Intel Processors

With AMD out of the way, we'll move on to the code names and features of all the currently shipping Intel processors. We only have two platforms this time - not counting the server and mobile options. The good news is that there isn't quite as much overlap in the Intel world. Sure, we have numerous chips running at similar clock speeds, but with a few exceptions, each model number explicitly defines one set of features. Where AMD has four different Athlon 64 3400+ chips (including the obscure 2.2 GHz 512K 939 chip that is limited to an 800 MHz HyperTransport link), the Intel Pentium 540J is always a 3.2 GHz Prescott core for socket 775. Let's take a look at the shipping cores.

Intel Processors
Core Name CPU Name L2 Cache Process Notes
Socket 478
Northwood Celeron 128K 130nm No SSE3
Northwood Pentium 4 512K 130nm No SSE3
Prescott Celeron D 256K 90nm  
Prescott Pentium 4 1024K 90nm  
Socket (LGA) 775
Prescott Celeron D 256K 90nm Partial EM64T
Prescott Pentium 4 5xx 1024K 90nm Partial EM64T
Irwindale Pentium 4 6xx 2048K 90nm  
Cedar Mill Pentium? 2048K 65nm  
Smithfield Pentium D 2 x 1024K 90nm Dual Core
Presler Pentium D? 2 x 2048K 65nm Dual Core

Socket 478

We consider socket 478 to be in the same boat as socket A for AMD, but we'll include it for those who might be considering upgrades. Your processor choices are limited to Northwood or Prescott cores (or the P4EE Gallatin), and we would actually say that the Northwood cores are still a decent choice. The problem is that Northwood chips are now more expensive than Prescott chips, so you have to pay more for older technology. They do run cooler than Prescott, however, and you'll want to make sure that your motherboard supports Prescott before going that route, as not all socket 478 boards do. If you're using a socket 478 motherboard that supports the 800 MHz FSB, everything up to and including the 3.4 GHz models are reasonably priced (not counting the Extreme Edition). However, the 3.0 GHz and faster processors are all pretty close in performance, and overclocking can probably get you as far as a new CPU - provided that your RAM is up to the task.

For 2.8 GHz and above, we'd say look to overclocking first (if you haven't already), and if you're still unsatisfied, you'll probably want to ditch the platform rather than investing more money. Those running anything less than a 2.6 GHz chip might consider purchasing one of the faster chips before they entirely disappear, but you're basically delaying the inevitable. Unlike AMD, however, socket 775 doesn't offer a whole lot in the way of improved performance. DDR2 and PCI Express won't be available without switching to socket 775, but they're not truly necessary. We wouldn't spend a whole lot of money on a new AGP card, but if you already have something reasonably powerful, you're probably best off waiting a bit longer to upgrade from anything sporting an 865PE or 875P chipset (or else jumping ship and purchasing an AMD system).

Socket 775

As we shift to socket 775, things get a bit more difficult. First, we have the Prescott and Irwindale (Prescott 2M) processors - the Pentium 4 5xx and 6xx chips, respectively. We don't feel that the added cache is better than a faster CPU core, but you might want to read our article on the 6xx chips. The addition of 64-bit support may come in handy now that XP-64 is finally available, although for most people, we think that it makes more sense to continue running XP - but that's a topic for another day. Note that the Pentium 5xx and even the lowly Celeron D 3xx are getting EM64T support, but it's only in the "+1" model numbers - for example, 540J doesn't include EM64T, but 541 does. We covered this in our last Intel Roadmap Update back in January, though we're still waiting for the 5xx and 3xx 64-bit chips to show up at retail.

The next Intel core is Smithfield, which received its official name with the recently released Pentium D processors - although really, we should call them "the recently announced" Pentium D processors, as they are not yet available for purchase at any retailers. (That should hopefully change in the next month.) Smithfield processors will use 8xx model numbers to differentiate them from their single core relatives. Like the 6xx series, the 8xx processors all feature support for EIST and EM64T, but they add a second core. Multitasking in particular stands to benefit a lot from the addition of a second core, but for running a single-threaded application (without a bunch of other processes), a higher clocked 5xx or 6xx chip is still going to be faster. The Extreme Edition also has HyperThreading enabled, allowing the execution of four simultaneous threads. Unfortunately, HyperThreading is not always beneficial, as there are cases where the Pentium Extreme Edition 840 is outperformed by the Pentium D 840.

There are drawbacks for Pentium D: heat output and power consumption. The power draw of a Pentium D system scales rapidly with increased clock speeds. In order to combat this, Intel has been forced to reduce the shipping clock speeds of their dual core chips. This means that while 3.6 and 3.8 GHz parts are available for the 5xx and 6xx lines, the fastest 8xx chip is currently 3.2 GHz. Sure, the relative power draw of Pentium D may only be 15% higher than Pentium 4, but when you're talking about 100+ Watts, removing an additional 15% can become difficult. You could also say that the lower clock speeds tie into the more affordable prices that Intel is presenting. Where AMD is essentially releasing dual core variants of their 3500+ and higher processors, Intel is only releasing 2.8 to 3.2 GHz parts. If AMD had 1.8 and 2.0 GHz dual core parts, the prices might be quite a bit lower.

Even with these drawbacks, the Pentium D is still an attractive part for many people.   The biggest problem is that the Pentium D is not yet available for purchase, and while it uses the same socket (LGA 775), you need a motherboard with one of the new 945/955 Intel chipsets. (The NVIDIA nForce 4 SLI chipset will also work, provided that the motherboard manufacturer has designed their board properly.) If you're serious about purchasing a new computer and you're set on an Intel system, we would strongly recommend waiting for the new motherboards and processors to become available.

Socket 939 Closing Thoughts
Comments Locked

55 Comments

View All Comments

  • Tujan - Friday, May 27, 2005 - link

    'Emphasis. Im not a loreate of writing style. Both writing and speaking converge sometimes. Double quotes is 'quoted,'quoted written"".

    Since syntax of computers with parameters etc,in for example 'DOS will use computer langauge etc,I dont use them in practice ':) for example.

    Might find a more 'legal' way for writing,but doing so is just as much a 'program,so......

    ........if you weren't speaking(writing) to me. Never mind.

    ....... Get in trouble lots for not having correct usage. But cant edit stuff easily or 'proof it,such that looks same way as 'studied authors/article writers. The 2 dimensions of speaking/writing hasn't really come to a full context. Prefer writing to speak.For all practical purposes,everybody is silent to this.
    Never gauranteed of readers display characteristics.Or 'commentors ,program variations.

    The Anandtech forum here,makes a brief reply look long and out of place. Didn't mean to scarf it up.
    Think the balance is in what your trying to say when commenting.

    ....ya know.
  • stephenbrooks - Wednesday, May 25, 2005 - link

    What's with all the extra apostrophes (') you keep putting in your posts before the words?
  • Tujan - Saturday, May 21, 2005 - link

    "" As for components, PCIe and DDR2 are definitely not necessary for a computer. They may help in certain tasks, and they may be more "future proof", but if you were to set two PCs next to each other, one with AGP and DDR and the other with PCIe and DDR2, most people couldn't tell the difference without opening up the control panel."""

    ..idea being it makes no difference the question of 'can a hippopotamus swim"". Perhaps maybe both you and me know the answer. What makes a difference is it is still a valid question. Wich has a definite answer.
    Problem being,spend more or less for your computer ""? People arent buying computers to give you their money. Then - I dont want performance based on a cost of a machine. Information is necesary to tell how 'lucky I will be as a purchaser. Where participation of technology is the relationship of buyer. The 'platform,AMD,Intel,both have a signifigant performance to that participation. I have not yet seen the stats in wich show'd other than relationship between 'highest tier,and 'others. Would like to see,all the performance stats for the platforms ,for anything other than FX,or EE processors. (make it 775,939).
    Again,these are really affordable,very good performing machines,new technology,and 'upgradable to a future 'partipation of the technological accesory.You could for example,simply take the two 775,or 939 pin 'platform as basic criteria. Then tool the charts consistent to all other processors excluding FX,or EE. If you look,the same person w/o knowing a frame rate,from the control panel,is the same person looking at the same frame rate(Pcie,Agp). The person looking at memory output,is dealing with the memory output they have on the platform with the processors. Different apps,have different stats as to how they will perform. This pertains to the same person utilizing them to their participation to it.
    AGP/PCI express ...same affordable graphics cards. Motherboards ..same affordable motherboards. Memory same affordable memory.
    But I have yet to see anybody do the changout for the processors. The affordable processors.
    ____________________
    Sure I know that if you did this on a monthly basis it wouldn't show a great deal of difference. But even giving the same info over again,leaves room for a highlighted proprietors system accesory.,though not the criteria for the comparison. Since there are always someone 'new,to surmise their systems,it would be certainly good for them.

    Making a mistake to leave the criteria out simply to deem 'cost analysis. Since we know these are performance,better than that before - the technology still has not been given its air of dayview. At least not with the processors. Knowing you could do this is just well enough an upgradable powerful platform. Leave 'cost analysis to THAT criteria. Fact is they are affordable,they are powerful,they are participation in new better technology.
    Might consider applications when dealing with the hardware facet such as 'dual-channel memory/non-dual channel memory.Again along with the ''multi-tasking''.
    The big deal however is the 'fact of making the stats for the processors.AMD has been way too expensive.Affordability is just coming on line.Same goes with Intels 'Prescotts. Maybe the processors will show distributive results across the platform.

    ..........had to look up hippopotamus. Hi ya. I'll be reading. Really apreciate the reply here. This WAS a question for a processor to resolve.
  • JarredWalton - Friday, May 20, 2005 - link

    A budget system doesn't imply that it's a slow PC by any means, but there are certainly tasks which will bring a budget system to its knees. Gaming is one such task, but video editing and content creation in generaly really require more than a typical budget PC. We also had the Gaming Guide at the end of November, which included PCs for the Low, Mid, and High end price ranges. That was intended as a Christmas computer Guide, and it covered all the options we feel are important.

    If you don't want a good graphics card, I assume you understand that the Buyer's Guides are merely meant as recommendations. You can easily remove the graphics card from the equation if you want. We probably could do a monthly Buyer's Guide covering each segment, but some times very little changes.

    As for components, PCIe and DDR2 are definitely not necessary for a computer. They may help in certain tasks, and they may be more "future proof", but if you were to set two PCs next to each other, one with AGP and DDR and the other with PCIe and DDR2, most people couldn't tell the difference without opening up the control panel.

    Our Guides always try to make it clear that if you're happy with your computer, there's really no reason to buy a new one. Upgrade when *you* want to, not just because a new technology comes out. Many people and corporations are still running Pentium III and Athlon systems with 1 GHz or less processors, and for the most part they're okay with the performance level offered. I still wouldn't suggest anyone actually buy such a system NEW right now unless it cost less than $100. (I just gave away my old Pentium 3 1.4 GHz PC with 512MB of RAM to a friend - it had become useless to me, as I had better PCs available to replace it.)

    Anyway, Tujan, you might not want to read the Mid-Range to High-End Guide when it comes out next week, as it targets the $1500+ price range. :) Kidding, of course, but please realize when you read it that we're not saying people HAVE to spend that much. I'll be starting another Budget Guide soon as well, for those interested in the price/performance options.

    Take Care,
    Jarred Walton
    Buyer's Guide Editor
    AnandTech.com
  • Tujan - Friday, May 20, 2005 - link


    Buyers Guide Mid-Range,January 2005
    Author Jarred Walton..
    http://www.anandtech.com/guides/showdoc.aspx?i=232...

    Just one more tug at your attention here one tiny moment. This article came out in January 2005. It is well put together,and sums up some of the same components that will go into todays computers. Although the selection will be of course those included to June 2005 if anybody was to include them.

    The technology space is the same pretty much,pci-e or no pci-e,socket/socket wich socket,and where art thou processor,and memory,where oh where is my memory,or what did I do with it. And whichever be the case.

    Comment being this article was out in January 21 2005 ! The very same day,probably to the hour that those xmas credit card bills became due. We needed this article a month before xmas,....actually we need this article every freeky month. In otherwords the timing of this article couldn't be worse.

    And these are performance computers. They are not 'low-end,just on the count of a lesser priced video card,or lower amount of memory/processor type. Something is very wrong with the insultive frequent in the likes of "Longhorn" Dec 2006, AMD DDR2 Feb 2006,Intel 945g Motherboard 250$,AMD DualCore 500$,Intel EE 950$. Ah crack corn and dance XBox now.

    While I couldn't bett against them I could certainly fit between them.So some of your stories at least should 'light up for somebody. I just dont see the benifits of the change involved in being informed about it lately. Since nobody is showing us the score of that performance information. So at least a person could be 'lucky at that performance level.

    I just find it quite insultive to know Im being ignored. The chronology of presentation in statistics of performance of systems in articles couldn't be worse.

    Wont bother you with this again. Said my piece,geuss thats well enough.
  • Tujan - Thursday, May 19, 2005 - link

    JarredWalton,..Hi ya..ufphhhh - your the author here (LOL).
    The point Im trying to let you know about is that for a new buyer,939,and 775 pci systems,are 'performance systems.The lack of memory,or want of a processor does not mean that we as a buying public are gathering low end dirt.
    Your article is detailed for the processor.But marketwise,lets be honest about what you know about them. You or I can put them together for under 1300.00,so why should I be insulted with being ignored to the use of the technology as a consumer.Being told,I have a low end system,or a 'value system - simply because I didn't stuff a gig,or a 400-500$ graphics card into the system.
    When you look the conspiracy gets deeper in that for both AMD,or Intel it will cost 500$ min,to keep with the dual cores on your platform !!.
    AMD has been very expensive,period.The platforms have been mixed (no-pci,yes-pcie). With Intel still being just as bad now,with its 'new motherboard etc.
    Mean 18mos on the market then your gone ? Think that was 18 months to market,two day (Ill exajerate) gone on the shelf.

    Your story is fitted for everybody (Hi everybody), processors. I think everybody is waiting to go as it is. Nothing to do with YOUR story if you want to say so. (if you say so must be so). Still,I would like to see the benches from all like made processors besides FX,or EE on the similar platforms.

    Wouldn't hurt if sales floors had outlines ,with pictographs,detailing differences of socket types ,boards/bus,mem/mem ram types.Ya know,say you got a good deal"...,for a AMD 754. Nevermind they dont use PCI-e (do they have pci-e?),..or dual channel memory for some of the boards.

    Mean if you know a marketing guy,tell him to put some balls on.The consumer needs the power in todays machines.They are upgradable.They are powerful.They are participation to new technology.

    Thanks for reply.Have a good day now.
  • Viditor - Thursday, May 19, 2005 - link

    My own take on the naming scheme is that it is strictly for Joe-Six-Pack, those of us who post here (thanks to the AT staff) have a much clearer idea of what they actually have/do.
    That said, the question is...do the AMD model numbers actually corelate to the chips performance level?
    AMD has said that to arrive at model numbers, they test the CPU on a battery of commonly used apps and compare it to the original Athlon 1GHz.
    I have actually never seen an independant reviewer attempt to emulate this to see if their numbers are justified or not, but I would be most curious to see the results! (hint, hint...)
  • nserra - Thursday, May 19, 2005 - link

    #41 Without the XP's ans some of the 64 i have already 10 3000+ from AMD database.

    ADA3000DEP4AW AMD Athlon 64 3000+ 1800Mhz Socket 939 1.50V 89W View Details
    ADA3000DIK4BI AMD Athlon 64 3000+ 1800Mhz Socket 939 1.40V 67W View Details
    ADA3000DAA4BP AMD Athlon 64 3000+ 1800Mhz Socket 939 Variable 67W View Details
    ADA3000AEP4AP AMD Athlon 64 3000+ 2000Mhz Socket 754 1.50V 89W View Details
    ADA3000AEP4AR AMD Athlon 64 3000+ 2000Mhz Socket 754 1.50V 89W View Details
    ADA3000AEP4AX AMD Athlon 64 3000+ 2000Mhz Socket 754 1.50V 89W View Details
    SDA3000AIP2AX AMD Sempron 3000+ 1800Mhz Socket 754 1.40V 62W View Details
    SDA3000AIO2BA AMD Sempron 3000+ 1800Mhz Socket 754 1.40V 62W View Details
    SDA3000AIO2BO AMD Sempron 3000+ 1800Mhz Socket 754 1.40V 62W View Details
    SDA3000DUT4D AMD Sempron 3000+ 2000Mhz Socket A 1.60V 62W View Details
  • JarredWalton - Thursday, May 19, 2005 - link

    Tujan, I'm not sure what that has to do with this article. This wasn't intended as a Buyer's Guide or Price Guide. We're talking about what each aspect of each core means (in a simplified manner). We recommended some upgrade options, but nothing we recommended was more than a few hundred dollars, and it wasn't meant as a "you MUST upgrade" but more as "you might consider upgrading if...."

    My comment about not getting the point of your post #37 was genuine. You say you're being critical, but I don't see how your comment is related to this article. If you can point out specific statements we made that you have problems with, I'm all ears. Right now, I'm simply confused. Sorry.
  • justly - Thursday, May 19, 2005 - link

    I understand how the generic names can be disapointing to a "techno-snob" (LOL) like yourself. I just got carried away with my post and didn't want to just delete it after writing so much. I must not be as much a "techno-snob" as some :) BTW, nice crib sheet (I mean article).

Log in

Don't have an account? Sign up now