Current Processors Tested With Linux
Happy-Jollies writes "The team at LinuxHardware.org have kept us up-to-date on the latest in processors for quite some time now and they're at it again. With the latest release of the Pentium 4 'Prescott,' many Linux users will be deciding where to spend their money. LinuxHardware.org's round-up takes a look at the Prescott, Northwood, Extreme Edition, and the AMD Athlon 64."
the G5? It can run linux too, you know.
I know that this is a little off-topic, but does anyone know where the extra transistors in Prescott are coming from? There are 125 million in that baby. Even with alleged 64-bit extensions (hidden, at this point), SSE3, improved branch prediction and the extra large cache, there should be under 100 million, no?
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Seriously, why why anybody use Intel anymore? AMD kills them almost every single time. AND they're cheaper! (Note: I said *almost*)
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I run 2 PPro 200 boxen. They are up 24/7/365. I find that linux keeps it lean and the incentive to keep up with the Prescott's just isn't there for me. For a home server I would say keep it simple and reliable. If you want a work engine that will be used for large EDA jobs etc, then the cpu may get you somewhere (coupled with a good system mobo etc). For EDA jobs though we are starting to look at the future wrt 64bit Synopsis builds for the Opteron family.
I am curious if home server users need all this power...
Hedley
example of the megahertz myth. The chip with the largest cache won. Hands down, no contest.
64 bit workstations have been around forever. Does everyone forget the DEC Alphas?
No, we don't need 64 bit on the desktop. We haven't for the last decade or so, and it won't have that big of an impact immediately.
For gaming? What, you need 64bit color and 64bit sound? No, 24bit is already more colors than the eye can distinguish.. Even if you did, that's the realm of the GPU/APU. For writing emails?
So what if you can linearly address 4TB? A 1 or 2 GB machine is top of the line these days so far as desktop boxes go. The barrier is mainly price, not the addressing capabilities of the CPU.
Show me 512GB-1TB dimms and I'll show you a real good reason for a 64bit CPU on the desktop.
In the backroom, big transactional servers and the like, there's more of a call for it. Maybe a lil boost to a high-end CAD machine.
As far as all the kids running out to spend their allowance on AMD64 chips, that's just them trying to fit in and show how computer savvy they are.
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Oh goody, this gives me a chance to trot out one of my favourite rants.
I really don't understand why more sites don't let you compare *any* part to any other, in a database approach, like StorageReview and some online stores. It is in fact relevant to do so for more than interest, you could for example find out if it is more cost effective to use 5 $100 chips or one $1000 chip. But sites do not support this, instead you have to piece it together yourself (if you're lucky and they're using consistent methodologies). It's not suprising on the candy sites like Anandtech or ExtremeTech where plainly they're just there to sell product, but on this type of site you might expect a little more.
They were running Gentoo yet they apparently didn't even attempt to get the Althon 64 running the AMD64 port. Both POVRay and Vorbis-tools are already marked stable on AMD64, would have at least made the comparison a lot more interesting.
You don't just get a larger physical address space, but also a larger virtual address space. I can imagine this is much more of an advantage (think of memory mapped I/O of large files, or even such simple things like dynamically expanding arrays without copying because you can leave much virtual space between your allocations).
The Tao of math: The numbers you can count are not the real numbers.
I don't see AMD64 showing up in Intel's processor line for a long, long time. I expect they'll build their own set of 64-bit X86 instructions and specifications. After all, they didn't adopt 3dnow! or 3dnow!ext, did they?
In fact, that's probably why Microsoft hasn't released a 'final' AMD64 port of their OS yet. They're expecting a split in the market, and they're not going to get caught in bed with the side that hasn't historically been dominant.
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I would like to see such a comparison. Its hard to get an even comparison with hardware running different OS's.
Although I've got a feeling that the G5 would do ok but wouldn't end up on top.
I'm not trolling but...
Maximum PC magazine had a review/benchmark in their Jan '04 edition. Featuring an AMD 64 FX-51, P4-EE and a Dual, 2 Ghz G5. (unfortunately the article isn't available online)
To summarize, the G5 finished last overall. The tests even included Photoshop (with filters provided by the folks at Mac Addict), Indesign and QuickTime.
Maybe it was that even though the programs use where the similar, they were more optimized for x86 than Mac or didn't take advantage of multi-threading.
I don't see how that if Dual CPU system with a faster SATA HD (the other two were running parallel ATA) couldn't beat a single CPU AMD or Pentium system, that it could be superior in more even comparison. (Same number of CPU's, same HD, same amount of RAM, etc)
Then again we'll never know until we try.
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I think it's the wrong way round: don't start at the top, start at the bottom. Get the secretarys work with linux. Their bosses will (have to) follow. At least that's how MS won on our Campus.
Mandrake IMHO. Download the ISO from http://mirrors.sunsite.dk/mandrake/iso/
The short answer is 'depends'. Long answer follows.
Ease of install goes to Mandrake. Best 'tuner-boy' seems to be Debian (if you want a steeper learning curve but lots of configurability). Suse has the best (IMO) 64-bit implementation. Red Hat WAS good, but they do not have a non-business release anymore. Since you are coming from Windows, Mandrake is probably your best bet. You could try their MandrakeMove product - no install, just Linux on a CD - if you wanted to kinda 'test drive'.
On the Portland Group's website. If you have the money, they're darn good compilers. Microway sells them as their preferred C/C++ suite, which says something... They support AMD64 too! :-)
The only downside, for some, is that they're Linux-only.
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