Wired backhauls will result in a fast connection throughout your house, ideally without needing additional in-wall wiring.Įxample MoCA Home Network Kevin Jones / TechReviewer To avoid adding additional Ethernet wiring, you can instead use a coax Ethernet backhaul.Ĭoax Ethernet backhaul means that you are using your home's coax wiring with MoCA adapters to connect the router to the satellite nodes.
The drawback to this solution is that your home may not already be wired for Ethernet.
Using this wired connection is called "Ethernet Backhaul." To avoid the lower performance via satellite nodes, you can run Ethernet cables between the main router and satellite nodes.
However, as each satellite node in a Mesh System is just repeating Wi-Fi data to transport it to and from the router, there may be a performance penalty. Each of these Wi-Fi access points is called a satellite node. They create a Wi-Fi network with multiple Wi-Fi access points to spread out the Wi-Fi coverage. Mesh Wi-Fi Systems are becoming more popular as they simplify getting Wi-Fi signals into hard-to-reach locations of a home. Doing so would provide a fast connection between the router and satellites, maximizing Wi-Fi speeds throughout your house. Ethernet backhaul means using coax cables to connect the main mesh router to mesh Wi-Fi satellite nodes. One excellent use case for a MoCA network is as a Mesh Wi-Fi System's wired Ethernet backhaul.
MoCA adapters are generally backward compatible but will run at lower speeds when used with older versions. Using MoCA over RG-6 coax cables is best, but it may still work over older cables. Coax amplifiers and splitters will need to support the frequencies of up to 1625 MHz used by MoCA. If this sounds too advanced for you, you could consider Powerline adapters, which I discuss in MoCA vs. In this configuration, you would need at least two MoCA adapters. Xfinity uses 1150 MHz frequencies for MoCA on LAN networks. The most straightforward workaround is to prevent communication with the Fios/ Xfinity devices by configuring the MoCA adapters to use D-band high-end frequencies at 1400 Mhz and above. Fios/Xfinity: Some people have experienced compatibility issues when using Xfinity DVRs, as they communicate using MoCA frequencies. MoCA is incompatible with Satellite TV, Dish, Direct TV, and AT&T U-verse TV, which use the same frequency bands. MoCA POE Filters block 1 GHz frequencies and also reflect them, which improves MoCA communication.įind MoCA 2.5 Adapters on Amazon (affiliate link).įind MoCA POE Filters on Amazon (affiliate link).įind MoCA-compatible Coax Splitters on Amazon (affiliate link).Ĭheck out my Ultimate Cable Internet Wiring & Optimization Guide for additional cable setup guidance. To ensure that the MoCA communication is not accessible by a neighbor, you'll need to ensure that the coax cable coming into your home has a MoCA POE Filter. If your MoCA adapters don't come with coax splitters and you are connecting multiple cables, you'll need MoCA compatible coax splitters that support up to 1625 MHz. If your MoCA adapters don't come with coax cables, you'll need short RG-6 coax cables to connect each adapter to the wall. If your MoCA adapters don't come with Ethernet cables, you'll need Cat 6 or Cat 6a Ethernet cables for each adapter. MoCA adapters may come with short Ethernet cables, coax cables, and a coax splitter. If your router does not support MoCA, or you want to create a separate coax network for MoCA, then you'll need at least two MoCA adapters.Īctiontec ECB7250 Bonded MoCA 2.5 Network Adapter. If you have a router that supports MoCA already, you need a minimum of one additional MoCA adapter. #EXPLAIN VERIZON MOCA CABLE SOFTWARE#
Setting up a MoCA Home network is quite simple, as it often requires no software configuration. What You Need to Set Up a Home MoCA Network
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