[41066] in Resnet-Forum
Re: Ubiquiti Wireless
daemon@ATHENA.MIT.EDU (Jim Warner)
Wed Mar 2 12:07:09 2016
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Date: Wed, 2 Mar 2016 09:06:52 -0800
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From: Jim Warner <warner@ucsc.edu>
To: RESNET-L@LISTSERV.ND.EDU
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A agree with Thomas Norton's conclusion -- that wireless designs should be
done
for 5 GHz. But he also seems to be saying that residential wireless is
"high density."
There are lots of students and they have lots of devices. But high density
is a
large lecture hall or a sports arena. In a residence, students are spread
out so that the max device associations to a single AP radio is in the
range of 10. Perhaps this is more a point of terminology. True high density
presents design barriers that are much more challenging than residential.
> I suggest designing with 5ghz 20mhz channels for dense deploy=E2=80=90
> ments. Also if you design for 5ghz your 2.4 calculations/heat map
> will come out pretty well anyway.
jim warner
univ cal santa cruz
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<div dir=3D"ltr">A agree with Thomas Norton's conclusion -- that wirele=
ss designs should be done<div>for 5 GHz. But he also seems to be saying tha=
t residential wireless is "high density."</div><div>There are lot=
s of students and they have lots of devices. But high density is a</div><di=
v>large lecture hall or a sports arena. In a residence, students are spread=
out so that the max device associations to a single AP radio is in the ran=
ge of 10. Perhaps this is more a point of terminology. True high density pr=
esents design barriers that are much more challenging than residential.</di=
v><div><br></div><div><div>> I suggest designing with 5ghz 20mhz channel=
s for dense deploy=E2=80=90</div><div>> ments. Also if you design for 5g=
hz your 2.4 calculations/heat map</div><div>> will come out pretty well =
anyway.</div></div><div><br></div><div>jim warner</div><div>univ cal santa =
cruz</div></div>
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