F5F Stay Refreshed Power Users Networks Wireless Wi-Fi extender device

Wireless Wi-Fi extender device

Wireless Wi-Fi extender device

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MechaKiwi01
Member
159
10-09-2023, 10:32 PM
#1
Looking for a Wi-Fi extender that connects via a wall mount without needing a power outlet?
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MechaKiwi01
10-09-2023, 10:32 PM #1

Looking for a Wi-Fi extender that connects via a wall mount without needing a power outlet?

S
Supercow160
Member
71
10-15-2023, 11:21 AM
#2
It runs on battery for convenience and portability, allowing use without being tethered to a power source.
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Supercow160
10-15-2023, 11:21 AM #2

It runs on battery for convenience and portability, allowing use without being tethered to a power source.

J
jaayk
Member
123
10-24-2023, 11:44 PM
#3
Since there isn’t a wall outlet where you’d like to install it.
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jaayk
10-24-2023, 11:44 PM #3

Since there isn’t a wall outlet where you’d like to install it.

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GumiBears
Senior Member
256
11-12-2023, 08:09 PM
#4
I'm not sure if a ready-made version exists. However, I found an Instructables guide on the same topic in my bookmark.
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GumiBears
11-12-2023, 08:09 PM #4

I'm not sure if a ready-made version exists. However, I found an Instructables guide on the same topic in my bookmark.

K
kelusky101
Member
181
11-12-2023, 09:15 PM
#5
Some 12v routers can work as extenders using a 12v UPS. However, wireless repeaters should be considered only as a backup since they reduce WiFi performance.
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kelusky101
11-12-2023, 09:15 PM #5

Some 12v routers can work as extenders using a 12v UPS. However, wireless repeaters should be considered only as a backup since they reduce WiFi performance.

K
kenton12
Member
204
11-15-2023, 04:45 AM
#6
K
kenton12
11-15-2023, 04:45 AM #6

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bossmode05
Member
52
11-17-2023, 01:46 AM
#7
Only the basic repeaters exist with separate backhaul, those don’t exhibit this trait. The bigger problem is that any standard repeater or WAP using power draws between 8 and 25 watts—let’s take 10W as a baseline. That equals roughly one kWh every four days. After installing the line, transformer, and inverter, you’ll deplete a full Tesla Powerwall within two to three weeks. With a 12V UPS, expect about two to three days before you need to replace the battery and recharge it (which takes hours!). If you still decide to proceed, run Ethernet instead. First, check local rules—residential electrical work can be much more affordable, and it handles both power and data. You could connect from your desired WiFi location back to your main router, add a PoE injector at the router site with existing line power, and extend the network via a wired link to a new access point. Plus, the AP doesn’t have to be close to the primary router either.
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bossmode05
11-17-2023, 01:46 AM #7

Only the basic repeaters exist with separate backhaul, those don’t exhibit this trait. The bigger problem is that any standard repeater or WAP using power draws between 8 and 25 watts—let’s take 10W as a baseline. That equals roughly one kWh every four days. After installing the line, transformer, and inverter, you’ll deplete a full Tesla Powerwall within two to three weeks. With a 12V UPS, expect about two to three days before you need to replace the battery and recharge it (which takes hours!). If you still decide to proceed, run Ethernet instead. First, check local rules—residential electrical work can be much more affordable, and it handles both power and data. You could connect from your desired WiFi location back to your main router, add a PoE injector at the router site with existing line power, and extend the network via a wired link to a new access point. Plus, the AP doesn’t have to be close to the primary router either.

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Junjie02
Junior Member
6
11-17-2023, 02:34 AM
#8
They also talked about plug-in options, but these usually come at a lower end and are often reserved for dedicated backhaul setups that need router support. I completely agree, connecting Ethernet directly to an access point is the best setup.
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Junjie02
11-17-2023, 02:34 AM #8

They also talked about plug-in options, but these usually come at a lower end and are often reserved for dedicated backhaul setups that need router support. I completely agree, connecting Ethernet directly to an access point is the best setup.