IBM To Demo OpenPower 710 At SCALE 3x 101
An anonymous reader writes "IBM will demo their PPC based servers including their new OpenServer 710 at SCALE 3x this week. In addition they have their i5/520 running Power Linux, Intel Linux, AIX, i5/OS (OS/400), and Windows all simultaneously. SCALE will be held this weekend in Los Angeles at the LA Convention Center. Speakers include Kevin Foreman (Real Networks), Jon Hall (Linux International), Larry McVoy (CEO BitMover), Marc Hamilton (Sun) & 30 other sessions. In addtion to the talks there will be over 40 exhibitors including IBM & Novell. If you're in LA drop by on 2/12-2/13. There will also be a dinner and GPG Key Signing party. (For a free exhibit hall pass register with the promo code "FREE" or a discounted full access pass with "NEWSP".")
Re:Yes, but does it run Linux? (Score:2)
Re:OpenServer? (Score:1)
Re:OpenServer? (Score:1)
Re:Hey ! I can run that with my pc (Score:1)
Re:Hey ! I can run that with my pc (Score:2)
Re:Go PPC! (Score:1)
Re:Go PPC! (Score:1)
I've written PPC assembly but no x86. I've never been a fan of x86 but these days, so few people program in assembly it's not an issue.
Re:Go PPC! (Score:1)
Re:Go PPC! (Score:1)
However, the fact is that there isn't that much call for assembly outside of embedded systems these days.
PS: I'm trying to decide whether or not
Re:Go PPC! (Score:2, Interesting)
Even if you pick your chips for assembler elegance, x86-64 isn't too bad. Most of the x86isms that hampered performance are either not used anymore (e.g. segmentation) have been fixed to some extent or no longer matter much in a modern chip running modern code.
In the "fixed to some extent" I'd include the lack of integer registers - x86-64 has twice as many, the nasty FPU architecture - x86-64 uses SSE2 instead. Also, variable sized instr
Re:Go PPC! (Score:1)
My PowerMac G5 runs at 2.5Ghz - how fast do Opterons scale up to now?
G5 = Opteron (Score:1)
Athlon FX-55 - 2.6GHz.
I would say thats faster than a G5. AMD and IBM have been sharing alot of processor technology lately, its not suprising that there processors run about the same speed. more info [theinquirer.net]
Re:G5 = Opteron (Score:3, Insightful)
Apple clocks in at $2999 for the base configuration. Taking that same configuration to newegg is required quite a few substitutions: I w
Re:G5 = Opteron (Score:1)
Re:G5 = Opteron (Score:2, Interesting)
Not that it helps them much on Spec benchmarks -
http://www.aceshardware.com/SPECmine/top.jsp [aceshardware.com]
But for most of the last couple of years, the best performing x86 managed to run at a higher frequency than the best performing Risc, or turn in better SpecInt benchmarks - at least for single CPU, or sometimes both.
PC hardware tends to suck for multi CPU stuff though - even Opterons are a bit disappointing to be honest, considering that decent SMP performan
Re:G5 = Opteron (Score:2)
Which is my point really. It's not that x86 has an particularly good, it is that PPC and other Risc chips no longer better enough to make people switch.
It's also worth noting that modern x86 chips like the Athlon are essentially RISC chips at heart. Internally the chip converts x8
POWER 5 Opteron. (Score:1, Informative)
They are NOT Power970 proccessors used in Apple machines, these are POWER 5 proccessors used in Unix big Iron. Opterons aren't even in the same catagory.
They get spanked by quite a large margin in Opteron vs POWER. Comparing a Opteron vs a POWER 5 is like comparing a Intel Xscale proccessor vs a Pentium 4 "Extreme".
The transistor counts are astronomical in the POWER vs Opteron for one thing.
See here:
http://www.aceshardwar
Benchmark recomendation (Score:3, Interesting)
Re:Benchmark recomendation (Score:2)
I would personally like to kick off a bunch of folding at home on a large cluster, too bad time on these clusters is a very precious commodity...
Re:Benchmark recomendation (Score:1)
Re:Prizes? (Score:1, Informative)
Luke Skywalker working at Sun? (Score:2, Funny)
I guess Luke is Sun's only hope?
Nah... (Score:3, Funny)
But... (Score:3, Funny)
Imagine.. (Score:2, Funny)
Nooo!!! (Score:1)
Now you tell me! You twat.
Re:Some OpenPower (Score:5, Informative)
http://www-1.ibm.com/servers/eserver/openpower/
9123-710A POWER5 / 1.65GHz 1-way 36MB 2048MB 2 x 73.4GB Ultra320 10K rpm $4,713.00 IBM Web price*
9123-710B POWER5 / 1.65GHz 2-way 36MB 4096MB 4 x 73.4GB Ultra320 10K rpm $8,428.00 IBM Web price*
9123-710C POWER5 / 1.65GHz 2-way 36MB 8192MB 2 x 73.4GB Ultra320 10K rpm $12,766.00 IBM Web price*
Re:Some OpenPower (Score:5, Informative)
From The Register:
Big Blue bills its OpenPower line as a serious threat to Unix gear from the likes of HP and Sun Microsystems. But at a starting price of $3,449 the OpenPower 710 will also rival systems running on Intel and AMD processors.
Re:Some OpenPower (Score:1, Troll)
Personally I find it rather revolting that you would even suggest they sell their new architecture for $1,000. If only because I am sick of people like you who call me and tell me I should sell my services for some ungodly low and very insulting rate to somehow fit their non-existent budget. And you know what? I tell these people to ever so politely go fuck themselves and for some reason, I do quite fine with clients
Re:Some OpenPower (Score:1, Offtopic)
Alrighty... guess I'll be doing a lot less reading on
What a crock of shit.
I mean, IBM needs to sell their new architecture for 1,000 or they'll never sell any! gets +5?!?!?!?
if only their was a way to delete my entire fucking account right now.
Re:Some OpenPower (Score:1)
Re:Some OpenPower (Score:1)
Look at the prices for _good_ SCSI hard drives, and already your close to $1000. Segate 75 gigabyte 10k disks are around $300. $600 for 140ish gigabytes.
Next thing you've got to look at is processor cache. It's expensive anywhere you put it, so most low-end Intel processors have around 1 to 2 megabytes of it. A 30 grand OpenPower machine is likely to have double or triple that (he said not knowing).
Plus a lot of other things I don't feel like rattling off right now.
A $1000 OpenPower server would
Hey, ya know... (Score:3, Insightful)
The original Cray C1 ran at 80MHz and had 4MB of RAM [pipex.com]. The PalmOne Zire 21 runs at 126MHz and has 8 MB RAM [palmone.com]. And it fits in your pocket.
Sadly, it costs $40 plus shipping on ebay, but it'll come down soon.
Not relevant, but highly amusing. And yes, I know the C1 has archetechtural advantages over the Zire 21 (parrelelism, floating point...). It'll happen to the OpenPower servers too.
Re:Some OpenPower (Score:2, Informative)
Double or tripple that for $30K?
More like 72x that for $23K [ibm.com]. IBM doesn't mess arround when it comes to cache.
The POWER5 procs have 36MB L2 cache per CPU (Score:1)
2 CPU cores per module, 6MB? L1 cache and 36MB L2 cache per core, all on one P3 sized module.
John
Re:Some OpenPower (Score:1)
Re:Some OpenPower (Score:2)
http://www-132.ibm.com/webapp/wc s
A Power server that is actually priced competitively with the Intel blade servers. True the bladecenter
chassis isn't well suited to some environments, but there is an option.
Oh, and there is always Ap
Re:Some OpenPower (Score:2)
Info source? (Score:2)
Did they say windows???? (Score:3, Interesting)
Re:Did they say windows???? (Score:4, Informative)
Re:Did they say windows???? (Score:4, Informative)
Re:Did they say windows???? (Score:2)
Re:Did they say windows???? (Score:2)
As for OS/400. I used it on the System 38. Hated it. It took from 12 am until 11 am just to run end of night on it. I left before they replaced it with an AS/400. Friends told me it was a lot faster and end of night finished around 4am.
The big question is why would you run Linux x86 when you have AIX and Power Linux?
Re:Did they say windows???? (Score:1)
Would you beleive there is a certain "one world" of HR software by an IBM business partner out there whose applications are java and run on websphere, but insist that they will only run on RedHat linux on x86 or Win2K/2003?
(sigh.)
Other than our iSeries, [1] we are a Netware [2] shop. So for us, it makes sense (because of licencing, etc.) that we go to SuSE Linux as we upgrade/migrate machines. What really irritates me though, is that [6] there are still vendors out there who insist their product
Re:Did they say windows???? (Score:2)
Actually yes I can. The only reason I think of is support. Each Linux distro is just a little bit different. I can imagine trying to support a commercial product under Linux has it's challenges.
What distro, kernel, and patches are you running?
If you have never seen that combination bef
Re:Did they say windows???? (Score:2)
Re:Wow, that's a list of people I don't want to me (Score:3, Informative)
i5 520 Linux (Score:3, Insightful)
Anyway it is a great box - i'm happy having one near my desk for two weeks. It is black, heavy, and rather quiet (for server)
Re:i5 520 Linux (Score:2)
How is this insightful?
And how is this different from running virtual servers in VMware ESX on a quad AMD64 box (lots of memory and cheaper than AIX)?
Single-level storage is nothing but virtualized storage which means there's an I/O bottleneck in this sytem, which in turn makes those virtual servers suitable for CPU and RAM intensive Win/Lin apps (and a very expensive virtualization platform).
(And the fact that the stupid
Re:i5 520 Linux (Score:1)
I think the GP has a few wires crossed, but from what I have seen, one of the big benefits is that you can tap into the big-arsed IO pool of the iSeries.
"how is this different..." you ask? Well, the iSeries is basically one giant transaction engine. It does not have the time to deal with pithy little issues like disk IO, so _all_ the IO tasks are delegated to IO processors. Not just stuff like "calculate parity on these blocks written to disk", but higher
First-hand experience with OpenPower (Score:3, Interesting)
Re:First-hand experience with OpenPower (Score:1)
Oops, my brain temporarily shut down. You can probably deduce that I meant to say, "I chose it over an x86 box".
Re:First-hand experience with OpenPower (Score:2)
Used to be that way - now you can use cluster file systems to run I/O intensive workloads on x86 servers (Google does it 24 x 7).
For example, you can parallelize Oracle databases using Oracle RAC, you can do the same for file and Web servers using a parallel file system like PolyServe Matrix Server, and most application servers have built-in clustering support.
It is a bit more management-
Re:First-hand experience with OpenPower (Score:1)
Guessing by the price, I wouldn't think you have an HMC, but I am interested nonetheless.
Thanks
John
Re:First-hand experience with OpenPower (Score:1)
DLPAR (Score:1)
Re:DLPAR (Score:1)