Antennenkabel => LAN?
Hallo, ich habe ein Problem.
Der Internetanschluss bei unserem Anbieter erfolgt über Antennenkabel (stinknormales Koax) im Keller, im Vertrag enthalten ist ein Cable-Router von AVM.
Das Problem: Das Gerät soll nicht im Keller stehen, sondern im 2. Stock.
Die aktuell am ehesten denkbare Lösung für mich wäre es, die FritzBox an besagtem Antennenkabel im Keller anzuschließen und als “Switch” zu verwenden. Von dort dann mit RJ45 ins Treppenhaus und hoch bis in das 2. OG, dann dort einen AP aufhängen.
An sich wird das so bestimmt funktionieren, ich finde die Lösung allerdings wahnsinnig unbefriedigend, weil ich den nicht ganz billigen Router nicht im Keller haben will.
Ich habe mir schon vieles überlegt: Powerline-LAN gibt es aber meines Wissens nicht mit Antennenkabel, Medienkonverter hab ich jetzt auch nichts gefunden und ich habe leider auch nicht rausgefunden, ob ich das in das bestehende Coax-Netz im Haus einschleusen kann. Ich wüsste zumindest nicht wo.
Bevor ich jetzt einen Accesspoint kaufe, deshalb meine Frage:
Gibt es noch eine leichtere Option an die ich nicht gedacht habe, oder funktioniert eine meiner Optionen doch irgendwie?
(2 votes)
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When cable internet goes, you will certainly have a wiring in the house for cable television and thus omit in each apartment also a corresponding can used for the router.
from: Vodafone is responsible for wiring up to the apartment to the first can incl. Connection and Internet connection of the router (if by Vodafone itself)
therefore: submit an application and depending on the tech nologist who connects the connection to the Internet-friendly
yes the wiring for cable TV is available. Unfortunately, I have no idea where the can is with the corresponding branch, into which I would have to feed in so I can get it back in the apartment.
The Vodafone technician was already there and he meant he can only unlock the connection and install the router into the cellar as we get it up is our problem. I honestly don’t want to deal with the technician anymore and also pay nix extra, so I’m just doing this myself now.
Usually the (TV/radio) cable connections are placed in the living room.
Ah super sub times
then I would say to the fuzzing he should leave the connection cable 50m long and place it himself. Or complain to Vodafone
Because I don’t need to bet on it, these are real experiences
We are not talking about new fiberglasses that only place the connections into the apartment if empty pipes are already available for this.
I wouldn’t bet.
öh nö… that makes vodafone over his technicians, like the Telezombis also: up to the first can on which the router hangs
The owner is responsible for the Koax cable installation within the house.
Also, I wrote alsoincloss of my original answer….
I would complain to Vodafone, the technician probably just wanted to get ready to not screw up his customer cut
Names Ethernet over Coax.
There are your own Axing routers that are designed to operate a normal Ethernet signal via the antenna cable of a television system.
I can’t say if you can simply feed the signal from the provider into the existing TV network.
Okay, thanks. You know how I can find out if that’s okay?
I’d be short-circuiting with the technical support of the provider who probably know best if the antenna cable of the television system can transport the signal.
Did you read connections in basement? Simply extend and raise cables?
unfortunately not… but yes, I had already thought about extending cables, but this is probably more than 30 meters cable and I unfortunately don’t know how high the damping is at 30 meters Koax.
# Extension of a coaxial cable by 30 meters
Basically, it is possible to extend a coaxial cable in the house by 30 meters. However, some important aspects should be taken into account to ensure the signal quality:
## 1. Cable quality and cable type
– **High quality cable:** Use a cable suitable for the intended use (e.g. TV or satellite).
– **Type:** For many applications, an RG‐6 cable is recommended, while older installations often use RG‐59.
## 2. Signal loss (damping)
– **Length-related attenuation:** With increasing cable length, the signal loss increases. At 30 meters, this loss in high-quality cables is usually still acceptable.
– ** Signal Amplifier:** If the signal is too weak, the use of a signal amplifier (booster) can help improve the quality.
## 3. Connectors and Connectors
– **Quality:** Make sure that all connectors and couplings used are of good quality.
– **Number of connections:** Avoid unnecessary many connectors, as any additional connection can increase the signal loss.
# 4. Installation
– **Delay:** Avoid sharp bends and tight layings that can lead to additional damping.
– **Störquellen:** Make sure that the cable is not placed in the immediate vicinity of electrical lines to avoid interference.
## 5. Test after installation
– ** Signal verification:** After the extension, the signal (e.g. TV image or satellite) should be checked to ensure that no significant losses or disturbances occur.
**Conclusion:**
Yes, an extension of 30 meters is usually possible if the right materials are used and professional installation practices are observed.