OCZ ought to beef up that area for future revisions.
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OCZ ought to beef up that area for future revisions.
idd or add it in the manual ;)
not sure what solder i was using i think it was 60/40 tin something heh
Okay swapped out my MX480EL card and put in my Powercolor X800XT PE for some fun at stock cpu speed :)
P4 3.4E 550 SL7J8 @ stock
Powercolor X800XT PE stock cooling
2x512MB OCZ PC3700EB Singles @200mhz 2.5-2-2-6
X800XTPE @520/560
3Dmark2001 = 19,855
3Dmark2003 = 13,298
3Dmark05 = 5,982
Aquamark3 = 70,543
PCMark04 = 5,510
X800XT PE @575/599
3Dmark2001 = 24,268
3Dmark2003 = 14,177
3Dmark05 = 6,435
Aquamark3 = 73,192
PCMark04 = 5,500
Hey Eva2000, do you know if it's possible to mount a vapo ls s775 kit on the DFI LP?
I think VapoLS fits all LGA775 boards.. but i only have a mach2 gathering dust and i know that doesn't fit heh
Well I truly went and broke my personal best score of 14,813 with my new 3.4E 550 SL7J8 and same Powercolor X800XT PE stock heatsink and with room to move too (no place to put the zalman fan bracket so no extra 190cfm delta air cooling over card yet).
But @ 575/602 still managed 3dmark2003 score of = 15,014
P4 3.4E 550 SL7J8 @ 17x247FSB = 4199mhz
DFI Lanparty 875P-T LGA775 board
Powercolor X800XT PE stock cooling @575/602
2x512MB OCZ PC3700EB Singles @247mhz 3-2-2-6
http://fileshosts.com/DFI/875P_T/res...2_15014_tn.jpg
Well last benchie for tonight
P4 3.4E 550 SL7J8 @ 17x248FSB = 4216mhz
Powercolor X800XT PE stock cooling
2x512MB OCZ PC3700EB Singles @248mhz 3-2-2-6
3Dmark2003 = 15,035
Aquamark3 @579/603 = 85,165
http://fileshosts.com/DFI/875P_T/res...2_15035_tn.jpg
http://fileshosts.com/DFI/875P_T/res...-603_85165.jpg
Broke my previous PCMark04 high score of 6,360 with my 3.2EE@245fsb = 3920mhz.
P4 3.4E 550 SL7J8 @ 17x245FSB = 4165mhz
Powercolor X800XT PE stock cooling @575/602
2x512MB OCZ PC3700EB Singles @245mhz 3-2-2-6 at 3.2v
PCMark04 = 6,526
http://fileshosts.com/DFI/875P_T/res...02_6526_tn.jpg
seems the clock generator on the board is a bit wacky
set FSB to
240 = 241 real
244 = 245 real
245 = 246 real
246 = 247 real
250 = 251 real
heh
woohoo Intel power baby!
Powercolor X800XT PE @604/604 = 15,343
http://service.futuremark.com/compare?2k3=3533043
http://fileshosts.com/DFI/875P_T/res...4_15343_tn.jpg
Powercolor X800XT PE @605/605 = 6,859 3dmark05
http://service.futuremark.com/compare?3dm05=434349
http://fileshosts.com/DFI/875P_T/res...05_6859_tn.jpg
Powercolor X800XT PE @605/605 = 85,426 Aquamark3
http://arc.aquamark3.com/arc/arc_vie...run=1023091253
http://fileshosts.com/DFI/875P_T/res...-604_85426.jpg
nice to see eva, any chance of Sandra buff+unbuff @ ~ 250FSB? just to compare to my 875P (i have FINALLY got full PAT working)
post #8 ;)Quote:
Originally Posted by jem10
Exactly the same place my friends booster blew.Quote:
Originally Posted by bigtoe
Soldering the 3 wires on when its complety working (no burnt marks) would it make it short? Would this be best to do this little mod before the booster touches the vdimm slots on the DFI?
Thanks...
should be fine to do that to help the traces handle more current.
You can run a connectivity test with a DMM to be sure but its pretty easy to see the layout of the traces ;)
do u have fluctuations of VCORE during the clock ..because my DFI 875P_T fluctuate a lot and I do not know reacon ..and did u do DROOP mod
No droop mod
yeah droops about 0.03 - 0.06v under load on vcore - apparently it will droop more if you're not using 24pin PSU
as to fluctuations i think it's just the buggy sensor :(
Hello Guys,
Sorry for the little off-topic reply- Eva2000!
In my opinion, the LGA adapter by Asetek is not as good as the socket478/754 unit, especially on the DFI 875P-T mobo. 1st off, the capacitors on the top-side of the cpu socket sits way to close to the socket, there is a lot of condensation happening here! Enough to fry your board.Quote:
I think VapoLS fits all LGA775 boards.. but i only have a mach2 gathering dust and i know that doesn't fit heh
It is not that I am a noob with Vapochills, I have been using them for the past 2.5 years, but this current socket combined with the bad capacitor layout on this specific board is looking for trouble. Rather get the 865 chipset LGA version of this board, I see the have moved the caps further away from the socket ;)
If you need links, I can post them.
Br,
MrBean.
Thanks for the info MrBean, it's actually on topic since i've been tempted by the VapoLS but with a mach2 already was deciding... guess LGA775 board layouts are really messing with current cooling products compatibility!
I had trouble installing the vapo on 875p-t, too.
Used some additional armaflex...the coldest temperature I could messure around the kit was about 17°.
Wow, very informative post Mr. Bean. I was just about to pull the trigger on this combo and the 775 kit. But what about the evap heating element of the Vapo? What do you set it at?Quote:
Originally Posted by MrBean
I thought my P4P800 had caps close to the socket, and they dont get wet or cold. But looks like the DFI board has them actually inline with the screws/mounting bracket.:eek:
http://209.35.180.29/emotes/775.jpg
Vapo/875T pics would be awesome, please do! :up:
Do you get condensation? Do you use the Vapo's heating element?Quote:
Originally Posted by xsky
not sure about Vapo but here's what one guy did to mod Mach2 GT P4 kit for LGA775 http://www.extremeprometeia.com/foru...0230#post10230
I didn't notice any condensation until now and I checked carefully.
Heater in Vapo Head @ 40% and 30% on the MB back
Another option is to just buy a 775 kit for the Prommy. I believe they are available now.
Bump.
I went down and bought me a 530E ~ 3.0 proc. I was really curious about if the AGP/PCI lock was just a 14 multi issue or if it effected the default multi setting. I also was wondering of the 5:4 divider issue was at just the 14 multi setting or at the default multi also. And I was also concerned about comments made that memory might not be able to OC as high by would still throw high bandwidth numbers.
The proc I got is a SL7PU ~ 3447A608 ~ Costa Rica
You can see from the numbers I did not have a PCI Lock failure at least up to 277fsb.
I could not go any higher because 277fsb is as high as my 3200 Plat Rev2 will go. That is the same max I got out of them when I had them in my IC7 Max3. The following benchmarks are pretty much the same as I got when they were in my Max3.
The 5:4 divider still does not work. But these OCZ3200 never have been good with the 5:4 divider. I'm going to try my Adata in a couple of days.
Cpuz
http://home.comcast.net/~stanspam/Public/CPUz.JPG
Sanda Cpu
http://home.comcast.net/~stanspam/Public/SanCPU.JPG
Sandra UnBuffered
http://home.comcast.net/~stanspam/Public/SanUB.JPG
Sandra Buffered
http://home.comcast.net/~stanspam/Public/SanBuff.JPG ~ Sandra Mem Buff
Super Pi (hacked)
1 MB
2 MB
4 MB
Super Pi Regular
1 MB
2 MB
4 MB
interesting investigation there Bigstan :)
did you try that thing with the vdimm....upping the 3.3V rail.
I still don't know where to read vdimm