u have to set vcore to anything but auto .. then u'll see the vdimm option up to 4v..

not everyone will run fine with 3120..

for TCCD 3072 works great and if i'm not mistaken kakaroto (g.skill rep) said to use 1.95us for benching

like i say there is no best tref for any ram.. i tested a few pairs of UTT and a few TCCD and TCC5 and not all of them like the same trefs

3120 is popular for UTT/BH-5
3072 is popular for TCCD/TCC5

i usually try all the trefs when i have time to do extensive testing..

200
enable
2.0
02 <-- if 2 doesn't work change to 3.. cause it's not binned for 2-2-2-x
07
02
07 <-- loosen as well if it's not stable but i don't think it will at stock
16
03 <-- 2
03 <-- 2
02
03 <-- 2
3072
auto
enabled
auto
0
level 7 <-- try 1 3 5 7 and auto and see which one gives u more stability
level 1 <-- try 1 2 or auto
7.0
auto
5ns <-- Read Preamble
256
disable
16 <-- should work fine at stock.. but if u go higher drop it to 8x
07 <-- should work fine at stock.. drop to 4x when u OC it higher
disable

those settings are for stock tho.. cause some TCCD are not binned for 2-2-2-5.. so some might not run those speeds.. if u have like a 3200xl of F1 modules from G.skill then u can run those speeds or tighter than what kianwee has posted

his RAM is 3200C2v4.1 which is TCCD if he checked it correctly and made sure it's TCCD

3200C2v4.1 4.2 4.3 are TCCx modules...

for higher speeds run something like this

200
enable
2.5
3 <-- change to 4 if it's not stable
7
3
7
16
2
2
2
2
3072
1

skew decrease 128 <-- if not stable
drive = 1 3 5 7 or auto
data = 1 2 or auto .. 3 is too strong
MAL = 7 (try 8 or 9 if u plan to do 300HTT or more)
dram response time = normal
RP = 5 (try 6 or 6.5 and see which one gives u more stability in superpi)
idle cycler limit = 16 (loosen it if it's not stable slowly until 256)

lol.. that's one problem of the NF4 boards... and the PCI slots as well hehe... i think can jual ur printer in garage sale soon? lol

i might give that a go very soon.. have 4 sticks of TCCD on hand now..

check ur venice and look for the stepping..

try some of this

flash to 618-2 bios
use yellow slots for ram

UTT with active cooling i'd say 3.4-3.5 for 24/7 use..
processor on stock heatsink 1.5-1.58max

if lazy then i don't think DFI board is suitable for u.. give it some time and tweak it..

heh no scolding la..

go to www.zerowarranty.com and forums .. under motherboard section i posted some links + guide on flashing bios

better to cool as much as u can.. nude = good

my dfi belum masuk case before hehe

the firewall is a piece of crap.. lol don't install it

heh.. windows vista pun sudah boleh beta test.. x64 boleh retire for a while from my HDD

lol tak boleh answer maybe

the new DFI NF4 SLI-DR is adapting ATI Grouper board's power regulator design so they won't have the JP17 jumper to enable 4v anymore..

http://www.xtremesystems.org/forums/showthread.php?t=64409

it's called RDX200 CF-DR

already been listed
http://nintek.com.au/x/Scripts/prodView.asp?idproduct=2251

the Sapphire board is already shipping.. so it will reach retail pretty soon.. ETA for me to get the board myself is in about 2-3weeks..

A64 memory controller does not work with CAS1.5

it only recognises CAS 2, 2.5 and 3 so running 1.5 is more or less useless

something for u guys to read about CAS1.5
http://www.xtremesystems.org/forums/showthread.php?t=69242

and to think that a company like Geil actually makes memory modules rated at 1.5-2-2-5 and shows a memtest screenshot with a x4 multiplier and 300mhz 2-2-2-5 is really incredible.. what a big con job..

This post has been edited by babyelf: Aug 7 2005, 09:04 PM

i think he is quite sure there..

so far i've only seen a few TCCD do high FSB 2-2-2-x timings.. and it's not recommended for 24/7 usage

for TCCD 2.6-2.9v is the optimum value..

tho some TCCD weeks can take more voltage and get higher..

and generally giving it more voltage doesn't mean it will give memtest less errors.. undervolting and overvolting can cause alot of errors for TCCD modules.. that is why there is a mod for the DFI boards to have a pot to control vdimm in smaller steps.. and only give the amount of vdimm u need..

you can check bigtoe's testing.. he did 300mhz easy with 2.66v + Samsung TCC5 on a modded DFI board with a pot to fine tune the vdimm

if u have D43 then skip DFI..

hynix + DFI have some issues



TCCD at 2.9-3.0v runs as hot as bh-5 at 3.4v

and what's the point running TCCD at 2-2-2-5 anyway? and i'm pretty sure it wouldn't need 3.2v to get 210 2-2-2-5.. the TCCDs i have needs only 2.8v to get 210 2-2-2-5

400mhz shouldn't be hard for 3000+ Venice..

check the stickies for overclocking tips before trying anything urself

there will be difference.. but i don't think the difference is much..

the huge difference comes when u want to clock BH-5 modules as the DAGF does not allow more than 3.2v for memory