I'm an electrician and when the instructions says to put these two devices on "same circuit", I'm thinking both these outlets have to be on the same "breaker circuit". Is that correct?, cause generally the way a house is wired is not that way if you are traveling from first floor to second or third floor. They would be in the same panel but normally not on the same "circuit". Please tell me I don't have to run a line from my router outlet to my outdoor shed on the same circuit. My shed has power already from another circuit but from the same panel
As long as you're on the same panel (Physical metal connection on both ends) and the circuit brakers (Even if different) are both on, you should be OK. Some GFCI/AFCI or devices with strong EMF may degrade your network signal.
I'm on AT&T fiber (1Gb). I'm in Metro Atlanta and going through my VPN (via WiFi) to a server in Switzerland, I get 53.88 Mbs Download and 63.74 Upload. Turning off my VPN, I get (still via WiFi) I'm getting 405.59 Mbs Download and 534.86 Mbs Upload! If I'm connected via hard wire from the router, you can double that! You might want to get a new ISP! Get fiber and you won't be sorry.
Have a heart, dude! Saying to most Americans “just get fibre” like telling people in a famine “just get a sandwich bro” (I’m in Canada with great fibre, fyi, if you couldn't tell from the spelling) You know that South Park clip with the cable company employees? The grift is real, still so much of your country has agreed upon fiefdoms among the ISPs.
Most people can't get fiber. In my area we have "halfway" fiber as in it's a hybrid between coaxial and fiber technology which offers a gig down and like 40mbps up. There is high-split coming which will offer symmetrical speeds up to 1gbps.
Rubbish if the download speed is less than what you was getting before, the whole idea is to increase the speeds, not decrease, not sure how you can say you are pleased.
I'm an electrician and when the instructions says to put these two devices on "same circuit", I'm thinking both these outlets have to be on the same "breaker circuit". Is that correct?, cause generally the way a house is wired is not that way if you are traveling from first floor to second or third floor. They would be in the same panel but normally not on the same "circuit". Please tell me I don't have to run a line from my router outlet to my outdoor shed on the same circuit. My shed has power already from another circuit but
from the same panel
As long as you're on the same panel (Physical metal connection on both ends) and the circuit brakers (Even if different) are both on, you should be OK.
Some GFCI/AFCI or devices with strong EMF may degrade your network signal.
I'm on AT&T fiber (1Gb). I'm in Metro Atlanta and going through my VPN (via WiFi) to a server in Switzerland, I get 53.88 Mbs Download and 63.74 Upload. Turning off my VPN, I get (still via WiFi) I'm getting 405.59 Mbs Download and 534.86 Mbs Upload! If I'm connected via hard wire from the router, you can double that! You might want to get a new ISP! Get fiber and you won't be sorry.
Have a heart, dude! Saying to most Americans “just get fibre” like telling people in a famine “just get a sandwich bro”
(I’m in Canada with great fibre, fyi, if you couldn't tell from the spelling)
You know that South Park clip with the cable company employees? The grift is real, still so much of your country has agreed upon fiefdoms among the ISPs.
Most people can't get fiber. In my area we have "halfway" fiber as in it's a hybrid between coaxial and fiber technology which offers a gig down and like 40mbps up. There is high-split coming which will offer symmetrical speeds up to 1gbps.
May be MIMO was not enabled?
Dude how do you get the download speeds up
what speed are you paying for ? Cos that doesn't seem right
for me work only 1000mbps 2000mbps destroy all internet
Basically totally crap....
Rubbish if the download speed is less than what you was getting before, the whole idea is to increase the speeds, not decrease, not sure how you can say you are pleased.
MoCA is far superior than powerline