Hello Hanspi

I wouldn’t solve it that way, you can see the optimal variant at the following link under the distribution cabinet variant

[https://www.swisscom.ch/de/privatkunden/abos-tarife/inone-home/heimvernetzung/heiminstallation/services.html](https://www.swisscom.ch/de/privatkunden/abos-tarife/ inone-home/heimvernetzung/heiminstallation/services.html)

Greetings Jürg

Hoi same

My colleague would like to switch from DSL to fiber optic, but still operate the IB in the living room (OTO box is in the distribution box, from the distribution box to the living room = copper). Installation was carried out according to [https://community.swisscom.ch/t5/Internet-Allgemein/Glas Fiber Connection-a-Internet-Box-using-Media-Konverter/td-p/484604](https://community.swisscom.ch/t5/ Internet-General/Fiber-optic-connection-of-an-Internet-Box-using-media-converter/td-p/484604). (MediaConverter TP-Link MC220L and SFP MikroTik S-RJ01).

Unfortunately, the first attempts failed. While looking for the reason, one of the things I read here is “Yes, that’s possible - but only if you’re not (yet) on XGS-PON (10Gbit) fiber.”

• What is crucial here? What speed is subscribed to (1 Gbit/s) or what is possible according to www.swisscom.ch/checker (10 Gbit/s)?

Thanks & greetings Marco

@MarcoR

The checker is decisive.

Thanks for the prompt reply @hed. If the checker shows 10 Gbit/s, as in our case, is there also a (cost-effective) variant with a media converter or is this option completely eliminated and only the two variants remain

• IB in distribution cabinet
• Pull fiber optics into the living room (rather unlikely, as rented apartment)
• others?

Hello @MarcoR

Only goes to the router.

Or pull a fiberglass extension.

As a rule, there is still space in the pipe and there are RJ45 glass combination sockets so you can’t see them.

And the cable costs less than the converter depending on the length.

And I would just pull the cable in,

Greetings Lorenz

@MarcoR

You can easily lay glass even in a rented apartment.

Or you can put the IB in the distribution cabinet and connect everything with copper from there. This is also possible in a rented apartment. You can then switch off the IB’s WiFi and place a WB in a location that is optimal for radio technology.

Hello @MarcoR

This is what the cable looks like.

[https://www.brack.ch/swisscom-lwl-leitungskabel-fibre-clik-lc-extension-kit-25m-790066](https://www.brack.ch/swisscom-lwl-leitungskabel-fibre- clik-lc-extension-kit-25m-790066)

And this is how it could be done.

https://youtu.be/ARSpp4B9-X4

Greetings Lorenz

@MarcoR

…or you can have it installed by a trusted electrician.

@all Thanks for your valuable input! We have now installed the IB in the distribution box and go into the living room via the existing copper cabling. If the speed is not enough, my colleague can still pull fiber optics into the tool center. Edit: Or install a WLAN-Box.

@MarcoR

Which speed shouldn’t be enough? Except for WiFi, the speed is the same no matter where the IB is located. And if the performance of the WLAN is not sufficient, you don’t necessarily have to relocate the IB > see post #10. Of course, the fewest resources (electronics and energy) are required if the IB is positioned optimally in terms of radio technology and can therefore do without a WB.

@hed With the current subscription (1 Gbit/s) there is certainly no bottleneck on the LAN side. But assuming he switches to 10 Gbit/s - Ethernet is usually designed for 1 Gbit/s or am I mistaken? Of course, provided that the end device also supports 10 Gbit/s.

@MarcoR

With Cat7 Ethernet cabling, Ethernet goes up to 10 Gbit/s without restrictions. But for this you also need appropriate end devices and Ethernet switches for 10 Gbit/s. Both are still very expensive and use a lot of energy. In addition, 10 Gbit/s is unnecessary in private households; even in companies with many power users, only 1 Gbit/s is usually used in the access area and nothing will change that quickly.