Geekzone: technology news, blogs, forums
Guest
Welcome Guest.
You haven't logged in yet. If you don't have an account you can register now.


View this topic in a long page with up to 500 replies per page Create new topic
1 | 2 
chevrolux
4962 posts

Uber Geek
+1 received by user: 2638
Inactive user


  #802588 20-Apr-2013 00:00
Send private message

johnr:
chevrolux: 13km shouldnt be much stress provided good line of sight is there.


Line of sight does not mean much at all, The Azimuth could be pointing down towards the ground so the end user could end up working right on the edge of the cell coverage


Yea fair point. Alignment is just as important as line of sight. I would of thought 13km would be a fairly avergae distance for a WISP to be serving clients at though dont you reckon?



sbiddle
30853 posts

Uber Geek
+1 received by user: 9996

Retired Mod
Trusted
Biddle Corp
Lifetime subscriber

  #802649 20-Apr-2013 08:56
Send private message

chevrolux:
johnr:
chevrolux: 13km shouldnt be much stress provided good line of sight is there.


Line of sight does not mean much at all, The Azimuth could be pointing down towards the ground so the end user could end up working right on the edge of the cell coverage


Yea fair point. Alignment is just as important as line of sight. I would of thought 13km would be a fairly avergae distance for a WISP to be serving clients at though dont you reckon?


For the average Woosh customer? Certainly not. It would be within a few km.

Distance is a big thing as RF charactersitics vary depending on the technology and frequency used. This issue could simple be Woosh's poor performance or it could be a PHY layer issue such as high BER.


1 | 2 
View this topic in a long page with up to 500 replies per page Create new topic








Geekzone Live »

Try automatic live updates from Geekzone directly in your browser, without refreshing the page, with Geekzone Live now.



Are you subscribed to our RSS feed? You can download the latest headlines and summaries from our stories directly to your computer or smartphone by using a feed reader.