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Thread: mATX and E4300, any OC results yet?

  1. #26
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    We've been waiting for the ultimate matx board for c2d!
    The abit f-90hd has already fullfiled some wish in that sense it allows to break the fsb@266 wall without any mod and can then sustain 300-333 with a c2d fsb800 .
    For us, who loves matx, ABIT (or ATI) has finally answered our wish!

    FSB set to@333 in bios. All the following settings are read by setfsb:

    PCI-E and PCI are locked!
    In the end:
    No N/B strap issue as the other matx board ( no BSEL mod necessary with an e4300)
    PCI-E and PCI fully locked
    The best matx board for c2d? Definitely YES
    Last edited by pvhk; 03-04-2007 at 09:13 AM.

  2. #27
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    pvhk, that is a terrible 1M time. Can you tidy up your memory frequencies and timings a bit and let us know how the 1M score comes along?
    BadAxe2, WC'ed L631B115 Xeon3060 3.4GHz 1.27v summer OC, 2GB BallistiX 4:5,
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  3. #28
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    Quote Originally Posted by ted3
    pvhk, that is a terrible 1M time. Can you tidy up your memory frequencies and timings a bit and let us know how the 1M score comes along?
    all right it will be done!

  4. #29
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    Quote Originally Posted by ted3
    pvhk, that is a terrible 1M time. Can you tidy up your memory frequencies and timings a bit and let us know how the 1M score comes along?
    Timings doesn't have anything to do with it. Between 4-4-4 and 5-5-5 there is not even .1 difference. I set my timings to his and am running a 4300 on a DS3. He is only using 1GB of ram and most likelly is using onboard VGA. It could be that it is a slow mb too. How can he run less then 1:1? Didn't notice that before.

    pvhk; nice work.

    1m is great but how stable is it? You have more testing to do.

    Last edited by dogsx2; 03-04-2007 at 10:12 AM.

  5. #30
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    the PLL of setfsb perfectly match to this mobo!

    The value displayed by setfsb is done after bios settings!

  6. #31
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    Well, i dont agree, timings and frequenzy matters for 1M. 3-3-3 vs 4-4-4 makes 0.25s difference for me, 1GB vs 2GB doesnt. Asyncronous RAM could be the bottleneck that limits this setup, would be nice to see results from this board with RAM in sync mode at 333MHz/DDR667. Timings doesnt matter that much, just want to see how it does with synced 1:1, i HOPE for a big difference.
    BadAxe2, WC'ed L631B115 Xeon3060 3.4GHz 1.27v summer OC, 2GB BallistiX 4:5,
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  7. #32
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    Frequency. yes. Timings between 4-4-4 and 5-5-5 I just ran was .084. .25 isn't going to help that time.

    Not sure why he doesn't run at least 1:1.
    Last edited by dogsx2; 03-04-2007 at 10:30 AM.

  8. #33
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    you asked it!
    here it is! ram @667!

  9. #34
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    Quote Originally Posted by pvhk
    PCI-E and PCI are locked!
    In the end:
    No N/B strap issue as the other matx board ( no BSEL mod necessary with an e4300)
    PCI-E and PCI fully locked
    The best matx board for c2d? Definitely YES
    With a solid PCI(E) lock keeping the motherboard in check, is anything actually holding you back at FSB=340? Or is your E4300 just not wanting to be pushed beyond 3.06GHz?

    Exciting news, in any case; up until this morning I was considering ripping out the HDD cage at the front of my NSK2400 in order to fit in a proper 965 board, after the junk offerings for C2D mATX. This would seem like a more reasonable solution.

  10. #35
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    That looks better.

    Used same settings this time to compare. No tweaks just everyday stuff running. Close enough.


  11. #36
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    Thanx man. Respectable improvement there. Have you tried synchronous FSB-DRAM? I dont even know if its possible on that board, just askin.. =)

    The price of this board is not so nice over here but could get better in time for the E4300 pricecut. Maybe i can test Abit LG-95 (not with E4300 though...) before the pricecuts, quite a bit cheaper and from what i understand it has a Bios OC menu.
    BadAxe2, WC'ed L631B115 Xeon3060 3.4GHz 1.27v summer OC, 2GB BallistiX 4:5,
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  12. #37
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    ram@400 vDDR@2.20v (corsair PC5400C4):

  13. #38
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    That's much better.

    Can you do a 32m at those settings??

  14. #39
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    it will be done!
    but not tonight.

  15. #40
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    OMG, now were talking, more than 1sec improvement from 667 to 800

    Quote Originally Posted by pvhk
    The best matx board for c2d? Definitely YES
    Im convinced now, you're right. Thanx for the testing :thumbsup:
    BadAxe2, WC'ed L631B115 Xeon3060 3.4GHz 1.27v summer OC, 2GB BallistiX 4:5,
    2x250GB-16 Raid-0 + 400GB-16, 7900GTO 512MB, Acer 22" Wide, Nexus 500W.

  16. #41
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    The limiting factors that prevent me to sustain fsb@350 with the fatal1ty could be the e4300 or the ram PC5400:
    A guy managed to bump the fsb up to @360 with a e6300 at hardforum!

  17. #42
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    Abit fatal1ty : the best matx board for c2d! Yes sir!
    fsb@360 with the abit fatal1ty
    No it's not me!

  18. #43
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    Youve really sold me this board pvhk!

  19. #44
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    Interesting board. Looks like it can set mem completely independent of fsb. Maybe that'd explain why 1m is still a little slow for each of the tested speeds. Overall, still looks fantastic for matx, although still a bit of a disappointment from what atx can do
    E8400 8x500=4000 | ABIT IP35-E
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  20. #45
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    Quote Originally Posted by ziddey
    Interesting board.
    Very interesting indeed. I just hope the price is just as interesting (Any info on that, btw?)

    Quote Originally Posted by ziddey
    Looks like it can set mem completely independent of fsb.
    RD600 and RD600-derived boards do that. Actually, I think they are the first boards capable of doing that... It still amazes me, though, to see this feature in m-ATX form format...

    Quote Originally Posted by ziddey
    still a bit of a disappointment from what atx can do
    That was to be expected, for several reasons. First and foremost, most performance ATX boards have better overall quality and performance features to allow them better overclocking abilities than m-ATX boards; after all, you still get what you pay for (don't forget integrated graphics chipsets are more expensive than regular ones, I'd say around 33% more). And second, integrated graphics take up a vast amount of space on the chipset; and, along with that extra space needed, come huge amounts of heat, which severely limits top OC levels.

    I'd also add that probably integrated graphics chipset design is less efficient overall (no data on that, though), which again means less OC potential...

    Still, 360MHz for a first revision, first BIOS (or pretty much first) NEW chipset seems VERY promising. Don't forget many P965s stopped there (or even before that value) on first implementations, and some still can't go anywhere near 400MHz... We might be looking at a serious low end (SERIOUS low end, if you catch my drift... lol) P965 competitor here... Auch...

    Cheers.

    Miguel


    P.S.: Does anyone want to offer me one of these? LOL Just kidding, of course
    Last edited by __Miguel_; 03-05-2007 at 04:40 PM.

  21. #46
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    very true. that and if you compare it to the g965 which can't really do didlly, it's quite good. I still can't understand why no one is releasing a p965 platform on matx. The ds3 is so close to being the right size. If they just removed some pci/e slots, and hell if need be, reduced from 6phase power to just 3, seeing how the p5b vanilla can do quite well with just 3...
    E8400 8x500=4000 | ABIT IP35-E
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  22. #47
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    Quote Originally Posted by ziddey
    very true. that and if you compare it to the g965 which can't really do didlly, it's quite good. I still can't understand why no one is releasing a p965 platform on matx. The ds3 is so close to being the right size. If they just removed some pci/e slots, and hell if need be, reduced from 6phase power to just 3, seeing how the p5b vanilla can do quite well with just 3...
    Yes, that's very true. G965 is a really awful OCer. Hell, ANY IGP is a terrible OCer when compared to the X1250.

    As for the reason why no one makes non-IGP chipsets on mATX boards, I assume it's because mATX is supposed to be an "all-included" platform, to reduce overall costs when assembling computers. I don't know about you, but here in Portugal, the vast majority of low-end configs sold at stores are mATX ones (in mid-tower chassis, go figure), without external graphics. If you (read: the store) want to "go up a notch", you simply change the board for a low-end ATX board (keeping the same chassis), which can be slightly cheaper than the low-end mATX one, and put in a low-end video card. And, at that point, expansion slots algo have a say. You actually should only sell mATX to someone who doesn't and will not need to expand. If you already buy the computer with dedicated graphics, chances are sooner or later you'll want to expand, and finding yourself feeling "cramped" with only a mATX form factor...

    That being said, if memory serves me right, ASRock actually pulled that stunt once. I believe they have a 865PE-based mATX board. I've never seen anything like it before or after, and I seriously doubt I'll see it in a near future. You see, there are all sorts of problems associated with mATX boards, which is why there are few models in the first place:
    1) They are electrically cramped, you have to "stuff" the same amount of connections you have in ATX on 3/4 the size
    2) As a consequence of 1), you have to take extra care about electrical interferences and heat generation, which means extra costs just to keep them running like the ATX counterparts
    3) They're made for small system enclosures, which usually means poor airflow, so OC abilities are neglected in the first place
    4) IGP chipsets are more expensive than regular ones, which drives the boards' costs even higher, so you have to cut corners somewhere else (guess where...)

    Because of all that, making a non-IGP based mATX board makes no sense (economically, that is). It still would be far more expensive to create than a regular ATX board, and it would be a far worse performer when OC'ing... Even if you made a P5B-M Deluxe (mATX version of the P5B Deluxe), or a MQ6 (mATX version of the DQ6), or the respective IGP-based counterparts, which should be something like P5B-VM Deluxe and MGQ6 (not sure of this one, all Gigabyte boards with an "M" in their name are already IGP-based... lol), it would be terribly more expensive than the ATX board, and have a poorer performance.

    Let's face it, mATX is not for serious OC (although, 360MHz is already serious for me, it's a 33%+ improvement in FSB speed!). You can try to refine the production methods, but ultimately physics, the IGP chipsets and the economy will bite you in the a...

    Ok, I'm oficially done now. Sorry for the "speech"... hehe

    Cheers.

    Miguel

  23. #48
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    Quote Originally Posted by pvhk
    it will be done!
    but not tonight.
    Anymore testing?

  24. #49
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    Maybe tommorow!
    Did not have time (will test an x6800 instead)...
    stay tuned

  25. #50
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    Quote Originally Posted by __Miguel_
    Yes, that's very true. G965 is a really awful OCer. Hell, ANY IGP is a terrible OCer when compared to the X1250.

    As for the reason why no one makes non-IGP chipsets on mATX boards, I assume it's because mATX is supposed to be an "all-included" platform, to reduce overall costs when assembling computers. I don't know about you, but here in Portugal, the vast majority of low-end configs sold at stores are mATX ones (in mid-tower chassis, go figure), without external graphics. If you (read: the store) want to "go up a notch", you simply change the board for a low-end ATX board (keeping the same chassis), which can be slightly cheaper than the low-end mATX one, and put in a low-end video card. And, at that point, expansion slots algo have a say. You actually should only sell mATX to someone who doesn't and will not need to expand. If you already buy the computer with dedicated graphics, chances are sooner or later you'll want to expand, and finding yourself feeling "cramped" with only a mATX form factor...

    That being said, if memory serves me right, ASRock actually pulled that stunt once. I believe they have a 865PE-based mATX board. I've never seen anything like it before or after, and I seriously doubt I'll see it in a near future. You see, there are all sorts of problems associated with mATX boards, which is why there are few models in the first place:
    1) They are electrically cramped, you have to "stuff" the same amount of connections you have in ATX on 3/4 the size
    2) As a consequence of 1), you have to take extra care about electrical interferences and heat generation, which means extra costs just to keep them running like the ATX counterparts
    3) They're made for small system enclosures, which usually means poor airflow, so OC abilities are neglected in the first place
    4) IGP chipsets are more expensive than regular ones, which drives the boards' costs even higher, so you have to cut corners somewhere else (guess where...)

    Because of all that, making a non-IGP based mATX board makes no sense (economically, that is). It still would be far more expensive to create than a regular ATX board, and it would be a far worse performer when OC'ing... Even if you made a P5B-M Deluxe (mATX version of the P5B Deluxe), or a MQ6 (mATX version of the DQ6), or the respective IGP-based counterparts, which should be something like P5B-VM Deluxe and MGQ6 (not sure of this one, all Gigabyte boards with an "M" in their name are already IGP-based... lol), it would be terribly more expensive than the ATX board, and have a poorer performance.

    Let's face it, mATX is not for serious OC (although, 360MHz is already serious for me, it's a 33%+ improvement in FSB speed!). You can try to refine the production methods, but ultimately physics, the IGP chipsets and the economy will bite you in the a...

    Ok, I'm oficially done now. Sorry for the "speech"... hehe

    Cheers.

    Miguel
    Thats not really ture. AMD has had great O/Cing Matx boards even with a chipset with IGP. IMO the SFF market is really catching on. I just wish there was better cases out for Matx.

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