PureWave, RunCom, Alvarion (well, whatever their name is now), the 
Aperto\Tranzeo guys, AirSpan was the first for the full 50 MHz, etc. 




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

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

From: "Josh Reynolds" <[email protected]> 
To: [email protected] 
Sent: Thursday, March 27, 2014 2:51:51 PM 
Subject: Re: [WISPA] Help Me Understand This WiMax Show We Had... 


Yeah, I had heard canopy/cambium was doing other stuff. What are the other 
companies using though? 



Josh Reynolds 
Chief Information Officer 
SPITwSPOTS 
[email protected] | www.spitwspots.com 
On 03/27/2014 11:42 AM, Josh Luthman wrote: 



Wimax on the pmp320 and others is 3.65 
Josh Luthman 
Office: 937-552-2340 
Direct: 937-552-2343 
1100 Wayne St 
Suite 1337 
Troy, OH 45373 
On Mar 27, 2014 2:36 PM, "Josh Reynolds" < [email protected] > wrote: 

<blockquote>


Different frequencies (2.5 in the US, 2.3 in Asia, 3.3 and 3.5GHz in other 
areas) 
5bps/Hz vs 2.7bps/Hz on 802.11-stuff 
smart antenna systems 
on the fly bandwidth and channel changes 
channel bandwidths of things like 1.25MHz - 20MHz 
hybrid automatic repeat-request (HARQ - 
http://en.wikipedia.org/wiki/Hybrid_automatic_repeat-request ) 
etc. 

It's a different animal. It's very expensive though, and I've heard some pretty 
outrageous claims from it that I just don't believe. 




Josh Reynolds 
Chief Information Officer 
SPITwSPOTS 
[email protected] | www.spitwspots.com 
On 03/27/2014 11:25 AM, Sam wrote: 

<blockquote>
Today we had a company come to us pushing wimax. Admittedly I've never 
used wimax, nor do I know a lot about it. From what I can see looking at 
Google images of the technology and how it's deployed, it looks no 
different than the PtP and PtMP that we all use with 900 MHz, or 2.4 and 
5.x GHz.

Is the only advantage to wimax the presumably clearer and less-used 
frequencies upon which they operate? I had (evidently mistakenly) 
thought that perhaps wimax was a code word for some sort of mesh, and 
that's how it achieved NLOS service. However in looking at the network 
layouts on Google, it doesn't look like that at all. Rather, it looks 
like that add another AP to get around the obstruction(s), and simply 
backhaul it to an intermediary AP/tower to get it back to the PoP.

Thanks
Sam

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</blockquote>


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