![]() I created VLAN104 in which the TV Receiver will be. Instead VLAN4 is now tagged on the switchport of the Debian Router as it will function as a gateway to the TV Platform. In the new setup the TV Receiver is not in untagged VLAN4 anymore. Devices on the local network connect to the Internet via the Debian Router on VLAN1. The Debian Router is connected to a tagged VLAN6 switchport for internet access and a tagged VLAN1 switchport for the local network. It can directly communicate with the TV platform. The TV Receiver is connected to an untagged VLAN4 switchport. VLAN4 and VLAN6 are tagged on this switchport. In my current setup the upstream connection is connected to a managed switch. This adds the ability to support Internet services (like Youtube, Netflix, etc.) on the TV Receiver. The TV Receiver can not be connected to the TV platform directly anymore, but needs to be part of the internal network. Recently I got a letter from XS4ALL saying that this setup is going to change. This way the TV Receiver is directly connected to the TV platform on OSI Layer 2. My Motorola 1963 TV Receiver is directly connected to an untagged VLAN4 port on my switch. My XS4ALL uplink is connected to a managed switch. VLAN6: PPPoE IPv4 + IPv6 internet connection. ![]() ![]() Instead of using the FRITZ!Box I’ve always used my own Debian GNU/Linux machine to route traffic to the internet. They provide a FRITZ!Box router to connect to the Internet. At home my FTTH Internet connection is provided by XS4ALL. ![]()
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