I've tried using trees to mount AP's. Too much sway for the
backhauls. Altho, mesh might work there.
ralphlists wrote:
Ahh
Thanks.
I had envisioned something like that, but figured the "legs" would be the
leggy things extending out.
You just mount your stuff on the top of that tower
Ahh
Thanks.
I had envisioned something like that, but figured the "legs" would be the
leggy things extending out.
You just mount your stuff on the top of that tower, then, I guess.
Not a lot of them around N GA, but we got lots of pine trees :-)
Ralph
-Original Message-
From: [EMAIL PRO
http://www.wmwisp.net/modules/tinycontent/index.php?id=13
Click on the picture for Koeman Farms and you will see a grain leg.
ralphlists wrote:
Thanks.
I don't understand it, but I did it 3 times. You can do a lot with line of
sight. 11 miles on 2.4 is never a problem for us when we have
I have users on 2.4GHz at a range of 30+ miles with clear LoS.
On 5.8GHz I have links over 25 miles with clear LoS.
Just wish I could get that 900MHz stuff to work better.
John Valenti wrote:
Wow, thank you!
(really meant to send that message directly to you, but now the list
can see your plo
These are silos:
http://www.plant.uoguelph.ca/performance_recommendations/ofcc/pub/SILO.htg/silo2.gif
The round things are bins and the center is a grain leg aka bucket elevator:
http://www.grainbinsupply.com/images/bins.jpg
-
Mike Hammett
Intelligent Computing Solutions
http://www.ics-
It took me a bit at first. Once I figured it out, I considered my time
investment invaluable. Now if only I knew all the ins and outs of the
program. I know I don't use it to its potential.
-
Mike Hammett
Intelligent Computing Solutions
http://www.ics-il.com
- Original Message ---
Thanks.
I don't understand it, but I did it 3 times. You can do a lot with line of
sight. 11 miles on 2.4 is never a problem for us when we have it.
It is hard for me to visualize your terrain or what a grain leg even is, but
I guess it must be like a silo or something.
Ralph
-Original Messa
Wow, thank you!
(really meant to send that message directly to you, but now the list
can see your plots, too)
It is flat here, but the trees are the problem for RF.
Do I understand the last plot correctly: that ignoring trees, a
2.4GHz signal would work for ~12 miles? Amazing.
I feel luc
Ryan,
Thanks for that method, too.
I've done something similar with Delorme's TopoUSA software.
But I'm coming to the conclusion that Google Earth is probably fine
for around here. It is flat enough that the trees block the signal
within a mile or so.
-John (pinning my hopes on the white
We have always run point to multipoint for subscribers. We are thinking
about deploying a quasi mesh / repeater system in a difficult to serve area.
Do any of you use any special contract wording for mesh, especially covering
power requirements, etc. that you would be willing to share?
Or if you w
Matt,
There are many things to consider with mapping data. SRTM and other
terrain
files all have their native map projection and datum. It takes someone
strong in the GIS and mapping field to make sure these files get overlaid
and used properly without shifting any one of the layers out of
I have found most people don't purchase clutter data even when using the
commercial tools when used as part of a fixed wireless operation. They
generally just put in an average height to use. This is what we do as
well even though we purchased clutter data. Although, we aren't using
commercial
Mike,
As mentioned by another, try adjusting the height of one end or the
other
to increase signal level. As Mac will tell you, higher on a site is not
always better. If you can engineer a path to obstruct as much of even number
Fresnel zones as possible it will help your signal level. Eve
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