Hell, you could use an SXT and go as high as you want. ;-) 



----- 
Mike Hammett 
Intelligent Computing Solutions 
http://www.ics-il.com 

----- Original Message -----

From: "Fred Goldstein" <f...@interisle.net> 
To: wireless@wispa.org 
Sent: Thursday, November 13, 2014 1:07:20 PM 
Subject: Re: [WISPA] 2dbi vs 3dbi vs 5 dbi vs 100mw vs 400mw 


On 11/13/2014 1:26 PM, Jason Bailey wrote: 




Higher gain,lower power works best,in almost any situation. 





But not necessarily in-home. Higher gain only comes from a more directive 
antenna. An "omni" gain antenna has a pancake pattern. If it's a one-story 
building, fine. But I ran into the opposite situation -- at my house, the AP is 
in the basement, and WiFi reception was poor on the second floor. So I ended up 
getting one of MikroTik's 951 high-power routers, and pump out maybe +21 (not 
its maximum -- I sit near it too much), and it reaches the upstairs much better 
than the lower-powered 951 (+17, maybe, with a tailwind) could do. And I've run 
into a lot of other people having trouble with whole-house coverage using 
standard-power WiFi APs. Sure, the laptop or cell phone won't have much power 
in it, but in general the upstream signal gets through okay. 


<blockquote>





On Thursday, November 13, 2014 1:15 PM, Colton Conor <colton.co...@gmail.com> 
wrote: 





We are comparing multiple SOHO routers and modems that have the same Broadcom 
chipsets. All of them have 802.11N 2x2 configuration. The only differences 
between them are if they have internal or external antennas and the gain of the 
antennas (either 2, 3, or 5dbi ratings). In addition, some sell a high powered 
wifi radio (400mw) while others have the basic (100mw). 


How much a difference does each of these hardware features make in overall wifi 
performance? 

</blockquote>

-- 
 Fred R. Goldstein      k1io    fred "at" interisle.net
 Interisle Consulting Group 
 +1 617 795 2701 
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