![]() ![]() With MoCA, you can get up to 2.5 Gbps wired backhaul connection speeds, with the added. I will attach my diagram if I can figure out how to do it. The ASUS MA-25 Coax to Ethernet adapter (MoCA adapter) leverages the existing coaxial cable wiring used in your home for TV and internet services to create a MoCA network and extend your WiFi coverage and bandwidth. This would allow me to eliminate the first splitter described above. Splitter in Attic feeds out to three lines with additional splits to the various SmartTV/Roku/TV in the rest of the house.Īny feed back on this would be appreciated.Īs I've been thinking through this again It might make sense to simply run one ethernet cable from my office router to the attic (in place of additional coax) and place Moca Adapter #1 in Attic feeding the Attic 3way. ![]() Leg two off the first split=> to the Coax Input of MOCA #1=> Ethernet out to MOCA #1 as described above=> Coax out to my attic 3 way coax splitter in attic. One port of router will also receive input from an OTA DVR. Power line adaptors and Wi-fi extenders with Ethernet ports worked, but they throttled my speeds down to a quarter of what I would get with a direct connection. Leg one of first split=> Docsis 3.1 modem=>to Wired Router=> ethernet to switch and various peripherals including one port connected to an ethernet cable feed from a MOCA Adapter I'll label Moca #1. MoCA adapters are incredible I was having an issue connecting AT&T Fiber Ethernet to my apartment's home office without running 130 feet of cable.Its even possible to run your Ethernet network over coax cables using MoCA adapters MoCA signals travel a maximum of 300 feet (91 meters). DVRs are often MoCA devices thus, may use your coax cable for communication. High Speed Internet input on POE coax in (from grounded block)=>POE Filter=> FIRST Two way coax splitter=> MoCA devices allow for local devices to communicate with each other over coax cables.In Version 5 of my network layout, I perceive I need to build a wired network as follows: I know I could go Wireless but I'd have to use MOCA anyway just to get wireless routers in position for decent signal distribution. I will run some new additional coax runs from attic to office as that is the only location I can reasonably run any new wiring to. I am Getting prepared to cut the cord and I see MOCA as the only reasonable solution to wire the whole house with a stable wired network using mostly existing coax. Every time I think I have it, I see something else that seems to contradict it. I am reasonably tech savvy, getting older but still have most of my faculties. I have seen so many variations and contradictions on how to do MOCA networking I am getting headaches. Hopefully later this year I will be getting a fiber connection and will not be using the cable modem anymore, so that will drop me into the third drawing.See most recent updated version of diagram, Version 11, farther below in entry. Any advice on how to buy the right PoE filter here in Europe is appreciated. But I cannot get the cable modem to function when it is connected through the adapter on the "TV" plug - like on the first drawing of the product page: MoCA 2.5 | MoCA Ethernet adapter () I am guessing my cable modem is a DOCSIS 3.1 modem and I fall into the second drawing and need a second splitter and PoE filter? My modem is a Sagemcom 3890 V3, but I have not been able to verify if this is whats causing the issue? (the thing with the upper frequency) Also I'm not sure I understand what the PoE filter is doing in this scenario. A few drops below to about 6-800 Mbps, but I guess this is an old installation with potential issues. I am getting full gigabit speed out of most of my TV wall plugs. ![]() So basically the MoCA side of things seems to work fine. I did get my first two devices and have been testing all night. ![]()
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