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Extended wireless connectivity

Extended wireless connectivity

C
CatBuggz
Member
248
08-10-2023, 06:50 PM
#1
I need a solution to boost your Wi-Fi signal 200 meters with a strong line of sight. From there, connect to a router or switch so your devices get maximum speed and minimal delay. You have a 1000Mbps connection and want the best possible performance at the receiving end. I’m unsure which device would work best—what system should I choose?
C
CatBuggz
08-10-2023, 06:50 PM #1

I need a solution to boost your Wi-Fi signal 200 meters with a strong line of sight. From there, connect to a router or switch so your devices get maximum speed and minimal delay. You have a 1000Mbps connection and want the best possible performance at the receiving end. I’m unsure which device would work best—what system should I choose?

T
TTGscopes
Junior Member
37
08-11-2023, 03:20 AM
#2
It appears you're interested in a long-range solution akin to Ubiquiti's offerings, so I'll start exploring relevant options.
T
TTGscopes
08-11-2023, 03:20 AM #2

It appears you're interested in a long-range solution akin to Ubiquiti's offerings, so I'll start exploring relevant options.

L
Lukapop04
Member
216
08-14-2023, 10:47 AM
#3
I noticed those products but they come with a high price tag. I don’t require long ranges or 6Gbps speeds since my internet connection isn’t that fast. Still, thank you for suggesting Ubiquiti; I’ve looked at their options but I’m unsure if the AirMax GigaBeam 60 GHz is the most value or if I should consider the TP-Link EAP610 Outdoor instead.
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Lukapop04
08-14-2023, 10:47 AM #3

I noticed those products but they come with a high price tag. I don’t require long ranges or 6Gbps speeds since my internet connection isn’t that fast. Still, thank you for suggesting Ubiquiti; I’ve looked at their options but I’m unsure if the AirMax GigaBeam 60 GHz is the most value or if I should consider the TP-Link EAP610 Outdoor instead.

Y
YUICHIROH
Junior Member
6
08-20-2023, 07:18 PM
#4
The version Linus was using supports 60 GHz alongside 5 GHz with failover functionality. Bukiiti provides both 2.4 and 5 GHz options, though they may be slower. The TP Link appears to function as an access point, while Ubiquiti Air Fiber is designed for site-to-site wireless connections, requiring two devices to link directly. Access points typically offer shorter ranges, whereas site-to-site solutions are built for extended distances.
Y
YUICHIROH
08-20-2023, 07:18 PM #4

The version Linus was using supports 60 GHz alongside 5 GHz with failover functionality. Bukiiti provides both 2.4 and 5 GHz options, though they may be slower. The TP Link appears to function as an access point, while Ubiquiti Air Fiber is designed for site-to-site wireless connections, requiring two devices to link directly. Access points typically offer shorter ranges, whereas site-to-site solutions are built for extended distances.

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cyberkrieger
Member
171
08-21-2023, 12:49 AM
#5
It was challenging to maintain a consistent connection across the area even on 2.4GHz with a standard access point. Using a 5GHz model likely wouldn't work well because of signal loss through walls. An outdoor AP would probably perform better. With Ubiquiti LiteBeam setups, I managed around 100Mbit when placed correctly, but the tree interference reduced it to about 400Mbit.
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cyberkrieger
08-21-2023, 12:49 AM #5

It was challenging to maintain a consistent connection across the area even on 2.4GHz with a standard access point. Using a 5GHz model likely wouldn't work well because of signal loss through walls. An outdoor AP would probably perform better. With Ubiquiti LiteBeam setups, I managed around 100Mbit when placed correctly, but the tree interference reduced it to about 400Mbit.