Output power Linksys Router

Hello,

I would like to know what is the maximum Transmit power (Ximit) a
Linksys wrt54gl router
can handle before you shorten the lifetime or whether you should start
using cooling.
I have set mine now to 67 mW, but would like to increase it.

I also would like to know which setting is recommended and which setting
is the most ideal (concerning range, noise and heat generation)

Greetings Oscar

Oscar Dres wrote:
> Hello,
>
> I would like to know what is the maximum Transmit power (Ximit) a
> Linksys wrt54gl router
> can handle before you shorten the lifetime or whether you should start
> using cooling.
> I have set mine now to 67 mW, but would like to increase it.
>
> I also would like to know which setting is recommended and which setting
> is the most ideal (concerning range, noise and heat generation)
>
> Greetings Oscar
Hi,
First do the maath to see how much power increse is need to doulbe the
signal strength on paper. If increasing range is he goal I'd rather
dabble with higher gain antenna(does not cost any extra energy!)

On Fri, 27 Apr 2007 02:51:46 +0200, Oscar Dres <(E-Mail Removed)>
wrote:

>I would like to know what is the maximum Transmit power (Ximit) a
>Linksys wrt54gl router
>can handle before you shorten the lifetime or whether you should start
>using cooling.

Been there. About 100mw is the limit for normal room temperatures. If
you're going to run it outside, or have the router enclosed in an
airtight box, somewhat less. I've seen them smoke the power amplifier
chip when run at 250mw, which is the absolute maximum. There's also
considerable distortion in the AM part of the xmit signal at much over
150mw.
<http://explorer.cyberstreet.com/wrt54g/WRT54g-spectraloutput.html>

>I have set mine now to 67 mW, but would like to increase it.

You can probably go to 100mw without much risk. Note that some of the
2-wire wireless routers are shipping set to 400mw tx power.

>I also would like to know which setting is recommended and which setting
>is the most ideal (concerning range, noise and heat generation)

Add xmit distortion as another criteria. I would say that 100mw is a
good compromise.

--
# Jeff Liebermann 150 Felker St #D Santa Cruz CA 95060
# 831-336-2558 (E-Mail Removed)
# http://802.11junk.com (E-Mail Removed)
# http://www.LearnByDestroying.com AE6KS

On Apr 27, 2:51 am, Oscar Dres <o...@yahoo.com> wrote:
> Hello,
>
> I would like to know what is the maximum Transmit power (Ximit) a
> Linksys wrt54gl router
> can handle before you shorten the lifetime or whether you should start
> using cooling.
> I have set mine now to 67 mW, but would like to increase it.
>
> I also would like to know which setting is recommended and which setting
> is the most ideal (concerning range, noise and heat generation)
>
> Greetings Oscar

The radio adapters available in the market from AP manufacturers like
Linksys have a maximum value of TX-power. I am about 99.9% sure that
the WRT54GL's max power is 100mW (others like D-Link, Netgear etc fix
it to 30mW).

At a 100mW TX-power, you shouldn't have cooling issues, unless if you
are installing this under abnormal conditions like sunny outdoors, or
in an outdoor enclosure without ventilation.

Also, the heating issues arise due to the processor performance, and
only to a negligible extent the 802.11/WLAN radio.

Hope that helps
c24 / www.confero24.com

>> I would like to know what is the maximum Transmit power (Ximit) a
>> Linksys wrt54gl router
>> can handle before you shorten the lifetime or whether you should
>> start using cooling.
>> I have set mine now to 67 mW, but would like to increase it.
>>
>> I also would like to know which setting is recommended and which
>> setting is the most ideal (concerning range, noise and heat
>> generation)
>>
>> Greetings Oscar
>
> The radio adapters available in the market from AP manufacturers like
> Linksys have a maximum value of TX-power. I am about 99.9% sure that
> the WRT54GL's max power is 100mW (others like D-Link, Netgear etc fix
> it to 30mW).
>
> At a 100mW TX-power, you shouldn't have cooling issues, unless if you
> are installing this under abnormal conditions like sunny outdoors, or
> in an outdoor enclosure without ventilation.
>
> Also, the heating issues arise due to the processor performance, and
> only to a negligible extent the 802.11/WLAN radio.
>
> Hope that helps

The OP should also understand that the increase between 67mw and 100mw is
going to have a negligible effect on the performance of his network.

Peter Crosland

>> At a 100mW TX-power, you shouldn't have cooling issues, unless if you
>> are installing this under abnormal conditions like sunny outdoors, or
>> in an outdoor enclosure without ventilation.

Since it hardly ever gets below 10 degrees in north Texas, heating isn't a
problem as out access points and subscriber units generate 'nuff heat by
themselves.

The summer is a whole different problem. I simple aluminum or fiberglass
sunshade works wonders for keeping the temperature down.

A cooling fan to vent the hot air out is just one more mechanical piece to
fail, so convention cooling with vent holes would work. Granted you have
the movement of moist air that could condense on the inside, but the heat
generated tends to keep it away.