3.27 (Unix) PHP/4.3.2 mod_fastcgi/2.2.12 mod_perl/1.27 mod_ssl/2.8.14 OpenSSL/0.9.6b on unknown.
Does anyone have information on other corporate VoIP-PBX solutions?
Comment removed based on user account deletion
so Sun will become Dell or HP???
I seriously doubt it.
1. Neither Dell nor HP has a high-end server operating system equivalent to Solaris.
2. Sun's hardware has been of a higher caliber and reliability. I have no reason to assume that they would put any less effort into their Opteron-based products.
3. Sun has never chased the consumer desktop market. You won't find a Sun for sale at Best Buy. Nor will you find pictures on Sun's web site of smiling, multi-ethnic families clustered around Sun machines on which the children are doing homework.
4. Sun has the technical know-how that neither HP nor Dell has. Sun continues to innovate while HP and Dell are content to sell cookie-cutter PCs. There's nothing wrong with the latter as a business plan, but it's a far cry from Sun's technical leadership role in the industry.
I'll be happy if Sun backs away from their SPARC CPU development. They don't sell enough hardware to cover the R&D costs necessary to make SPARC CPUs competitive against Intel, AMD, or even IBM offerings.
Actually, both Red Hat and Suse sell "enterprise" version of their distros with a minimum 5 year guaranteed full support.
Sun x86 boxes come out of the same factory as Dell servers... :|
I'm sorry if I haven't offended anyone
Buying an Opteron machine at Sun makes about as much sense as buying meatballs-and-potatoes at an expensive French restaurant--it's probably going to be fairly good eating, but it just kind of misses the point and end up paying way too much for it.
I think Sun is basically doomed. Unlike the restaurant industry, the computer industry doesn't have much of an expensive vanity market. Sun has nothing to offer in their hardware product line that AMD and Intel-based solutions don't do better and cheaper, and Solaris is an antiquated behemoth. Sun probably isn't making any money from Java either.
Let's just hope Sun won't get vicious on their way out, like SCO did. With their legal teeth sunk firmly into Java and the Java specifications (check their patent portfolio and licenses), Sun's legal team can do enormous amounts of damage to the open source Java community.
I don't think Apple assumed that at all. Releasing the source to Darwin was not that big of a step given its roots, but more importantly it scored them some marketing points with a faction of the tech community. Between Linux, *BSD, and Darwin, which kernel do you think will recieve the most bug fixing patches from the world at large? Would anyone put effort into Debian/Darwin over Debian/BSD or Debian/Hurd? Certainly Apple has a more benevolent attitude towards open source software than Microsoft, but let's not kid ourselves. Some wonder whether Apple is a hardware or software company. I think we should ask if Apple is a computer or lifestyle marketing company. My response is that they are both. That explains why going to an Apple store is a bit like going to The Gap and why I tend to feel a bit miffed when I read /. stories about why the author of fink is abandoning his project.
I'd like to see you revise that when 2.6 is in common use. 2.4 is ok, but 2.6 is outstanding.
But I believe its hardware and not OS that sets them apart from pc's. Yes, the os is important but load is really backed up instructions that are not executed. Its all i/o. A fast processor can certainly help because it finishes processing faster. However sun machines have multiple busses that are backplained and specific memory that is wired to several cpu cores.
Very different architecture. To prove my point, the fastest servers mostly run Windows2k3 and hp/ux with ITanium processors according to spec. These are HP superdomes. Yes, all but 1 or two run WIndows! All hardware.
Obviously on an x86 box it wont matter if its running solarisx86 or Windows2k3. The hardware i/o will choke it.
People also buy sun for reliablity. Linux is not as reliable as the other unix's. Not to sound trollish but look at the VM fiasco a year ago with 2.4? FreeBSD and Solaris are not 99.9% stable but 99.99% Think of a wharehouse or mission critical database? If employees can not do there work, then they lose money. Tens of thousands an hour! Sun and other Risc vendors can play here and this is why they continue to buy suns.
http://saveie6.com/
What are the specific differences between consumer level hardware and fancy server level stuff like SPARC processors?? I remember asking my boss when I was doing an internship why they had the fancy sun workstations when my programs would compile twice as fast on the dual P3 computers. He said something to the effect of "reliability". I noticed some other weird things about our fancy hardware also. There was this really expensive digital camera we got had this crazy problem where one of it's grounds was actually at 4.9v with noise that went above 5(triggering the shot) Apparently the company that made the camera was totally unhelpful when asked about the problem. Also, The fancy video capture board that handled the the camera didn't even have drivers for Linux. The company just made drivers for Windows but the drivers cost an extra few hundred dollars! What the hell is that?! Maybe this is normal to a lot of you guys but it was pretty shocking to me. I guess companies put up with a lot more BS than the consumer. So really, how much more reliable are these mysterious computers, processors, and hardware, and how much more do they cost? Is reliability really worth it for a workstation which backs up all it's data on a server anyway?
The headline says "system", not "operating system". His point was that Sun has a knack for putting together state-of-the-art servers, even though the UltraSPARCs may not be best in show. Operating system is part of that, but this troll doesn't even know what he's trolling.
--- What
Eh. Sun's beendown this road once or twice before. The writing always seems on the wall for Sparc, Solaris, or both, and like dutiful tech sheep... err... visionaries, the upper management tries something silly with "commodity" (NOT open, Sparc is an open standard, x86 with 64bit extensions is not) processors.
Like in the past, they'll find their customers don't want cheap x86 processors. They want Sparc processors that will run all of their existing apps and tools without having to port it. If they want super high performance, they buy an Enterprise system and keep throwing processors and disk at it until it's fast enough, and they'll get super high performance. At the low end, blowing 15 grand on a quad V440 is chicken feed compared to the cost of switching platforms up and down the enterprise.
What the V60 x86 series servers do is offer an option to the customers who may be looking at linux for small projects, and keepsIBM, Dell and HP the hell out of the Unix server room. I seriously doubt it's going to replace, or even seriously threaten, their SPARC/Solaris business. Now that Sun's teamed up with Fujitsu, performance isn't going to be an issue. Fujitsu's SPARC chips can hold their own against Merced and Opteron for not much more money.
SoupIsGood Food
The OS has something to do with it. But I'm comparing Apples to Apples here. Solaris x86 to Solaris Sparc, and the x86 boxes still have more trouble handling the load than an equivalent sparc.
I do suspect it's more of a platform issue than a CPU issue.
"You've got an invalid haircut" -Warren Zevon - Life'll Kill Ya
It's both.
On the same hardware, FreeBSD will handle more load, but Linux will handle the lighter load faster.
And Itanium boxes aren't even in the running for the fastest servers, unless you are talking Altix 3000 Clusters. Itanium is a bloody dog performance-wise. Now for a trulay fast server, you are going to spec high-class Power5 or Sparc hardware.
"You've got an invalid haircut" -Warren Zevon - Life'll Kill Ya
BTW, Sun's website had directions on how to set up dual boot Solaris/Linux on a Sun Blade.
A Shadeless room is a brighter room.
Which one is worse?
Posting from work, with too much work to do?
Or, posting from home, because you have no job, and nothing else to do?
All bow to his Noodliness!! His Noodle Appendage has touched me!
My work (sun sys admin) brings me in close contact with sun people
They all replied the same.
"Not that I heard of, and it seriously surprise me if we did."
Maybe sun is planning on entering opteron based system, nect to the x86 based V60 and V65, but replacing their sparc systems with opteron systems ?
Doubt it.
They certainly are not giving up on R&D. They are introducing low-end Opteron boxes to get a bigger share of the comodity server market. That is all.
Stick Men
Interesting. That definitely makes sense for them, trying to get into enterprise level deals.
I like paying taxes. With them I buy civilization -- Oliver Wendell Holmes
I'd hope they're good at designing processors, or at least systems, because they sure as hell aren't good at designing software. Oh wait, unless torturing administrators is part of the requirements.
You are supposed to get reliabilty
-So multiple power supplies that can be replaced while the machine is running.
-The ability to turn off the power on a PCI slot, so a card can be replaced or added without a reboot.
-Even CPUs can be changed, hey OS stop using that CPU and hardware turn off the power it's acting up and we want to switch it.
-You also get hardware monitoring systems, so you get emailed when a power supply is broken.
In the last few years all these features have also shown up on intel server hardware. Linux and Windows software is also available from the vendors that rivals the sun stuff, in some cases exceeds it.
So maybe Sun is dead. I think Sun would be better served embracing Linux, and producing their own distribution which they could even call Solaris 11. In most of the companies these are critical systems, the money is secondary to the support, but Linux and Windows are unstoppible forces like the Intel architechture.
I think the quote to use is: "An enemy of an enemy is my friend."
If we assume that Sun realized that they couldn't produce cost competitive low-end boxes, AMD is the obvious choice for a chip supplier. Intel is trying to take over Sun's high-end with it's Itanium architecture. IBM on the other hand competes with Sun in the consulting, service, and support arena - so their Power chips are out too. AMD, however, is in the position of being big enough to be reliable, small enough to not be a threat to the "big picture".
Ok not new because we've all heard this kind of gripe before but here goes again anyway,
Look when you write and release open source software you lose control over who can do what with it. Especially when you write the software under a corporate ass rapeable BSD license you pretty much say to the world "Here take the fruits of my hard labor and profit from it without sending me a dime. Thats right I hereby give you the right to take my work and leave my penniless while you profit so greedily from it you are able to afford 5 whores at each house you own. And not cheap whores either, but those high class escort $600 an hour fine ass type bitches. Ok thank you and have a nice day."
So who's really to blame here for this situation? Apple for being smart and capitalizing on an opportunity or the touchy feely, if we just think good thoughts the world will turn out all all right open source idealists?
Mac OS X and Windows XP working side by side to fight back the night.
Finally someone else that understands this. Linux/*bsd on commodity hardware is great for a small office that needs a moderately active file or print server. I even like them for webservers and backup systems, but as I can see it, most /.ers have never worked in an Enterprise level datacenter before. Its a whole differnet ball game there. Sure a new server may cost $400,000, but your planning on keeping it for at least five years and need that 99.99% relabilty and support when it does break, because if it does, you could loose $1M if the damn thing is down for a day.
For high end database work, there has always been two platforms I've seen, IBM and Sun. The two datacenters I have worked at in my life time were running AS/400 (about 200 of them) and the other was a medium sized architecture/graphics design firm with about 30 ALPHA units. Those AS/400's were about $500,000 a piece when new and when one broke, or was being upgraded, IBM's people were there within two hours and often fixed in 4 hours. Those were redundant systems, so if one or two server went down, it might slow down the DB processing speed a tad, but not by much.
I now work as a consultant on helping SMB/E's make wise technology choices and we focus on TCO in all respects from servers to printers. For SMB's, Linux is not a toy, its a solution. Its a cost effective tool when you compare its TCO to that of Windows.
Where can TCO be killers? Well one our clients owns and operates kiosk systems for several businesses. He also had one other competetor in the market and both were using Windows 2000 based solutions. We help our client migrate all of his systems to the Linux-based FirecastOS last spring before the "Worm-of-the-Week" hit. The other company lost 20% of their market share over the summer and now are barely in business to our client and I predict that by the end of 2005, they will be out of business completely. Why? Because our client told us, "After we switched to linux, our service calls have reduced by 85%. Now we are just dealing with hardware failures, not software problems. Also, Licensing on his old system was $1200 with windows and the kiosk software. Now its $400 per unit.
At any rate, it depends on who and want your customer needs. A small office with 10 employees would proably be wasting their money on a SUN system as that $10,000 would buy them 3 systems for about 12 years compaired to a reasonable 6 year life of that Sun sever. A larger company, its a different story.
"The problem with socialism is eventually you run out of other people's money" - Thatcher.
I've seen this freezing problem when moving 300 or more 100 kbyte files from an EXT2 drive to a FAT32 drive. The freeze results in about 20 files with a size of zero. My workaround is to do a sync every 10 files.
Contribute to civilization: ari.aynrand.org/donate
I admit, the Solaris kernel is very good on large systems, and as a result Sun has made some passable tools for large-scale administration. But once you go Linux (or even worse, Debian), you can never go back...
Sun already does have to support windows. This is due to their "PC Card" that you can put in any sun machine and use it to run windows. Therefore, they do have a Windows OS support team.
Woops, lost it. OS, not CPU, is the key here.
Untrue. Don't forget the larger caches and better aggregating bandwidth these systems have. The hardware allows the scaling, the OS makes it available to the end user.
Healthcare article at Kuro5hin
Sun x86 boxes come out of the same factory as Dell servers... :|
This says nothing about which piece of the statistical pie goes to Sun and which piece goes to Dell. Manufacturing is a non-deterministic process, where some pieces spec out better than others. This is why CPUs vary in speed, why some ball bearings cost more, and is why you should never paint a room using separate cans of paint on the same wall.
Healthcare article at Kuro5hin
I guess Sparc was cool once, but now it's just a pain. I long for Sun to return to the days of commodity processors - especially if they can pull off trouble-free, user-transparent sparc emulation on opteron.
Oh, and also trouble-free, user-transparent opteron emulation on sparc. That way people with old boxes can run the new software, and people with new boxes can run the old software, and everybody's happy.
It'd be nice to have a field in the ELF header that says "translate to native at load time" or "emulate native at runtime". So you have the option of running fast, or, if the binary is a little weird, you can fall back on the slower but more less problematic emulation (actually, emulation probably should be the default).