BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
Thanks Ace for the info and great help. I'll try it out and let you know. Btw, is it normal for the 2 sticks of RAM to feel hot on this board even at 2-2.2V?
ram does have different heat dissipation characteristics...if you are at stock speed, you shouldn't need more than 1.9 for Vdimm...you can always mount a couple of small fans over the memory sticks....if they feel hot to the touch then by all means add some fans or buy a memory cooler.
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
hey everyone...a new version of CPU-Z is out, 1.43....it appears that the freezing action is fixed when you have Uguru opened on the Desktop...i've have both open up for about 5 minutes and so far, no lockups.
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
VapoChill LS [AC] / QX9650 / X6800 / E8500 / Q6600 / CF-3870x2 / 8800 GTS G92 512 / XFX 7950GX2 (H20) / GeIL PC2-8500 C5 / PC2-6400 C4 / SilverStone OP1000 / ST75ZF
Abit IP35-Pro | 3DM06 - 18,264 | PCM05 - 23,577 | PCMVA 13,063
DFI 680i LT | 3DM06 - 24,602
Abit X38 QuadGT | 3DM03 - 120,337 | 3DM06 - 28,176
The 45nm chips are the 'Penryn' refresh, correct?
If so, then yes, they should be supported. As ncsa mentioned, it's probably a good idea to grab the latest BIOS though...
abit IP35 Pro (Snake) | Core 2 Duo E6420 @ 3.4GHz (425FSB x 8 - should I push it further?!) | Thermalright XP-90C w/ Panaflow 92mm | 2GB Kingston Hyper-X DDR2-800 | OCZ GeForce 8800GTX | Audigy 2zs Platinum | 150GB Raptor X, 500GB Seagate 7200.10 | CoolerMaster CM Stacker | CoolerMaster iGreen 600w
My Heatware
They aren't officially supported yet on the IX38 either
http://www.abit.com.tw/cpu-support-l...x38-quadgt.htm
However, it's expected that both the IX38 & the IP35 series will do so once they are released (in a few days iirc) - abit usually don't have official support ahead of release due to NDAs.
abit IP35 Pro, E6600, HD3870, FSP FX700-GLN
abit AB9 QuadGT, E6400, 7900GTO, FSP FX600-GLN
abit AX78 x2
Asus P5N-E SLI, E6600, 8800GTS, Tagan 530W
http://www.abit.com.tw/cpu-support-l...x38-quadgt.htm
Shows 8200, 8400 and 8500 as supported "OK".
Ok QX9650 straight in at 445x9 4GHZ 1.35v measured via DMM. Volt mod on board, no droop, in fact rises 0.01v priming away small ffts. Load temps around 54,47,52,52C water fresh Shin-Etsu, ambient around 25C. Hell of a lot less load on the PWM than the Q6600.
One question one of the cores is way cooler than the others 5-7C cooler, anyone seen this? I'm used to seeing a pair different, but not just one.
just got my SLACR Maylay in. Its going to go straight to a single stage. Whats the safe limit on voltage? i was thinking of just trying for 430 @ 1.3 and working from that. any suggestions or should i walk it up like i would on water?
Abit IP35 Pro
Q6600@3.6GHz Prime, Everest & BOINC Stable
4GB 4x1GB Corsair 8500C5 Dominator @500MHz (1000MHz) 2.1v 5-5-5-15
8800GTS 640MB@650/1021
Cooling - Main Loop:- MIPS North & South bridge blocks, aqua Computers CPU block, Laing Pump with XSPC top, Thermochill PA120.3 RAD. GPU Loop:- EK-FC8800 GTS Block, XSPC Dual 750 Bay Reservoir & Pump, XSPC RS240UV 2 Fan RAD
Settings:- vCore=1.4475v - MCH=1.37v - CPU VTT=1.31v - ICH=1.09v - DDR2=2.1v - ICHIO=1.55v - DDR2 REF=+2%
i5 2500K @ 4.9GHz MSI Z77 MPower G.Skill Trident 8GB 2400C10
EVGA GTX 1070 SC 8GB @ 1784/4004MHz Corsair HX 750 PSU
Samsung 830 256GB Creative ZxR Thermalright Silver Arrow
NEC 24WMGX3 24" TFT Fractal Design Define S Win 7/10 64bit
Project ZEUS II
Asus Rampage II Extreme
Intel I7 920 D0 3930A @ 4.50GHz (21 X 214mhz)
3 x 2GB G.Skill Trident 1600 @ 1716MHz (6-8-6-20-1N)
2 x Asus HD 6870 CrossFire @ 1000/1100MHz
OCZ Vertex 2 60GB | Intel X25-M 120GB | WD Velociraptor 150GB | Seagate FreeAgent XTreme 1.5TB esata
Asus Xonar DX | Logitech Z-5500 | LG W2600HP 26" S-IPS LCD
Watercooling setup:
1st loop -> Radiator: 2 x ThermoChill PA120.3 | Pump: Laing DDC-3.25 with Alphacool HF 38 top | CPU: Swiftech Apogee XT | Chipset: Swiftech MCW-NBMAX | Tubing: Masterkleer 1/2" UV
2nd loop -> Radiator: ThermoChill PA120.3 | Pump: Laing DDC-3.2 with Alphacool HF 38 top | GPU: 2 x EK FC-6870 | Tubing: Masterkleer 1/2" UV
Assembled in Mountain Mods Ascension Trinity
Powered by Corsair Professional Series Gold AX1200
I am building a new rig, and I plan on using this board w/ a Q6600 which I plan to OC to only 3.0ghz using air.
Initially I was going to go with the Thermalright Ultra-120 Extreme HS, but after reading Anandtech's review on this board I think I am going to use a CM GeminII HS w/ 2 fan's because of this quote from Anandtech:
Based upon this I would be better off with the GeminII and 2 down facing fans vs. the Thermalright Ultra-120 Extreme... correct?based upon our initial overclocking tests, if a vertical mounted fan in an air cooling unit such as the Tuniq 120 or water-cooling is utilized then additional air cooling will be required on the MCH and PWM areas. In other words, the heat pipe system works best with a downward blowing CPU HSF fan in mind.
Any/All feedback appreciated.
Go with the Thermalright.
Do Ace's heatpipe mod and u'll be fine.
Project ZEUS II
Asus Rampage II Extreme
Intel I7 920 D0 3930A @ 4.50GHz (21 X 214mhz)
3 x 2GB G.Skill Trident 1600 @ 1716MHz (6-8-6-20-1N)
2 x Asus HD 6870 CrossFire @ 1000/1100MHz
OCZ Vertex 2 60GB | Intel X25-M 120GB | WD Velociraptor 150GB | Seagate FreeAgent XTreme 1.5TB esata
Asus Xonar DX | Logitech Z-5500 | LG W2600HP 26" S-IPS LCD
Watercooling setup:
1st loop -> Radiator: 2 x ThermoChill PA120.3 | Pump: Laing DDC-3.25 with Alphacool HF 38 top | CPU: Swiftech Apogee XT | Chipset: Swiftech MCW-NBMAX | Tubing: Masterkleer 1/2" UV
2nd loop -> Radiator: ThermoChill PA120.3 | Pump: Laing DDC-3.2 with Alphacool HF 38 top | GPU: 2 x EK FC-6870 | Tubing: Masterkleer 1/2" UV
Assembled in Mountain Mods Ascension Trinity
Powered by Corsair Professional Series Gold AX1200
Thanks for the feedback, and just so I am 100% on this, for Ace's heatpipe mod all you have to do is replace the plugs holding down the stock heatpipe with a few screws and nuts?
I was unclear on whether or not I need to apply new TC (thermal compound) or a TP (thermal pad)? If so, what/where/how?
I peeled the thermal pads off and used some new thermal compound. I have the original pads just in case the board needs to be returned.
The Northbridge (middle heatsink) has an outer pad that is white. It keep's the heatsink straight so you should leave that on, just apply compound to the center.
The Mosfets I would make sure you use a non-capacitive compound like Ceramique.
You should try and keep a fan blowing on the Mosfet heatsink or perhaps mount one on it if you are using a Quad Core CPU, it gets pretty hot even after the mod.
If you look for Ace-a-Rue's post further up the page there is a link to his mod with instructions, it's in his signature.
Last edited by th3joker; 01-17-2008 at 02:23 PM.
Abit IP35 Pro
Q6600@3.6GHz Prime, Everest & BOINC Stable
4GB 4x1GB Corsair 8500C5 Dominator @500MHz (1000MHz) 2.1v 5-5-5-15
8800GTS 640MB@650/1021
Cooling - Main Loop:- MIPS North & South bridge blocks, aqua Computers CPU block, Laing Pump with XSPC top, Thermochill PA120.3 RAD. GPU Loop:- EK-FC8800 GTS Block, XSPC Dual 750 Bay Reservoir & Pump, XSPC RS240UV 2 Fan RAD
Settings:- vCore=1.4475v - MCH=1.37v - CPU VTT=1.31v - ICH=1.09v - DDR2=2.1v - ICHIO=1.55v - DDR2 REF=+2%
Ciao, Robert
Q6600 G0 | Xigmatek HDT-S1283 with Noctua NF-P12 | IP35-Pro BIOS 16.b4 | Enermax Liberty 620W | 4x 1024Mb Cellshock DDR2-800
EVGA 8800GT Superclocked | Cooler Master CM690 | 2x 500Gb Samsung SATA-HDs | Samsung SH-203N | Pioneer DVR-212
Scythe 3.5" Floppy/Cardreader Combo | Windows Vista Ultimate/Windows XP Pro
Trying to push my Q6600 a bit further, I'm stable at 3.6GHz 9x400 but finding it a bit hard once I get up to 9x420.
Stable settings: -
3600Hz 9x400FSB - vCore=1.4475v - MCH=1.37v - CPU VTT=1.31v - ICH=1.05v - DDR2=2.1v - ICHIO=1.55v
3690Hz 9x410FSB - vCore=1.4675v - MCH=1.44v - CPU VTT=1.31v - ICH=1.05v - DDR2=2.1v - ICHIO=1.60v
Almost stable: -
3780Hz 9x420FSB - vCore=1.5275v - MCH=1.52v - CPU VTT=1.31v - ICH=1.05v - DDR2=2.2v - ICHIO=1.65v
I have 4x1GB Corsair 8500C5 Dominators running @504MHz I can't seem to get them to run over 533MHz at all. Even with the loosest of timings they just won't go over 533. The good news is that they don't seem to interfere with the CPU overclock, the same settings work with 2x1GB as 4x1GB.
The vdroop is very bad @1.5575v in uguru it's drooping down to a reported 1.43v at load and 1.49v idle. When my new case finally arrives I'll do the droop mod while I have the motherboard out.
Abit IP35 Pro
Q6600@3.6GHz Prime, Everest & BOINC Stable
4GB 4x1GB Corsair 8500C5 Dominator @500MHz (1000MHz) 2.1v 5-5-5-15
8800GTS 640MB@650/1021
Cooling - Main Loop:- MIPS North & South bridge blocks, aqua Computers CPU block, Laing Pump with XSPC top, Thermochill PA120.3 RAD. GPU Loop:- EK-FC8800 GTS Block, XSPC Dual 750 Bay Reservoir & Pump, XSPC RS240UV 2 Fan RAD
Settings:- vCore=1.4475v - MCH=1.37v - CPU VTT=1.31v - ICH=1.09v - DDR2=2.1v - ICHIO=1.55v - DDR2 REF=+2%
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
It's weird, mine has up to 11c difference depending on load. I've tried re-seating the CPU block a couple of times. It looks as though the primary core is always working a little harder and hotter, I guess it makes sense with most apps only using the primary core.
I might lap the CPU when I switch cases and try another re-seat.
Abit IP35 Pro
Q6600@3.6GHz Prime, Everest & BOINC Stable
4GB 4x1GB Corsair 8500C5 Dominator @500MHz (1000MHz) 2.1v 5-5-5-15
8800GTS 640MB@650/1021
Cooling - Main Loop:- MIPS North & South bridge blocks, aqua Computers CPU block, Laing Pump with XSPC top, Thermochill PA120.3 RAD. GPU Loop:- EK-FC8800 GTS Block, XSPC Dual 750 Bay Reservoir & Pump, XSPC RS240UV 2 Fan RAD
Settings:- vCore=1.4475v - MCH=1.37v - CPU VTT=1.31v - ICH=1.09v - DDR2=2.1v - ICHIO=1.55v - DDR2 REF=+2%
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
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