Moca modem1/1/2024 Do you guys have any recommendations for good moca adapters? Am I in over my head? Is it as simple as I'm thinking? is there anything im missing that might make this not work? can you do a moca backhaul for AiMesh? I rather not do a wireless backhaul. I then want to connect another moca adapter into the living room 1st floor to an unmanaged switch to connect all my devices in the entertainment center (Nvidia shield, PS4, etc), the original coax location I want to connect the other Moca to the router that will be used as a node to satisfy the wifi only devices that won't get good connection from the main router. Modem and Router will be in the office 2nd floor, I will have a Moca adapter connected in here through a coax splitter to the router. My goal is to wire as many static devices as I can and then use the AiMesh Technology to manage wifi devices. POE filters (maybe Comcast service tech can do that?) ![]() We have no TV service, don't need it with streaming services.ĪRRIS Surfboard S33 DOCSIS 3.1 Modem (bought)Ģ pack of Moca adapter (Brand TBD, will buy)Īnother ASUS router to be used for AiMesh (will buy) One will go into the office and the other in the living room. We just got Xfinity's 1200/35 internet package, They are sending a service technician to put two more coax jacks into the house for a total of 3 coax inputs. I've traced the cable from the outside and it literally goes into one room(worst possible location too) and that's it The previous owners didn't get cable/internet until 2009, There is only ONE coaxial input in the entire house not connect to any splitters(maybe) whatsoever. Lathe and Plaster walls, two prong power outlets, all that jazz. I found out about this website after I moved out of my parents into my girlfriends house and have full control of the network, there is some AMAZING info here. Hope i've explained things clearly enough.So this will be my first post. For more elaborate protections, you need more sophisticated infrastructure devices (firewalls) but that is beyond the scope of this note. One of the things a router can do is to help you protect local devices from some of these attacks. In addition, devices connected directly to the Internet are exposed to all sorts of attacks from nefarious people. Most routers provide Ethernet connections for multiple devices, but if you need more, a switch will do the job. It then "routes" messages from your local devices to the various services on the internet and routes the responses back to the devices that sent them. To get more, you have to pay more.Ī router will use the public internet address given it by the modem and most can also assign local addresses to one or more devices. Most service accounts provide ONE address for ONE device (computer, TV, router, etc.). Whatever device you connect to the modem will get an address from the service provider through the modem. The modem will get an IP address from your service provider. There are public phone numbers reachable from the outside, and there are private exchanges with extension phone numbers that work only within the building. You can think of an IP address as sort of like a phone number. This is because every device connected to a network must have an IP address assigned to it, either a public one (for devices connected directly to the Internet) or a private local address. Ethernet from modem to switch will not work.
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