The ASUS P45 Owner's Club

[aCid888*]

No vdroop on my board at all.

I set 1.425v in the BIOS and I will get 1.425v in WIndows even under load.

Personally, I wouldnt take any 45nm Intel chip over 1.39v~ for 24/7...if you want to thats upto you.


I'm happy you got your chip running at 4GHz, Buck....ever chip is different so you may actually be able to get more on the same volts I did...it depends but its worth a try.

 

[alexp999]

No vdroop on my board at all.

I set 1.425v in the BIOS and I will get 1.425v in WIndows even under load.

Personally, I wouldnt take any 45nm Intel chip over 1.39v~ for 24/7...if you want to thats upto you.


I'm happy you got your chip running at 4GHz, Buck....ever chip is different so you may actually be able to get more on the same volts I did...it depends but its worth a try.

Got to agree and my board is exactly the same, what i set is what i get.

 

[Ketxxx]

45nm isn't that fragile, anything up to 1.425v is alright. Once you start going to 1.45v+, then thats going to stress things. Theres always a few rare exceptions where theres no vdroop at all, one of my P5Q Pros is like that, in fact, it has some vboost under load, but for a vast majority there will be some vdroop.

 

[alexp999]

45nm isn't that fragile, anything up to 1.425v is alright. Once you start going to 1.45v+, then thats going to stress things. Theres always a few rare exceptions where theres no vdroop at all, one of my P5Q Pros is like that, in fact, it has some vboost under load, but for a vast majority there will be some vdroop.

It sounds more like your mixing up 45nm and 65nm tbh.

 

[kyle2020]

I gets teh Vdroop

 

[aCid888*]

I gets teh Vdroop

eViagra may cure this.

 

[DrPepper]

eViagra may cure this.

erofl

 

[kyle2020]

 

[Ketxxx]

It sounds more like your mixing up 45nm and 65nm tbh.

No, I'm not. Please don't say stupid things without researching it. Assuming just makes a ass out of you, and me. At least go visit XS and do some reading. 65nm chips people used to frequently push 1.55-1.6v through, 45nm you can't go above 1.4v or so unless you want to kill it, or happen to be running exotic cooling going for a WR.

 

[alexp999]

No, I'm not. Please don't say stupid things without researching it. Assuming just makes a ass out of you, and me. At least go visit XS and do some reading. 65nm chips people used to frequently push 1.55-1.6v through, 45nm you can't go above 1.4v or so unless you want to kill it, or happen to be running exotic cooling going for a WR.

Exactly, which is why i commented on the fact you were saying 1.45v was ok for 45nm.

1.4v would be the absolute max imo. And I have put 1.64v through my 65nm before.

Dont think i havent researched.

Feel free to fry your nice new quad, it doesnt bother me.

 

[aCid888*]

I've had my E8400 up to 1.53v for the 4.954GHz SS but that was for no more than 3 minutes.

Most I've run for 24/7 was the E8400 @ 4.5GHz and that took about 1.39v~...I didn't see a point and took it down to 1.37v for 4GHz (may have been a bit high for that clock).


This is my personal view and whatever yours may be is fine too, I just don't want to kill my hardware or see any others do so by putting too many volts into something that doesn't need it.

1.425v on a 45nm Intel chip is too much for my liking, even under water as the silicone will degrade no matter what..its just a matter of time before something goes pop...if you can afford to replace your hardware ever 6~ months with new stuff then by all means drop 1.45v into your 45nm chip and be happy with the 300mhz clock difference from 1.39v - 1.45v

 

[Inioch]

Buck Nasty, I see you have the same case as I do. How did you mount the radiator in your case? In the top holes or outside the case? Could you post some pictures please?

I'm asking, because I've been trying to figure out a good setup for the watercooling that I'll eventually get. Not that it's near as I'm broke right now. Just for future reference etc.

 

[aCid888*]

The Tempest is pretty much an A900..whatever goes in the Antec will also work in the NZXT.

Rear mounted rad/pump on the bottom of the case will make sense for a custom setup....BuckNasty has a prebuilt water loop so his pump is integrated in the block, if I remember correctly.

 

[Inioch]

I'm planning on mounting the rad on the top, since there are supposed to be predrilled holes for it. I was just wondering how Buck set it up, (push or pull etc).

I kinda had in mind a single rad on top, with just the cpu in the loop, later 2nd rad and vid cards in the loop too.

 

[kyle2020]

Go me for putting 1.7V through mine!

 

[BUCK NASTY]

The Tempest is pretty much an A900..whatever goes in the Antec will also work in the NZXT.

Rear mounted rad/pump on the bottom of the case will make sense for a custom setup....BuckNasty has a prebuilt water loop so his pump is integrated in the block, if I remember correctly.

Not prebuilt, but partially built. I have the Swiftech H2o-220 compact with Rad mounted horizontally at the top of the Tempest case(Swiftech advises against horizontal mounting on this model radiator). 2 Ruilian Science 120mm fans draw air out of the case. it's a little tricky purging all the air from the system, but rock solid when finished. Not bad for $140.00 on Newegg.

*** note the 2 screws in between fans which hold the rad in place

I left the top cover off the case to improve airflow. I also have the case side panels off 24/7. The stock 140mm fans on the Tempest bite. These 120mm's that came with the Swiftech kit work great and can really move some air.

 

[kyle2020]

How do those swiftech kits perform buck? I love the aspect of the pump and block being together, such a space / money saver.

 

[Deleted member 24505]

The pumps are awesome,basically a 10w ddc,but they vibrate on the motherboard(well mine did) I just got a xspc res top and converted mine to a 18w pump.

Its been like this for a looong time now with no problem.

 

[kyle2020]

Wow . . . so basically your getting a DDC pump? Just wow.

 

[Deleted member 24505]

Yep and its basically a ddc3.2(355) 18watter.

 

[kyle2020]

I wasnt too sure on their build quality / effectiveness, but that seems to be a big plus for the kit.

 

[Ketxxx]

Exactly, which is why i commented on the fact you were saying 1.45v was ok for 45nm.

1.4v would be the absolute max imo. And I have put 1.64v through my 65nm before.

Dont think i havent researched.

Feel free to fry your nice new quad, it doesnt bother me.

I have a E7200 I'm running 1.5v through right now, its been like that for a year over and its fine By your logic that chip should be dead by now. Also by your logic, you imply running volts higher than what the manufacturer recommends is fatal, within reason, this certainly is not true. Duh, we (or I am at least) a overclocker, I expect to have to run slightly over what manufacturers recommend for 24/7 voltages to get where I want. I just take the necessary precautions to make sure any extra voltage I do have to run through components is adequately compensated for with proper cooling. I won't name names, but you all know who you are posting pics of your systems and having nothing but a teeny tiny HS on your mobos NB and frying the poor thing with volts and not so much as putting a 40mm fan on top of the NB HS :shadedshu

Heres a bit of basic maths for people.

45nm chips: recommended max voltage 1.36v, +10% of maximum recommended operating voltage = 1.49v. That is the MAX a 45nm chip should be subject to, and even then your still restricted by whatever cooling you use. On air, about 1.4v is probably the max you should put through the chip.

Now, one more example.

2x2GB RAM kit: Manufacturer recommends 2v operating voltage, +10% of maximum recommended operating voltage = 2.2v.

Everybody seems to forget that regardless of the hardware, it MUST be designed with a +10% out-of-spec voltage tolerence. This applys for EVERYTHING. CPUs, GPUs, RAM, BGA ICs, etc.

 

[Inioch]

Not prebuilt, but partially built. I have the Swiftech H2o-220 compact with Rad mounted horizontally at the top of the Tempest case(Swiftech advises against horizontal mounting on this model radiator). 2 Ruilian Science 120mm fans draw air out of the case. it's a little tricky purging all the air from the system, but rock solid when finished. Not bad for $140.00 on Newegg.

*** note the 2 screws in between fans which hold the rad in place

I left the top cover off the case to improve airflow. I also have the case side panels off 24/7. The stock 140mm fans on the Tempest bite. These 120mm's that came with the Swiftech kit work great and can really move some air.

Thanks a lot Buck. So the rad is only fastened to the case by 4 screws? (2 in the pic & 2 on the other side)
The mounts should be quite universal I imagine, since I was planning on using a Black Ice Xtreme 240

 

[Ketxxx]

Woot! Finally ordered my new HDD Picked me up a 640GB Western Digital Caviar Black with 32MB cache for £52 Heres the link for anyone thinking of getting a new drive. Its a fantastic drive that scores very highly in all reviews I've read for it.

 

[BababooeyHTJ]

Woot! Finally ordered my new HDD Picked me up a 640GB Western Digital Caviar Black with 32MB cache for £52 Heres the link for anyone thinking of getting a new drive. Its a fantastic drive that scores very highly in all reviews I've read for it.

Is that the AALS? I've been wanting to pick up a couple of those bad. What drive are you currently using? Post your results based on real world useage when you get it installed.