Passively coole CPU

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Peter

Hi all,

I want to build a PC that is completely quiet. So I need a fanless CPU
and PSU + integrated graphics and a SSD harddrive.

So I need some advice:
- What is the fastest fanless Intel CPU on the marked today? If
possible I would prefere a core 2 duo

- I've been looking at NorthQ's fanless PSUs (they have fans, but they
are only used in extreme conditions as they write on there homepage:
http://northq.com/products/powersupply/nq4350GP-FL.html). What do you
think of this one? Is there another one you would reccomend?

- I would prefere not to have any fans at all, and that includes the
chassis. Is it possible with todays passively cooled hardware to avoid
the fans on the front/side/back of the pc chassis?


Thanks
/Peter
 
Peter said:
Hi all,

I want to build a PC that is completely quiet. So I need a fanless CPU
and PSU + integrated graphics and a SSD harddrive.

So I need some advice:
- What is the fastest fanless Intel CPU on the marked today? If
possible I would prefere a core 2 duo

- I've been looking at NorthQ's fanless PSUs (they have fans, but they
are only used in extreme conditions as they write on there homepage:
http://northq.com/products/powersupply/nq4350GP-FL.html). What do you
think of this one? Is there another one you would reccomend?

- I would prefere not to have any fans at all, and that includes the
chassis. Is it possible with todays passively cooled hardware to avoid
the fans on the front/side/back of the pc chassis?


Thanks
/Peter

You can see one approach here. The Zalman TNN500AF uses heatpipes
to transfer heat from the CPU and video card, into the walls of
the computer case. The computer case is a huge heatsink. The power
supply looks to be transferring its heat, into the wall of the door.

http://www.silentpcreview.com/article301-page3.html
http://www.zalman.co.kr/ENG/product/Product_Read.asp?idx=116

That design concept, allows more heat to be dissipated, than would
otherwise be possible.

If you want fanless with an ordinary computer case, then the problem is,
the warm air stays inside the computer case. If you can provide more
room for convection, then a higher power level could be supported.

For a processor, this Conroe-L 2.0GHz 512KB L2 Cache is 35W and pretty cheap.

http://www.newegg.com/Product/Product.aspx?Item=N82E16819116038

I judge the Northbridge dissipation, by the size of the heatsink used.
This P5VD2-VM SE LGA775 board, with a VIA P4M900, has a pretty small heatsink.
There are other brands using Northbridges like that one.

http://www.newegg.com/Product/Product.aspx?Item=N82E16813131199

Or you could investigate motherboards that take laptop processors.
Laptop processors still burn significant power, so the processor
will still need a good heatsink (as in large).

A socket M motherboard, from Jetway. Appears to be a few quality problems.

http://www.newegg.com/Product/ProductReview.aspx?Item=N82E16813153077

Socket M covers some laptop processors. This dual core 1.66GHz uses 34W.

http://www.newegg.com/Product/ProductReview.aspx?Item=N82E16819111304

This single core processor Celeron M 440 1.86GHz 1MB L2 Cache uses 27W.

http://www.newegg.com/Product/Product.aspx?Item=N82E16819111200

Going with laptop components generally results in higher markups on
the components.

You can find some other ideas, on sites like this one.

http://www.mini-itx.com/store/?c=32#i945GMt
http://www.mini-itx.com/store/?c=35

Even Intel is dabbling with small boards. The Celeron 220 is

http://www.intel.com/products/motherboard/d201gly2/configs.htm
http://en.wikipedia.org/wiki/Intel_Celeron

Celeron 220 - "With 1.2 GHz and a 512KB second level cache it has a
TDP of 19 Watt and can be cooled passively"

Lots of stuff to research.

Good luck,
Paul
 
There are NO fanless Core 2 Duo's on the market.  They require active
cooling to avoid frying.
I'm afraid that you have a notion that fans are not necessary to some cases,
etc.  I would do some serious research before going much further in your
quest.  Computers by their very nature produce a LOT of heat.

I can`t comment that much on fanless cases. (there were some even in
2003, and prob are more now).

But

Your information is out of date.

The Intel Core 2 Duo range includes a "ULV" range. Ultra low voltage.
They are extremely low in watts.

They are intended to be passively cooled..
The only question I would have about those, is where to get a
heatsink.. (there weren`t that many places selling them last time I
checked).

These very low power processors are ideal for noiseless computers.
Apparently there have been low power processors in the past too..

Many fanless laptops are using these processors.

Furthermore, around 2003, fanless heatsinks were produced for the fast
processors of the time. I remember the picture of the first one. It
was the time of P4 processors and AMD Athlon XP processors.. They
cooled fast P4s up to around 2GHz northwood ones. They had an issue
though - they were so big. If you had a case they might have been too
big for it. (and a case can help silence a noisy hard drive!)

Prob 2003 too, you had what I think was the first fanless full size /
ATX PSU, it was by silentmaxx. Now many makes make them. I don`t
know how reliable they are but with many manufactureres making them,
they may be ok.

I built a fanless machine, A VIA miniitx motherboard, in 2003.. Had
the processor built into it. That was passively cooled. But the
"power supply card"(with ACDC adaptor) made a high pitched noise. And
I could not bare using it - the card made a high pitched noise -
transformers. But now I can finally use it since the PicoPSU came
out. That is noiseless - no high pitched noise. And no fans of
course. I bought it off a guy on ebay whose flatmate could hear high
pitched noises from some TVs(like I can) , and he said that this
device did not produce them.
You can run a motherboard outside the case. I ran that one outside
the case.

Those VIA boards had low specced processors. But now with Core 2 Duo,
you have fast, low power processors being made..


With stateless hard drives, they are now noiseless - apparently.
Expensive- but give it time

note- there may be an issue running some motherboards outside the
case.. Voltage regulators.. (I think they are Little square things
near the CPU, surrounded by capacitors) They can get hot.

http://www.overclockers.com/tips1104/2.jpg
=
http://img147.imageshack.us/img147/8466/vrrw7.jpg

CPU Heatsinks - with fans, suck air in the top and out the sides.
Cooling them as well as the processor.
Passive CPU heatsinks won`t (or prob won`t?) cool them
But some motherboards are designed to passively cool. They have
passive heatsinks over them.

You can always move the computer out with a KVM Extender . And work on
silencing it... While being so far from the box and past a closed
door or two, so you won`t hear it anyway.

But I think - Thank the big man upstairs - the days of trying to find
quieter and quieter components..are coming to an end. And may have
ended..
It looks like you can get all noiseless components now.. (hard drive
may be an issue still, since stateless are expensive. - there may be
some slower noiseless alternatives - booting off usb, and maybe flash
card) But there is alot of progress and price drops every few years)..

We had the speed revolutions in the 1990s. Now all computers are fast
enough for most people.. The revolutions now have been in noiseless
computing!
And also in types of networking related software like VNC, Synergy,
VMWare

There are companies like quietpc, and forums like
http://www.silentpcreview.com/forums/

And alot of what I have written has been mentioned already on usenet ,
if you search usenet (google`s archive) for silent computer or perhaps
other related terms.

Regarding the fanless cases.
There were some watercooled ones , but they actually had a fan, so
gotta be careful with that. There was a refridgerated one, but a
retailer told me it "makes a noise like a fridge". (as you know, some
fridges to make noise)
Zalman made a -very- expensive fanless case. Things may have
improved.. Last time I looked was around 2003..

Furthermore, regarding the fanless cases.. There is a company that I
think do fanless computers with fanless cases..Even in 2003 and prob
prior to that. Prior to fanless heatsinks and the silentmaxx PSU..
Then it was called whisperpc.co.uk That website vanished and
www.tranquilpc.co.uk appeared. Looks like the same company. I doubt
they would sell the case separately.. It looks liked a whole unit.. At
the time, was quite specialised.. cooled with heatsinks.
 
On 26 Mar, 00:00, "(e-mail address removed)"
<snip>

A great site way to find out about these ULV processors, or whatever
they call the very low watt ones.. is
google wikipedia list core 2 duo
or instead of core 2 duo, then whatever the type of processor is..
you may not need the "list" keyword. But find the wikipedia page with
List in the URL.

http://en.wikipedia.org/wiki/List_of_Intel_Core_2_microprocessors

Here, you see a range that are 10W ! With core 2 duo they call them
ULV.

You can find that "list" page from the main processor page too
See, even in the time of the PIII you had low wattage ones
http://en.wikipedia.org/wiki/List_of_Intel_Pentium_III_microprocessors
13W !!!!!!

It looks like that old processor people bashed, the old Intel Celeron
- prior to the Celeron M.
They even had a very low watt version of the Mobile Celeron. As low as
9W !!
I would bet that one was passively cooled! - and with a small
heatsink.
 
<snip>

A great site way to find out about these ULV processors, or whatever
they call the very low watt ones.. is
google wikipedia list core 2 duo
or instead of core 2 duo, then whatever the type of processor is..
you may not need the "list" keyword.  But find the wikipedia page with
List in the URL.

http://en.wikipedia.org/wiki/List_of_Intel_Core_2_microprocessors

Here, you see a range that are 10W !  With core 2 duo they call them
ULV.

You can find that "list" page from the main processor page too
See, even in the time of the PIII you had low wattage oneshttp://en.wikipedia.org/wiki/List_of_Intel_Pentium_III_microprocessors
13W !!!!!!

It looks like that old processor people bashed, the old Intel Celeron
- prior to the Celeron M.
They even had a very low watt version of the Mobile Celeron. As low as
9W !!
I would bet that one was passively cooled! - and with a small
heatsink.

Thanks to all of you for you help :-) I'll be looking at the links you
have provided.

/Peter
 
Peter said:
Hi all,

I want to build a PC that is completely quiet. So I need a fanless CPU
and PSU + integrated graphics and a SSD harddrive.

So I need some advice:
- What is the fastest fanless Intel CPU on the marked today? If
possible I would prefere a core 2 duo

- I've been looking at NorthQ's fanless PSUs (they have fans, but they
are only used in extreme conditions as they write on there homepage:
http://northq.com/products/powersupply/nq4350GP-FL.html). What do you
think of this one? Is there another one you would reccomend?

- I would prefere not to have any fans at all, and that includes the
chassis. Is it possible with todays passively cooled hardware to avoid
the fans on the front/side/back of the pc chassis?

I would change your expectations - if you have the latest CPU and a graphics
card and hard disk in the same case, then you are going to need airflow.

Even if you have no fans, the computer will still not be completely silent
as the hard disk spinning will still make a noise. Unless you go for a solid
state (expensive) drive and I think they are only up to 32GB at present.

However, fans don't have to mean noise. If you take a standard 120mm fan and
turn down the voltage it will run silently and still move (less) air around.
The loudest thing in my case are the hard disks spinning and they are
probably around 20db. I have 4 case fans and a PSU fan, but I have wired 3
of them to the 5v circuit instead of their usual 12v, so they run at less
than half speed and completely silently. The only fan I have on the 12v
circuit is a large 120mm fan over my Zalman CPU heatsink - I have that
controlled using a little black in-line resister box (forgotten the name)
that reduces the voltage so the fan is probably running somewhere between 7v
and 9v, but still silently. You could wire 2 12v fans in series to reduce
them both to 6v. Whatever you do, you will need airflow, so forget fanless,
unless you spend hundreds on a fanless case that has heatpipes all over the
place and a big radiator on one side.

Your other option is water cooling - the only noise will be the pump noise,
so if you concentrate your money on that part first, then you should get a
pretty quiet system, but it still won't be silent.
 
DaveW said:
There are NO fanless Core 2 Duo's on the market. They require active
cooling to avoid frying.

That is not true - I don't know the names but there are a couple of fanless
Core2 coolers - I think one is a 'gemini' something or other. They recommend
a 120mm fan and has space on its large flat surface for 2x120mm fans, but
they work without fans, provided the ambient temp is low enough. However, to
ensure a low enough case temp, you need case airflow, or in other words
fans!
 
Peter said:
Hi all,

I want to build a PC that is completely quiet. So I need a fanless CPU
and PSU + integrated graphics and a SSD harddrive.

So I need some advice:
- What is the fastest fanless Intel CPU on the marked today? If
possible I would prefere a core 2 duo

- I've been looking at NorthQ's fanless PSUs (they have fans, but they
are only used in extreme conditions as they write on there homepage:
http://northq.com/products/powersupply/nq4350GP-FL.html). What do you
think of this one? Is there another one you would reccomend?

- I would prefere not to have any fans at all, and that includes the
chassis. Is it possible with todays passively cooled hardware to avoid
the fans on the front/side/back of the pc chassis?

No need - check out ebay item number 380007455498. 120mm fan, 8db and
40-60cfpm. Its finished now, but there are other similar fans out there.
 
Somewhere on teh intarweb "Paul" typed:
For a processor, this Conroe-L 2.0GHz 512KB L2 Cache is 35W and
pretty cheap.
http://www.newegg.com/Product/Product.aspx?Item=N82E16819116038

Paul, I read somewhere (sorry to be vague) that the Celeron 420 has
power-saving and better sleep modes than all the other Core architecture
Celerons. Apparently it shares some features with laptop processors and
might be a better choice than the 440. Also, using basic CPU tests I have
concluded that the 420 is roughly as powerful (in fact slighly more
powerful) as an Athlon Barton XP3200+

Cheers,
 
~misfit~ said:
Somewhere on teh intarweb "Paul" typed:

Paul, I read somewhere (sorry to be vague) that the Celeron 420 has
power-saving and better sleep modes than all the other Core architecture
Celerons. Apparently it shares some features with laptop processors and
might be a better choice than the 440. Also, using basic CPU tests I have
concluded that the 420 is roughly as powerful (in fact slighly more
powerful) as an Athlon Barton XP3200+

Cheers,

Yeah, I tried to check that on processorfinder.intel.com, and the
feature set of the 420,430, and 440 appeared to be the same. So
I don't know what the deal is there. Whether the 420 really is
different, or not. Hard to say.

Paul
 
No need - check out ebay item number 380007455498. 120mm fan, 8db and
40-60cfpm. Its finished now, but there are other similar fans out there.-

Clearly you don't want a fan on the chassis. But If you did want one,
then sflex make some very quiet ones.
8db !!
http://www.subzeropcs.com/scythe_8dba_sflex_120mm_fan.html
So that may be the one GT saw on ebay.

makes are important.. remember sflex.. At the moment I think they are
the favourite. They were suggested to me some time ago in email from
the quietpc.com guy. Do post any of his suggestions here. Or at least
on usenet, perhaps a junkier newsgroup like alt.computer, so they are
at least archived!

They may be noiseless..
In the past , so-called quiet fans were a little less than 20db. e.g.
18db ones by zalman. So 8db is worth a look!
The easy way to have a fanless case may be to remove the side!
I reckon though if you monitor the temp, case temp, cpu temp e.t.c.
Can be done in windows with software like speedfan, and in the BIOS,
then you can make sure it is not getting too hot (except for voltage
regulators and perhaps some other things).
If doing that, then choose a motherboard that passively cools, then
your voltage regulators and potential other things (like northbridge
and southbridge I guess) will be kept cool.
If having the lid/side off the case, it may be better if the
motherboard is flat.
Just speculation really regarding a fanless case. I haven't done it..

I once had a miniitx computer in a draw, and opened the draw when
using it. That was fine.

Actually.. I have left the side off a case , on a computer that has
lasted for years..

db isn't literally a measure of volume.. And only makes for a rough
guide to volume.

minor point regarding db

http://www.ridproductionschool.com/glossary/decibel.htm
"Someone (or some people) interpreted test data and made a
generalization that a 10 dB [1 bel] change in level was twice (or
half) the volume and many texts compound this useless and deceiving
assertion. In practice the 6 dB change for full fidelity music
represents twice (or half) the volume better than the confusing 10 dB.
It has good scientific basis in that twice the pressure is an increase
in 6 dB.
The following is presented as factors supporting this: "

And this link
http://www.astralsound.com/the_decibel.htm
 
Also keep in mind that people tend to look at max design
power at stock speed then look backwards from that, but it's
not necessarily the only way to go.

For example if you picked some Pentium Dual Core like an
E2160, then made use of the C1E, EIST power saving features,
plus also underclocked the motherboard FSB you could arrive
at very low power -> heat as well.  Just keep in mind that
ultimately something has to give, it will be cheaper and can
be made quiet enough to go unheard, to simply choose a good
heatsink and run the fan at very low RPM, perhaps about
400-700RPM is a good target.  You would need a very quiet
room and the system nearby in order to hear that.

noise is subjective..

If you were the type with very sensitive ears, that strives to have
complete noiselessness.. Then it may well bother you.

I have had enough and enough of quiet power supplies that were too
noisy for me.. and made an even more aweful noise than the standard
ones.

By the way.. Do you still think all fanless atx PSUs are unreliable?
You once said something of that nature. I have never bought one but
am wondering if you think the situation has changed.

I am still using my KVM Extender - bliss. But it would be nice to be
close to the machine(s)..
 
Perhaps, but more often I suspect people are contrasting
something terribly excessively noisey and going overboard on
the solution in some kind of arbitrary fans=evil kind of
mindset.  The truth is everything from a toaster to TV to
(you name it) makes a minor bit of noise, it would be
arbitrary to think a PC needs to be objectively noiseless
instead of just subjectively unobtrusive and even with
sensitive ears, below a certain threshold no reasonable
person could say a very quiet system is too loud unless it
were some special situation like an audio recording studio.
There are plenty of people today who run quiet systems
without extremes like removing fans or whatever... just
takes a bit of research about which parts to avoid, picking
the right case or modifying what you have, and being willing
to experiment a bit and sometimes reject a part if it
doesn't meet it's claims. Having a few systems with loud
fans just isn't a reason to reject fans, it's a reason to
reject loud ones.


what bothers a person is far more specific..

In my case, when in my room, I like complete silence. And having that
silence BUT this one continuous or repetitive noise, is bothersome.
It doesn't matter how quiet it is. If I can hear it then it bothers
me..

That includes noisy radiators...

As I said, it is dependent on the person.. Car noises don't bother me,
they are a whushing sound.. It's actually quite common.. hence many
silent computer people don't mind keyboard noise.

Alot of people that want silent computers, are really not that
sensitive to noise. They just have a VERY VERY noisy computer, and
they want it quieter.

But others e.g. sitting in a silent room, and are sensitive to the
noise.. And it really really bothers them.

I have actually found that those noises I don't like can continue in
my ears after the thing is switched off..

So you can't just make assumptions about people.

ESPECIALLY if they say they want fanless.
If they say they want fanless then don't just ignore that. Look at
fanless solutions.. You know about them anyway..

Infact, it was a passing comment from you about ULV processors, that
made me look for a laptop - with a ULV processor.. And so I got the
panasonic toughbook I have mentioned..(one of a few types of fanless
laptop mentioned on silentpcreview forums i think) It is not ideal in
that I still can hear the hard drive, and it does make a very high
noise sometimes. But compared to many other laptops I have used, it's
very nice. Any laptop I buy will be ULV processor now.

And incase it's not obvious.. It is not just a thing about laptops
being noiseless. My computers are perfectly noiseless thanks to my KVM
Extender. Because the noise does bother me. The noiselessness isn't
just a fashion thing, or issue with loud noises. It may be for some
but not for me. And I am sure there are others like me within the the
silent computer community.. Fanless machines aren't just made for or
used by recording studio businesses. They are made for people too.


Regarding the ATX(sized) PSUs.. (there are small ones with ATX
connectors, like the PicoPSU)..
I'm glad to see you are not claiming either of them are unreliable.
 
@yahoo.co.uk" <[email protected]>
wrote:



I'm starting to wonder if these noises ever came from the
computer then? A very quiet PC is not a problem to any sane
person.

It shouldn`t be heard to imagine that some people react differently to
sounds, than you do.

You are coming up with ridiculous remarks to try to justify your
narrow perspective.

I think I can.

Well then you`ll get them wrong
Perhaps, but sometimes people get misled as if going fanless
is some holy grail when nobody bothers to mention the
ridiculous amount of time, expense, then shorter lifespan.
Pretty much a silly thing to do to a computer without a real
legitimate need rather than just some recommendation from
someone else who has ran an EZ-Bake Oven PC for a few months
and determines that period is long enough to start
recommending it to others. Modern systems just create more
heat, or if choosing something with lower performance to get
less heat one might think about using an old system instead
of junking a new one by letting it overheat long term, AND
junking the old system they could've reused. One way is
cheap, easy, environmentally friendly. The other isn't.

Old systems were not fanless either.

If a person asks about a fanless computer, they don`t have to justify
to you or convince you that they have a need.

You just go ahead and ignore what they want and tell them about
systems with fans.

As you well know, fanless systems do not run like an oven like you
suggest. You yourself mentioned ULV processors.

You are blatantly saying that if they ask for a fanless system, they
don`t know what they talk about. And you completely ignore the
question.

If you answer it, then you answered the question.

If they don`t want a fanless system, and you answer the question, then
the question will at least be of use to others - and may be of
interest to them too.

And they can ask another question.

Ok, but practically any laptop has a power management
feature that allows setting speed and voltage. Right now
I'm on a laptop that does not have a ULV processor and the
fan is not runnning at all.




They are made to fill a marketing niche for those that don't
understand you can have:

1) At least one fan that will increase system lifespan by,
perhaps 300%

You think that if you add a fan to my old VIA EIPA system, it will
increase system lifespan by 300%? It runs very cool anyway. And it
has lasted for years.

You are saying that fanless power supplies are built for ignorant
consumers.
Like they are a gimmick..

This is ignorant prejudice nonsense.

2) No audible noise reaching the user.

What do you mean

"They are made to fill a marketing niche for those that don't
understand you can have: " "No audible noise
reaching the user"


I know what you`re getting at. You are thinking of a computer with a
fan. And YOU cannot hear the noise.

Of course there are mouse clicks, keyboard noise..

See, you never really gave computer noise any thought.

Of course, you cannot hear the noise from this machine you speak of..
A mythical machine. What Power supply does it have?

All the quiet fan power supplies I tried, around 2003-2004, were very
audible..

Do you have in mind some newly developed power supply with fan? I
doubt it.

Do you have in mind some DIY job, replacing the fan with one you deem
quiet. I would probably be able to hear it.

I know recently though, sflex fans have come out, that may be very
silent.
But I doubt you meant one of those..

It wouldn:t suprise me if you considered the quiet power supplies on
the market over the past few years, zalman and the rest, to be not
audible to the user. Do you?

There is one other good reason not to have a fan, if the
system is in an extremely hostile environment where
contaminants in the air would ruin it. Industrial settings
mostly, areas uninhabitable by people in plain clothes.

Is it really SO hard for you to imagine that some people have issues
with noise. Issues that you don`t have.

Do you know for example, that although most people when they close
their eyes and imagine something , they literally SEE the thing.
Whereas some people see nothing. Peoples` minds work differently,
they react differently to things.
Some people bruise very easily.. Some people get a headache from one
kind of music, other people love it.

Do you have any evidence they have ran 24/7 for years?

ask on a silent computer forum.

I did not use my one because the power supply card made a high pitched
noise.

I only got a noiseless power supply for it last year.
If
not we have no evidence they're reliable either. It's funny
how people see something on the market that's built to a low
price point like most of today's disposible consumer
products and assumes all the other products (with fans)
didn't have one for a good reason.

so now you assume fanless products are just cheap pieces of shit. And
people buying them are - idiots - again.
That reason is longevity. Granted, it's also necessitiated
by the higher current of a regular systems vs what one would
power with a Pico/etc minimalistic PSU board, but
realistically we aren't talking about what a typical person
wants.

if somebody says they want a fanless computer, then that fits the
criteria.

Don`t make assumptions about what they want.. Your assumptions and
prejudices are ridiculous
A few years ago a car PC seemed a novel idea to play
MP3s, and a low powered system running from a Pico/etc PSU
would do that, but today you can get a ready-built stereo
desk for a car that plays MP3, no need to DIY, and these low
powered motherboard/CPU combos can't reach the next plateau
which is high compression video playback so they're quickly
loosing their niche.

You crazily assume that fanless low power motherboard/cpu combos,
must be for Car PCs.

Somebody says they want a fanless machine. Options develop within that
framework.

What they are using it for or why they want it, is secondary. And they
can consider that when looking at their options.

Some want them because they are often small. They can fit in a draw!

Others want them because although they will be "telnetting" or VNCing
to a powerful terminal and working on that. And so they get
noiselessness, and get to do their demanding operations.

And others just like the noiselessness. The silence.
..
Even if the task didn't require more performance, one can't
just take a Pico/etc passive psu, an undersized board with
low power chipset, and toss that in a case and run it
passively either,

Again, you assume the person building the computer (a techie, or
somewhat of a techie), is an idiot.

Who "tosses" the "undersized" board in a case.

A friend of mine has my VIA EPIA running fanlessly.
How, you may wonder?
NO CASE.
And that is how I ran it when I ran it in a draw. I just opened the
draw.



Even some little 80mm at 400 RPM would
extend system life by multiple times, and I am eager to hear
of anyone who has used a low torque sleeve bearing fan at
400 RPM and felt the noise level was objectionable. Since
most people don't build their own systems, most wouldn't
even know such a fan exists in a system.

Of course it would extend the system life by multiple times. A SYSTEM
SHOULD NOT BE RUN IN A FANLESS CASE (as you mean it)!!!!! (unless it
is a specially designed case and cools some other way. But you don:t
mean that)..
You are just using rhetoric..
You are talking about a system that should never have been built like
that, and saying if you add this fan it will increase it multiple
times.
AGAIN, you just assume that the system without the fan was built by an
idiot that had no idea about temperature, did not monitor anything..


Anyhow, in answer to your question about the 400RPM fan. At the time
I was trying to get a noiseless system , it was almost impossible e.g.
power supplies. So I just used a KVM Extender.

I was so bothered with the CPU fan, and the PSU fan. I never reached
the point of just caring about the case fan..
..
And the fanless system I had , I did not run in a case. No point. If I
had then I could answer about the case fan..
 
Not at all, noise is a fact of life. Everything around a
person can make some. A leaf blowing in the wind, a blade
of grass bending, a bird singing. It is a folly to think
the world should be silent for any one person, rather the
reasonable expectation is no noise of excessive volume or
especially irritating tone.

Saying "noise is a fact of life" sounds patronizing.. like much you
have written.

I could go into detail but people who know, unfortunately know. And
people that don`t know, might understand. But those that do not even
understand that some people are sensititive to certain types of
noises, and others are not, will never understand.

You, too, make noise when you move around. Maybe people who
want silence should first focus on noise they make. Don't
move, don't breathe, don't bat an eyelid? Seems pretty
crazy? Even moreso when, like I already wrote, a fan cooled
system isn't necessarily even audible at all to the user.

more patronizing talk.


But they can be cooled to an inaudible noise level with a
single fan.

You know what..

since you said about adding a fan to the VIA EPIA..

MAYBE, I will "hand it to you" that if you have a machine, that runs
fine fanlessly outside of a case.

Then you could put it in a case and add a fan that runs at a level
that is inaudible to the person.


This thread wasn't about you.

The point is, that you don`t know how sensitive this person`s hearing
is, or how irritated he gets by noise, and what type of noise. You
don`t know his hearing any more than you know mine. Or anybody else
searching around looking for tips about quiet computers.

Fortunately, he asked about a fanless computer, so you don`t need to
know. (and better, neither does he!)
I was willing to spend a bit
of time being productive but instead my time was spent
addressing your illogical arguments. So you had your chance
and wasted it.-

Well.. too late. You already suggested that you did a DIY job. And you
mentioned about the RPM of the fan being 400 or 800.

I know I helped him where I can (largely with the wikipedia list of
intel core duo processors) ..

And you helped him where you can.

A thread is not just or even about an individual.
It is about a problem.. Posted by an individual.
And that problem is relevant to the OP, but may be relevant to many
individuals lurking , searching, reading or writing.

I am all for contributing or answering a person ... The OP and then
anybody else.

Generally, the great netiquette on usenet, is that there is nothing
immoral about going on a tangent, if people have contributed to
addressing the OP`s problem directly, and responded directly to the
OP.. and of course he can reply, requesting clarification or giving
contributions of his own, e.t.c. Tangents don`t have to be to the
detriment of the OP.
If you can further help the OP, or rather, address the OP`s problem
(for the benefit of the OP and others) then please do. I`m only too
happy.

And if a contribution is towards something on a tangent, then that`s
not necessarily a negative thing, and it`s often a good thing too.

It was one of your contributions in the past, about ULV processors,
that helped me thelp the OP.. And perhaps one of Paul`s posts in the
past, that alerted me to the wikipedia list.. (though he usually uses
intel processorfinder - which is useful to the OP too).

http://processorfinder.intel.com/

These may have been directly related to a problem, or a tangent, when
posted. But they were directly relevant here. Information relevant
to one thread is relevant to another e.t.c. That is the/a beauty of
usenet.
 
Somewhere on teh intarweb "kony" typed:
I'm starting to wonder if these noises ever came from the
computer then?

LOL. Kony, all I see is a bunch of your posts, thought you were having a
conversation with yourself. Then I had a look and figured maybe I'd
killfiled this guy at some stage. Now I see why. :-)

Have fun.
 
Somewhere on teh intarweb "kony" typed:



LOL. Kony, all I see is a bunch of your posts, thought you were having a
conversation with yourself. Then I had a look and figured maybe I'd
killfiled this guy at some stage. Now I see why. :-)

Have fun.


Well you're the "~misfit~". Why don't you killfile yourself "?"
 
Somewhere on teh intarweb "kony" typed:
You have actually found that those texts you don't like can
continue in your sight even after the source is killfiled
off. ;-)
Indeed.

The noise is obviously driving him mad.

I'd put that in the past tense personally. <g>

Cheers,
 
try this for best

http://www.smartvm.com/Extenders-C1291.htm

VGA Extender broadcasts VGA video locally and remotely up to 950 feet
away from a computer using inexpensive Cat5e or Cat6 UTP cable. VGA
Extender Cat5 kit provides equalization and video signal gain
adjustment. USB Extender hub allows you to extend up to 4 USB devices
device up to 150 feet from your computer via Cat5/6 cable.

USB extender is ideal for extending devices like USB cameras,
printers, and scanners. These Cat5 USB extenders break the 15 feet USB
extension limitation.

KVM extender allows you to extend PS2 keyboard, PS2 mouse and VGA
video remotely up to 1000 feet away from a computer. KVM extenders are
ideal for applications like public broadcasting, banks, classrooms,
tradeshows, and other mission critical locations.

Video splitter extender via Cat5 extends video signals up to 984feet
using inexpensive Cat5e or Cat6 UTP cable. Video splitter extender via
Cat5 is the ideal solution for applications to display the same image
on multiple remote locations. These Cat5 extenders are commonly used
at airports, stores, restaurants, trains, planes, banks, stock
exchanges, churches, shopping malls, clubs and classroom environments
for video broadcasting such as remote monitoring, presentations and
advertising.

USB KVM Extender includes a transmitter-receiver pair that enables you
to locate a USB computer in a clean, secure area and access it from
any convenient, remote location. USB KVM Extender can be used to
extend distances between KVM switches, user consoles, and connected
computers.

We also carry a wide range of DVI-D extender products like DVI-D
Single link fiber optic extension cables, DVI-D repeater, DVI-D
Extender Cat5, DVI-D Splitter Extender Cat5, DVI-D Single Link Fiber
optic extender, DVI-D dual link fiber optic extender and DVI-D USB
Fiber Optic extender.

http://www.smartvm.com/RS232-Extender-C1324.htm
http://www.smartvm.com/VGA-Video-Extender-C1325.htm
http://www.smartvm.com/DVI-D-Extender-C1322.htm
http://www.smartvm.com/Firewire-Extender-C1323.htm
http://www.smartvm.com/USB-KVM-Extender-C1328.htm
http://www.smartvm.com/CAT5-Splitter-Extender-C1332.htm
http://www.smartvm.com/USB-Extender-C1326.htm
http://www.smartvm.com/Audio-Extender-C1321.htm
http://www.smartvm.com/KVM-Extenders-C1327.htm
http://www.smartvm.com/Fiber-Optic-Extenders-C1522.htm
http://www.smartvm.com/Component-Video-Extender-C6733.htm
http://www.smartvm.com/Composite-Video-Extender-C6734.htm
http://www.smartvm.com/Wireless-USB-2.0-Extender-C6735.htm
 
try this for best

http://www.smartvm.com/Extenders-C1291.htm

VGA Extender broadcasts VGA video locally and remotely up to 950 feet
away from a computer using inexpensive Cat5e or Cat6 UTP cable. VGA
Extender Cat5 kit provides equalization and video signal gain
adjustment. USB Extender hub allows you to extend up to 4 USB devices
device up to 150 feet from your computer via Cat5/6 cable.

USB extender is ideal for extending devices like USB cameras,
printers, and scanners. These Cat5 USB extenders break the 15 feet USB
extension limitation.

KVM extender allows you to extend PS2 keyboard, PS2 mouse and VGA
video remotely up to 1000 feet away from a computer. KVM extenders are
ideal for applications like public broadcasting, banks, classrooms,
tradeshows, and other mission critical locations.

Video splitter extender via Cat5 extends video signals up to 984feet
using inexpensive Cat5e or Cat6 UTP cable. Video splitter extender via
Cat5 is the ideal solution for applications to display the same image
on multiple remote locations. These Cat5 extenders are commonly used
at airports, stores, restaurants, trains, planes, banks, stock
exchanges, churches, shopping malls, clubs and classroom environments
for video broadcasting such as remote monitoring, presentations and
advertising.

USB KVM Extender includes a transmitter-receiver pair that enables you
to locate a USB computer in a clean, secure area and access it from
any convenient, remote location. USB KVM Extender can be used to
extend distances between KVM switches, user consoles, and connected
computers.

We also carry a wide range of DVI-D extender products like DVI-D
Single link fiber optic extension cables, DVI-D repeater, DVI-D
Extender Cat5, DVI-D Splitter Extender Cat5, DVI-D Single Link Fiber
optic extender, DVI-D dual link fiber optic extender and DVI-D USB
Fiber Optic extender.

http://www.smartvm.com/RS232-Extender-C1324.htm
http://www.smartvm.com/VGA-Video-Extender-C1325.htm
http://www.smartvm.com/DVI-D-Extender-C1322.htm
http://www.smartvm.com/Firewire-Extender-C1323.htm
http://www.smartvm.com/USB-KVM-Extender-C1328.htm
http://www.smartvm.com/CAT5-Splitter-Extender-C1332.htm
http://www.smartvm.com/USB-Extender-C1326.htm
http://www.smartvm.com/Audio-Extender-C1321.htm
http://www.smartvm.com/KVM-Extenders-C1327.htm
http://www.smartvm.com/Fiber-Optic-Extenders-C1522.htm
http://www.smartvm.com/Component-Video-Extender-C6733.htm
http://www.smartvm.com/Composite-Video-Extender-C6734.htm
http://www.smartvm.com/Wireless-USB-2.0-Extender-C6735.htm
 
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