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johny99: how does one obtain a sure signal, as the help desk wernt to foward on the issue
johny99: how does one obtain a sure signal, as the help desk wernt to foward on the issue
jonb:johny99: how does one obtain a sure signal, as the help desk wernt to foward on the issue
Buy it from geektastic? Sounds like he doesn't need it anymore.. Can a sure signal be re-sold and used on a different Vodafone broadband connection?
RunningMan:hio77: How about another approach here...
try turning your offsite backups off for a bit, and see if call quality improves?
This. Unless you have qos set up to ensure the sure signal is getting the bandwidth it needs, then it's going to be pretty hit and miss. Your recent thread indicating your upstream is continuously maxed out would have an impact on this.
andrewcnz: So both phones support HD voice (a better quality audio standard) you now have better 3G coverage at your home location(and 3G at work in Auckland i would guess).
When you don't use the suresignal device quality is great (HD voice).
When you turn on the suresignal and connect the quality is poor( as this device is not HD voice capable).
Is this the issue that is being complained about?
Is the suresignal device even needed now?
Rural IT and Broadband support.
Broadband troubleshooting and master filter installs.
Starlink installer - one month free: https://www.starlink.com/?referral=RC-32845-88860-71
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Need help in Auckland, Waikato or BoP? Click my email button, or email me direct: [my user name] at geekzonemail dot com
coffeebaron: What are your xDSL line stats? Do you have a master filter installed?
DSL synchronization status:
Up
Connection status:
Showtime
Upstream line rate (kbit/s):
3024
Downstream line rate (kbit/s):
28671
Maximum upstream rate (kbit/s):
2872
Maximum downstream rate (kbit/s):
27664
Upstream noise safety coefficient (dB):
11.4
Downstream noise safety coefficient (dB):
11.6
Upstream interleave depth:
0
Downstream interleave depth:
0
Line standard:
VDSL
Upstream line attenuation (dB):
0
Downstream line attenuation (dB):
0
Upstream output power (dBmV):
6.8
Downstream output power (dBmV):
13.5
Downstream interleave depth:
None
DSL up time:
49 days 17 hours 2 minutes 47 seconds
Geektastic: As a non-comms person, logic suggests that 5 bars always ought to be better than 3 or 4.....
nakedmolerat:Geektastic: As a non-comms person, logic suggests that 5 bars always ought to be better than 3 or 4.....
Well you don't really need the Sure Signal with 3/4 bars inside the house.
Time to flick that unit onto trademe!!!
#include <std_disclaimer>
Any comments made are personal opinion and do not reflect directly on the position my current or past employers may have.
nakedmolerat:Geektastic: As a non-comms person, logic suggests that 5 bars always ought to be better than 3 or 4.....
Well you don't really need the Sure Signal with 3/4 bars inside the house.
Time to flick that unit onto trademe!!!
nakedmolerat:Geektastic: As a non-comms person, logic suggests that 5 bars always ought to be better than 3 or 4.....
Well you don't really need the Sure Signal with 3/4 bars inside the house.
Time to flick that unit onto trademe!!!
Geektastic:
As a non-comms person, logic suggests that 5 bars always ought to be better than 3 or 4.....
sbiddle:Geektastic:
As a non-comms person, logic suggests that 5 bars always ought to be better than 3 or 4.....
Yes and no.
In the GSM world yes, but in the 3G or LTE world the "number of bars" isn't quite the same as the GSM (or old AMPS/DAMPS) days where it was purely measuring the RSSI.
In the 3G and LTE world calculating signal is very different, and the "number of bars" isn't necessarily just representing RSSI but factoring in lots of other network variables. Having 3 or 4 bars isn't always going to mean your call quality or data performance will be any worse than having 5 bars.
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