We have seen the problem with the 400’s.  It explained why a Mimosa B5-Lite 
with a 5dBi small antenna had the same signal levels as a NanoBeam 400 on a PTP 
link.

Rory

From: Af [mailto:af-boun...@afmug.com] On Behalf Of Jeremy
Sent: Monday, June 27, 2016 7:17 AM
To: af@afmug.com
Subject: Re: [AFMUG] Rocket AC low signal?

There is also a thread going on the ubnt forums about low power on AC devices.  
Robert said they are aware of the problem and that they will either be fixing 
it in firmware or swapping out feeds.  It sounds like it may be a hardware 
issue.  I haven't ran into any of them yet...

On Mon, Jun 27, 2016 at 7:07 AM, Joe Novak 
<jno...@lrcomm.com<mailto:jno...@lrcomm.com>> wrote:
I have seen odd issues when the SMA is not tight enough.. sometimes they bind 
while screwing on. Had it happen once or twice.

On Mon, Jun 27, 2016 at 1:18 AM, timothy steele 
<timothy.pct...@gmail.com<mailto:timothy.pct...@gmail.com>> wrote:

If your chains are off by 10db there is interference or your pointing into 
power lines corn or part of a tree also that's very close to to the tower be 
sure you have the right up tilt on the nanobeam and running the latest firmware

Also you did not say what nanobeam you have  if you are using the small  flash 
light style nano beam many have reported that 1 has a weaker antenna then the 
old N gear antenna's

On Mon, Jun 27, 2016, 1:32 AM TJ Trout 
<t...@voltbb.com<mailto:t...@voltbb.com>> wrote:
I have a rocket 5ac lite connected to the large 5ghz omni with two nanobeam 
ac's connected to it, one about 1000ft away and the other 2000ft away and one 
has a signal of -70 and the other -64, both are absolutely clear LOS and on 
both clients the chain 0 and chain 1 are 10db off from each other...

I don't think it's possible to get the sma cables reversed so it can't be 
backwards, both units are at full power 26 and 27dbm on the rocket, I would 
expect like -30 or -40 at this distance...

Any idea what I'm doing wrong here? This is my first test of AC but I know with 
the N stuff the signal would be atleast 20db better at the same output power...

Ideas?


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