lol, it would be cool to have a connector in the middle of the stick so we can plug in a floppy-type molex straight from the psu.
(I know it probably can't be done, but it'd be nice)
:)
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lol, it would be cool to have a connector in the middle of the stick so we can plug in a floppy-type molex straight from the psu.
(I know it probably can't be done, but it'd be nice)
:)
nothing wrong with BH-6 hehe
hipro5, I'd take some of your RAM for sure. If you need some good PCB for your RAM I guess I could sacrifice my OCZ PC3500 Platinum non-LE.
Time for speed binning :) You should figure out which PCB they work best on, I'd buy some for sure if theres a gauranteed minimum overclock ;)
so bh6=bh5? 250fsb is sick for your pc2700 bh6! I guess I was wrong, there is no difference after all?
anyway using the "eb" ram would be great for moble bartons because bh6 + eb gets 2-2-2-5 timings vs. 3-2-2-8 for eb ram, but on a64s cas3 to cas2 makes pratically no difference so why not just use real OCz or real bh6?
my BH-6 needs 0.1-0.15v more vdimm to do the same ocs as BH-5 upto 250mhz 2-2-2-6
so
BH-5 does 250mhz 2-2-2-6 at 3.3v
BH-6 does 250mhz 2-2-2-6 at 3.4v
at under 2.85v BH-6 clocks 5-10mhz less than BH-5 does for me
i'll be testing the limits of my BH-6 tomarrow if I get time.. vdimm mod my infinity and see where she goes ;)
i hit 240mhz 3d stable (mos def not prime stable) with my BH6 and 2.95v real, measured from vdimm mosfet.Quote:
Originally posted by eva2000
my BH-6 needs 0.1-0.15v more vdimm to do the same ocs as BH-5 upto 250mhz 2-2-2-6
so
BH-5 does 250mhz 2-2-2-6 at 3.3v
BH-6 does 250mhz 2-2-2-6 at 3.4v
at under 2.85v BH-6 clocks 5-10mhz less than BH-5 does for me
so, it can be some good stuff
AMD XP platform will generally do better than P4 i.e. my KHX3200K2/512 BH-5 on P4 do only 220mhz 2-2-2-6 at 2.85v while on AMD64 do 235-238mhz 2-2-2-6 at 2.9v
yah no doubt about that, but if ur performance is hindered by the platform, then ur results arent really representative of what BH6 could do on other platforms, only on that specific one. if u put ur ram in gf4ti4200s A64 system, with 3.4v u could prolly hit 260-270Quote:
Originally posted by eva2000
AMD XP platform will generally do better than P4 i.e. my KHX3200K2/512 BH-5 on P4 do only 220mhz 2-2-2-6 at 2.85v while on AMD64 do 235-238mhz 2-2-2-6 at 2.9v
the P4 platform makes it looks bad is all im saying
blinky - you should measure at choke or slot.
My mosfet reads 3.3v but if I measure at choke, capacitor or dimm slot I get 3.35-3.38v real.
maybe I should go to hellas this holiday... (imagines truck loads of bh6 in Hipro´s hood :D)
I would LOOOVE to test some of these out.. :)
*edit
geforceti4200
whats your point ?
hm ill try that, its pin7 of the dimm slot right?Quote:
Originally posted by STEvil
blinky - you should measure at choke or slot.
My mosfet reads 3.3v but if I measure at choke, capacitor or dimm slot I get 3.35-3.38v real.
so if its .05 more, then its runnin at 3v, in which case thats still pretty good id say
Quote:
Originally posted by bias_hjorth
maybe I should go to hellas this holiday... (imagines truck loads of bh6 in Hipro´s hood :D)
I would LOOOVE to test some of these out.. :)
:D
As a matter of fact,BH-6 and BH-5 are almost equal........The good thing about BH-6 is that they can handle more Voltage than BH-5 and feeding them with high voltage, can get more aggressive timmings than BH-5....... ;)
On ABIT IC7 Mobo :
BH-6 = 2-5-2-2 , Street Racer , Enhanced , 4 , Enable , Enable
BH-5 = 2-5-2-2 , Street Racer , Enhanced , 5 , Enable , Enable
Someone is going to have a loooooooooooooooooooooooot of work :D hehe
I am in for 2*256
I'll take 2x512's and 1gb stick. That is if you get this thing going:D
ill send u some EB sticks and put me up on 2x512 Hipro XSEB-BH6 black limited edition RAM :P
2x 256mb for me :O
There is a person in here between as who can try and help to get PCBs from a wellknown company.........I would like to thank him even if he can't manage to do so...........Thanks for your help my friend........ :D :toast:
Let's see:
There are roughly 12000 chips. A 512 Mb stick needs 16
Therefore, Hipro5 can produce rougly 750 512 Mb sticks, or around 375 1 Gb kits. Will they be enough for all who have posted in this thread to get at least one turbo clocking kit? :D
This seem interesting..
If the price is right, I might get 2x 512 :toast:
Eh, as long as the price is right, I would definitely be in. ;)
no, on 1 side u can put 8 chips and on the second 2 so its only 256MB singlesided and 512 doublesided:)Quote:
Originally posted by mrlobber
Let's see:
There are roughly 12000 chips. A 512 Mb stick needs 16, it is double sided, so 2x16 = 32.
Therefore, Hipro5 can produce rougly 370 512 Mb sticks, or around 185 1 Gb kits. Will they be enough for all who have posted in this thread to get at least one turbo clocking kit? :D