Archived from groups: comp.sys.laptops (
More info?)
Vladimir wrote:
> Well, what I was trying to find - is that normal or is that
> malfunction in fan regulation. This fan mostly pushes cold air. It is
> not as noisy as fans in other laptops I've seen and often is hardly
> noticeable in many ambient noise conditions. But I am afraid in a year
> it will become noisy after constant work.
>
> The fan does seem to be regulated - it does not start right after
> power-up, it takes about 10 sec before it starts. At that time my
> computer is still in bootloader, so no even slightest load on graphic
> chip.
>
> I wonder if I can disconnect this fan altogether, as I never use 3d
> graphic acceleration and the air coming from the fan is only slightly
> warm
>
> Thanks
> Vladimir
>
> "Jerry A. Valentino" <pickupmannospam@comcast.net> wrote in message
> news:<udRvc.39904$3x.38023@attbi_s54>...
>> there are definately 2 fans in your laptop, one is the processor
>> cooling fan and the one that spins all the time is the graphics chip
>> cooling fan
>>
>> "Vladimir" <vldmrrr@yahhoo.com> wrote in message
>> news:5271c6e6.0406030837.7c800a0e@posting.google.com...
>>> Hi,
>>>
>>> Just got new laptop. After few days I've noticed that one of the
>>> fans never stops whatever the workload is, neither under linux
>>> (fc2) nor under win xp. It is starting to get on my nerves.
>>>
>>> Could anyone having the same model tell if your fan ever stops? Or
>>> someone with the same cpu. Mine is pentium 4m 2.4 ghz
>>>
>>> I used to have toshiba satellite with 2ghz celeron, there the fan
>>> used to kick in only occasionally
>>>
>>> Vladimir
Disable the fan and the CPU will inevitably fail, probably sooner than
later, even if the internal thermal protection kicks in and shuts down
the CPU, which it will do frequently. You should instead take
precautions to disable unnecessary Services, disable unnecessary
auto-runs from Start/Run/msconfig, keep the HD reasonably defragmented.
These will reduce the base or average CPU load and thus the base or
average thermal load.
Q