Abit IP35 Pro: controls six fans!
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Abit IP35 Pro: controls six fans!
This one can be the silencers' dream: it monitors 6 fans, even shutting down the system when overheating, and can control their speed too!:
http://www.xbitlabs.com/articles/mainbo ... pro_7.html
Anyone knows if it works in linux?.
http://www.xbitlabs.com/articles/mainbo ... pro_7.html
Anyone knows if it works in linux?.
Let me ask this question out of sheer stupidity: why not spend $55 less and buy the Gigabyte GA-P35-DS3R motherboard and then use the free SpeedFan software to monitor and control your temperatures and fans?
Is there critical functionality of the ABIT's controls that the BIOS of other boards, combined with SpeedFan, doesn't have?
Just thinking out loud here. Would appreciate any and all candor on this excellent topic.
Regards.
Jason
p.s. - I am in no way affiliated with Gigabyte, other than I just bought the GA-P35-DS3R for my next build.
Is there critical functionality of the ABIT's controls that the BIOS of other boards, combined with SpeedFan, doesn't have?
Just thinking out loud here. Would appreciate any and all candor on this excellent topic.
Regards.
Jason
p.s. - I am in no way affiliated with Gigabyte, other than I just bought the GA-P35-DS3R for my next build.
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If I place SpeedFan in the startup folder, then when I turn on my PC and Windows XP Pro SP2b boots up, won't it run with the parameters I've set as long as the computer is powered on?JazzJackRabbit wrote:AFAIK you cannot run speedfan as a service, so your fan control will only work if you are logged on. If you are logged off or while booting or if you are using some OS that can't run speedfan fan control obviously won't work.
Or even if I don't place SpeedFan in the startup folder, I can just double-click on the icon on my desktop after Windows has booted.
I feel like I'm missing something critical here, but am too brain-dead to figure it out. Please help!
Good luck running SpeedFan in Linux, which is what the OP wants to use...Jason W wrote:Let me ask this question out of sheer stupidity: why not spend $55 less and buy the Gigabyte GA-P35-DS3R motherboard and then use the free SpeedFan software to monitor and control your temperatures and fans?
Seriously, SpeedFan is great, *if* (and it's a big if) it works properly with your particular mobo and choice of OS. If you want sophisticated BIOS fan controls though, Abit are in a league of their own. Having said that, you could get the aforementioned Gigabyte board, and with the saving over the Abit, you could almost get a T-Balancer BigNG, which gives you many more options still (at the cost of extra cable clutter).
Personally I wouldn't get the Gigabyte, as I couldn't bring myself to buy a mobo that looks like a fruit salad...
Speedfan has no linux version. And I prefer a bios control system than a software one. Programs hung up and stop working sometimes. I have a t-balancer, but it makes pwm noise with many fans and the cable mess you have to go through with it is terrible.
It all comes to personal preference. If you like the GA board, then use it. It is cheaper and I am sure it is a good mobo. The bios control of 6 fans appeals to me. That's all.
It all comes to personal preference. If you like the GA board, then use it. It is cheaper and I am sure it is a good mobo. The bios control of 6 fans appeals to me. That's all.
Jason W wrote:Let me ask this question out of sheer stupidity: why not spend $55 less and buy the Gigabyte GA-P35-DS3R motherboard and then use the free SpeedFan software to monitor and control your temperatures and fans?
Is there critical functionality of the ABIT's controls that the BIOS of other boards, combined with SpeedFan, doesn't have?
Just thinking out loud here. Would appreciate any and all candor on this excellent topic.
Regards.
Jason
p.s. - I am in no way affiliated with Gigabyte, other than I just bought the GA-P35-DS3R for my next build.
The problem is that the board may only allow you to set the fan voltage between 8v and 12v, as it does on the Abit AB9 Quadgt with the newest BIOS. The BIOS the QuadGT was released with allowed a much better range from 6v to 12v (however it had some serious bugs in other ways, thus needing an update), but for some reason they changed it - pretty disapointing as I bought the board pretty much because of the fan control features. As an added trouble, Speedfan doesn't seem to be able to control the fans at all, probably due to uGuru / incompatible sensor.
Otherwise the fan control is good, it's just a shame it doesn't allow better control of the fan voltage anymore.
Otherwise the fan control is good, it's just a shame it doesn't allow better control of the fan voltage anymore.
hmmm... I don't have a T-Balancer, but doesn't it give you the option of genuine variable DC on all channels, as well as PWM?fjf wrote:I have a t-balancer, but it makes pwm noise with many fans and the cable mess you have to go through with it is terrible.
Agree about the cables, but no pain, no gain...
That's disappointing - my old AW9D-Max went right down to 6V, and it all worked very well.Fabool wrote:The problem is that the board may only allow you to set the fan voltage between 8v and 12v, as it does on the Abit AB9 Quadgt with the newest BIOS.
At least the IP35 seems to have a solid BIOS right from the get-go - I guess Abit learnt their lesson from the QuadGT which was a bit of a nightmare by all accounts (although fundamentally a decent board).
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If your OS is on autologon then there's no problem. It will log you in, show your desktop and automatically run your programs. But if you're security-conscious or have multiple users requiring separate log-in, no go. It should also terminate once you log out.Jason W wrote:If I place SpeedFan in the startup folder, then when I turn on my PC and Windows XP Pro SP2b boots up, won't it run with the parameters I've set as long as the computer is powered on?
Or even if I don't place SpeedFan in the startup folder, I can just double-click on the icon on my desktop after Windows has booted.
I feel like I'm missing something critical here, but am too brain-dead to figure it out. Please help!
When Windows boots up to the login screen, nothing user-initiated will run, not from the startup folder, not from registry. You will need to log in. Speedfan wouldn't, as explained earlier, work in that scenario, because it isn't a service but a regular program.
Software control depends too much on the OS running smoothly. Hardware is the only surefire choice. If a BIOS could temperature-control 6 fans from 5-12V then count me in and spare no expense. Otherwise I'm sticking to my panels; T-Balancer is not worth it for me as it requires its own probes.
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Ever since the days of the AV8, I've noticed all Abit boards that have the uguru chip can control the speed of any fan plugged into any of the on board fan headers. Each fan can be throttled for different reference temperatures. If one fan is closer to a hot component that the BIOS is thermally monitoring, you can set it to increase the fan speed when that component reaches a certain temperature. Sure, there's an 8v limitation, but I imagine most users here are purchasing low speed fans, so 8v should slow them down to fairly low levels. My S-Flex 1200rpm fans only spin at 800rpm with 8v. They're inaudible from my chair. In the future I'll buy 1k rpm fans though. While abit does have the 8v limitation, I've yet to work with another board that lets me set independent fan controls for every fan header on the board.
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Good point ryboto.
As I haven't had the chance to measure actual voltages, I'm not sure how little I could actually get by with... my 1000 RPM intake certainly won't spin up to audible speeds even at 12V, and I guess 8V would be fine. On the other hand, if I want to keep using my Zalmans I'll sure as hell need the full 5-12V spectrum. In any case, an artificial limitation is simply irritating and mostly redundant if the system could do better!
I'm thinking Abit is safeguarding against ignorants plugging in fans with high starting voltages, which is always a blow against the people who know what they're doing. Put professional back in that Pro, damnit!
Besides, if only a certain manufacturer's fans can be used effectively with a board, that's discrimination right there.
As I haven't had the chance to measure actual voltages, I'm not sure how little I could actually get by with... my 1000 RPM intake certainly won't spin up to audible speeds even at 12V, and I guess 8V would be fine. On the other hand, if I want to keep using my Zalmans I'll sure as hell need the full 5-12V spectrum. In any case, an artificial limitation is simply irritating and mostly redundant if the system could do better!
I'm thinking Abit is safeguarding against ignorants plugging in fans with high starting voltages, which is always a blow against the people who know what they're doing. Put professional back in that Pro, damnit!
Besides, if only a certain manufacturer's fans can be used effectively with a board, that's discrimination right there.
Aha! I knew I was missing something. We do not have multiple users set up on our computer at home, nor do we have Windows set up to require a password to boot up. I guess becuase of that, I didn't think about it.Das_Saunamies wrote:If your OS is on autologon then there's no problem. It will log you in, show your desktop and automatically run your programs. But if you're security-conscious or have multiple users requiring separate log-in, no go. It should also terminate once you log out.Jason W wrote:If I place SpeedFan in the startup folder, then when I turn on my PC and Windows XP Pro SP2b boots up, won't it run with the parameters I've set as long as the computer is powered on?
Or even if I don't place SpeedFan in the startup folder, I can just double-click on the icon on my desktop after Windows has booted.
I feel like I'm missing something critical here, but am too brain-dead to figure it out. Please help!
When Windows boots up to the login screen, nothing user-initiated will run, not from the startup folder, not from registry. You will need to log in. Speedfan wouldn't, as explained earlier, work in that scenario, because it isn't a service but a regular program.
Software control depends too much on the OS running smoothly. Hardware is the only surefire choice. If a BIOS could temperature-control 6 fans from 5-12V then count me in and spare no expense. Otherwise I'm sticking to my panels; T-Balancer is not worth it for me as it requires its own probes.
And you're right about the OS needing to run smoothly... didn't think about that much either.
I think what I might do is use SpeedFan while testing temps and noise with the new rig, then using some form of hardware control after that with a warning signal in case a fan stops working properly and temps spike up.
The more I think about this, the more I start to wonder why more motherboard makers haven't adoped this advanced control with their enthusiast-level boards, and marketed it more heavily.
A bit off topic, sorry
I am impressed by Abit's ability of controlling fans as well. Abit KN9, a budget nForce4 AM2 board, provides 4 fan headers. I would say it's generous for this class of boards. Most boards of this class provide only two fan headers. Asrock is a typical example. Additionally, I can control two of four fans, one is CPU fan, and the other is SYS fan. That's a real bonus, since I was originally prompted by heatpipe "Silent-OTES." I don't know the voltage, but the setting range from 30% to 100% based on temperature. My CPU fan rotates at 760rpm now, from Speedfan report, down from 2000rpm.
I just want to say that even a budget Abit board is great of budget class. Now I can plug three fans on mb.
I am impressed by Abit's ability of controlling fans as well. Abit KN9, a budget nForce4 AM2 board, provides 4 fan headers. I would say it's generous for this class of boards. Most boards of this class provide only two fan headers. Asrock is a typical example. Additionally, I can control two of four fans, one is CPU fan, and the other is SYS fan. That's a real bonus, since I was originally prompted by heatpipe "Silent-OTES." I don't know the voltage, but the setting range from 30% to 100% based on temperature. My CPU fan rotates at 760rpm now, from Speedfan report, down from 2000rpm.
I just want to say that even a budget Abit board is great of budget class. Now I can plug three fans on mb.
I guess most of the overclockers who've traditionally been the main market for high-end boards aren't really that bothered about fan controls, at least not beyond "fast" and "super-fast."Jason W wrote: The more I think about this, the more I start to wonder why more motherboard makers haven't adoped this advanced control with their enthusiast-level boards, and marketed it more heavily.
Hopefully things will change and more manufacturers will have a close look at what Abit have done, although Asus's craptastic Q-Fan doesn't give immediate grounds for optimism...
Good point... I guess I keep forgetting that quiet overclocking isn't as mainstream as maximum overclocking.nick705 wrote:I guess most of the overclockers who've traditionally been the main market for high-end boards aren't really that bothered about fan controls, at least not beyond "fast" and "super-fast."Jason W wrote: The more I think about this, the more I start to wonder why more motherboard makers haven't adoped this advanced control with their enthusiast-level boards, and marketed it more heavily.
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Well, as I said earlier, uGuru is OS-independent. I do seem to remember a post though somewhere on the forum complaining that recent Abit boards and Linux don't play nicely together, but I'm not sure of the details and haven't tried it myself. I certainly wouldn't write the idea off, but you might want to do a bit of googling before you splash out any funds.fjf wrote:I guess this mobo could work with some s-flex and/or nexus fans well enough to be (almost) silent. I might give it a try!. I haven't been able to confirm if it works with ubuntu, though.
I'm happy running Linux on servers, but whenever I try a distro as a desktop OS I usually end up weeping and throwing things.
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Jason W wrote:Let me ask this question out of sheer stupidity: why not spend $55 less and buy the Gigabyte GA-P35-DS3R motherboard and then use the free SpeedFan software to monitor and control your temperatures and fans?
Is there critical functionality of the ABIT's controls that the BIOS of other boards, combined with SpeedFan, doesn't have?
Just thinking out loud here. Would appreciate any and all candor on this excellent topic.
Regards.
Jason
p.s. - I am in no way affiliated with Gigabyte, other than I just bought the GA-P35-DS3R for my next build.
I read this on another forum, it seems very relevant here so I'm just cutting and pasting it:
Pepsiennis wrote:uGuru is a 'proprietary' chip included on the motherboard, kind of like your man on the inside. The Windows program is simply a front for the chip itself. The free (albeit in many cases excellent) software you can download still can't access the same information because the IP35 and IP35-E don't include the onboard uGuru chip (Abit IP35 Pro does). For example, if you want to reconfigure your fan speeds in line with your CPU, System, or PWM temps, change a voltage, even a little OC'ing from within Windows... it's all off the chip.
Well I am happy with my Asus Commando (but it didn't come cheap).
It has 3 chassis fans that give 6.09 V at power turn on.
That is perfect for my Scythe S-Flex E (1200 rpm). They are very, very silent running.
My mobo also has CPU fan header + 3 optional fan headers but you don't need all those. The 3 optional headers have a little higher voltage at turn on. I might be able to change this all in BIOS when i get a CPU for it.
I just hope it will run good with speedfan also (preferably without loud high speed fan running at startup (before speedfan has started).
I'll have to come back when i have CPU and graphics card "mid August".
Edit: (now i finally have a running computer)
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All 3 chassis fans are controlled by the same speedcontrol in speedfan.
I now use my 3 optional fans (1200 RPM S-Flex). They are set to 70% duty cycle in my BIOS (at startup my guess it corresponds to 7-8V) thus making a little noise then. Once in windows speedfan controls them all. Also the PWR_FAN can be controlled but not monitored (RPM).
CPU_FAN must be 4-pin (=noisy) if you want it controlled. I don't use it.
It has 3 chassis fans that give 6.09 V at power turn on.
That is perfect for my Scythe S-Flex E (1200 rpm). They are very, very silent running.
My mobo also has CPU fan header + 3 optional fan headers but you don't need all those. The 3 optional headers have a little higher voltage at turn on. I might be able to change this all in BIOS when i get a CPU for it.
I just hope it will run good with speedfan also (preferably without loud high speed fan running at startup (before speedfan has started).
I'll have to come back when i have CPU and graphics card "mid August".
Edit: (now i finally have a running computer)
---------------------------------------
All 3 chassis fans are controlled by the same speedcontrol in speedfan.
I now use my 3 optional fans (1200 RPM S-Flex). They are set to 70% duty cycle in my BIOS (at startup my guess it corresponds to 7-8V) thus making a little noise then. Once in windows speedfan controls them all. Also the PWR_FAN can be controlled but not monitored (RPM).
CPU_FAN must be 4-pin (=noisy) if you want it controlled. I don't use it.
Last edited by Alex on Fri Sep 28, 2007 6:59 am, edited 1 time in total.
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It's a bit of a ninja-bump, but I stumbled on this thread googling around for what one of the BIOS settings does in the IP35 Pro. Just wanted to register to toss in an extra note about the board...
I don't think it really matters as much if you're running low-speed fans anyway, but I've red a lot of reports that the fan headers on this board run on their own circuit to allow high-voltage fans or the like to be plugged in. I think it's true - I remember seeing isolated coils+mosfets in random places around the board near the fan headers.
I don't think it really matters as much if you're running low-speed fans anyway, but I've red a lot of reports that the fan headers on this board run on their own circuit to allow high-voltage fans or the like to be plugged in. I think it's true - I remember seeing isolated coils+mosfets in random places around the board near the fan headers.
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I have a IN9 32 Max and the uGuru goes down to 6v for the low setting. And you can alter and monitor the fan settings with the Windows uGuru utility loaded if you want, it has a driver and application. I myself only load the driver and dont' run the app. I let the BIOS take care of things. Runs my GlobalWIN 120mm fans just fine.
Well, after playing with the Abit ip35 pro for a while, I can say I like it!. It is true that the minimum voltage for fans in the BIOS is 8V. However, if you install the windows software (uguru) and push the setup button, there is an additional button for each fan labeled "optimize" that pushes the fan up and down to decide the minimum velocity of the fan that seems safe. I have the stock ninja fan connected to AUX1 and referenced to CPU temp (for some reason the CPU fan control does not work, maybe a bug in an early BIOS) and the case fan (a Scythe S-flex 1600 RPM) connected to SYS and referenced to SYS temp. After optimizing them, the low voltage goes down to 2.5V!. And the nicest thing is that this setting gets stored in the BIOS, and works later without the uguru soft loaded or even in linux. I have both fans now at about 700 rpms and I can barely hear them!.
The bad news: it does not undervolt in the BIOS (I haven't tried any software). But its runs pretty cool at stock voltages, at about 40ºC at idle (CPU -an e6750- and PWM) and 30ºC SYS temp.
Summary: a great motherbord from a silence point of view. No need for additional fan controllers.
The bad news: it does not undervolt in the BIOS (I haven't tried any software). But its runs pretty cool at stock voltages, at about 40ºC at idle (CPU -an e6750- and PWM) and 30ºC SYS temp.
Summary: a great motherbord from a silence point of view. No need for additional fan controllers.