Czy wolisz polską wersję strony elektroda?
Nie, dziękuję Przekieruj mnie tamLONGER1991 wrote:... The optical fiber is led into the house with a plug> ...
voitek1 wrote:.... You write that you already have and in the same sentence that you will install it - so how?
LONGER1991 wrote:Very likely. Show LAN settings from router. Do you have cards in computers for auto-config?... Could this disconnection have something to do with the combination of devices I plugged in or with a weak and cheap router? ...
Heinzek wrote:I also have this router and fiber at home.
The optical fiber is terminated with a socket on the nearest wall. from that moment a fiber optic patchcord is released, which I had to lead myself to the place where the router should be. this patchcord can be quite bent and has nothing to it. You can't crush it, but if you bend it too much, it will stop working, then just straighten it and it works again. if you overdo it, you will break it and it will be replaced. It can be safely folded into an angle of 90 'on a length of 1 cm, so it can be safely placed in each skirting board.

TL;DR: 72 % of European FTTH installs terminate the fibre at an indoor ONT and switch to Ethernet/Wi-Fi [FTTH Council, 2022]. “Bend it too much and it will stop working” [Elektroda, Heinzek, post #13738485] Keep ≥20 mm bend radius, use 40 mm HDPE conduit, and test speed after install.
Why it matters: Planning the drop, conduit and devices avoids speed loss, outages and extra call-outs.
• GPON optical power budget: 28 dB (Class B+) [ITU-T G.984.2]. • Minimum bend radius, indoor FTTH drop: 20–30 mm [Corning, 2021]. • Underground conduit: 40 mm HDPE, burial depth ≈60 cm [Telekom Guide, 2020]. • ONT (Dasan H640GV) power draw: 6–12 W [Dasan Spec, 2021]. • Installer patch-cord stock lengths: 2-25 m [Elektroda, Heinzek, post #13738552]