F5F Stay Refreshed Power Users Networks Boost your NR5103EV2's signal by adjusting the antenna settings.

Boost your NR5103EV2's signal by adjusting the antenna settings.

Boost your NR5103EV2's signal by adjusting the antenna settings.

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Lt_Zonda
Junior Member
15
07-14-2016, 11:35 PM
#1
Hey there, I see you're experiencing some inconsistent 5G performance with your NR5103EV2 hub. It sounds like the signal quality has changed over time, especially since you switched providers a few years ago. You've already tried a Poynting XPOL-1 V2 antenna and some TS9-SMA adapters, but the issues persist—random slowdowns, drops to 4G, and brief outages. It might be worth checking if the new antenna you purchased is better suited for your setup. A directional antenna could help stabilize the connection indoors. Let me know if you want suggestions!
L
Lt_Zonda
07-14-2016, 11:35 PM #1

Hey there, I see you're experiencing some inconsistent 5G performance with your NR5103EV2 hub. It sounds like the signal quality has changed over time, especially since you switched providers a few years ago. You've already tried a Poynting XPOL-1 V2 antenna and some TS9-SMA adapters, but the issues persist—random slowdowns, drops to 4G, and brief outages. It might be worth checking if the new antenna you purchased is better suited for your setup. A directional antenna could help stabilize the connection indoors. Let me know if you want suggestions!

G
Goddess_Kenzy
Member
165
07-21-2016, 06:54 PM
#2
It's designed for outdoor use, so placing it inside will likely reduce its effectiveness.
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Goddess_Kenzy
07-21-2016, 06:54 PM #2

It's designed for outdoor use, so placing it inside will likely reduce its effectiveness.

M
Mr_Doom1023
Member
151
07-28-2016, 08:23 PM
#3
Yeah, fair cop. I wish I could use it outdoors. To be fair I was able to reach out a window for 5 minutes but all my tests were just as unstable. Do you have any suggestions for alternatives?
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Mr_Doom1023
07-28-2016, 08:23 PM #3

Yeah, fair cop. I wish I could use it outdoors. To be fair I was able to reach out a window for 5 minutes but all my tests were just as unstable. Do you have any suggestions for alternatives?

K
Kaydra_
Member
105
07-29-2016, 04:40 AM
#4
Find the closest tower location and place the antenna to point toward it, reducing obstruction from your building walls for better signal reception.
K
Kaydra_
07-29-2016, 04:40 AM #4

Find the closest tower location and place the antenna to point toward it, reducing obstruction from your building walls for better signal reception.

N
namless_
Junior Member
7
07-31-2016, 04:43 AM
#5
Thank you for the advice. I was already close to the location and chose the optimal position before buying the antenna.
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namless_
07-31-2016, 04:43 AM #5

Thank you for the advice. I was already close to the location and chose the optimal position before buying the antenna.

W
Windiox
Member
226
08-01-2016, 06:58 AM
#6
Ensure your connectors support 5G or high-quality standards, as an inferior adapter may lead to significant signal loss in the antenna link.
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Windiox
08-01-2016, 06:58 AM #6

Ensure your connectors support 5G or high-quality standards, as an inferior adapter may lead to significant signal loss in the antenna link.

J
Jade1355
Junior Member
48
08-01-2016, 05:39 PM
#7
Much more efficient design. Over 95% of the signal energy won’t travel toward the tower, resulting in wasted power and reduced effectiveness. Consider a high-gain directional antenna with gain near 20 dBi or higher. A 20 dBi typically corresponds to a narrower beam around 25 degrees or less, which should boost performance. Omni-directional antennas only capture horizontal signals, unlike directional ones that focus on specific angles.
J
Jade1355
08-01-2016, 05:39 PM #7

Much more efficient design. Over 95% of the signal energy won’t travel toward the tower, resulting in wasted power and reduced effectiveness. Consider a high-gain directional antenna with gain near 20 dBi or higher. A 20 dBi typically corresponds to a narrower beam around 25 degrees or less, which should boost performance. Omni-directional antennas only capture horizontal signals, unlike directional ones that focus on specific angles.