![]() Replace any amplified splitter with a splitter that isn’t amplified and whose upper frequency is at least 1,000 MHz, preferably higher.If some of these conditions are not true, you can probably still use MoCA. This means that you can do a simple installation as described in the Quick Start. If all these conditions are true, you have a MoCA-ready Network. You are not using your coax cable for DirecTV or some other satellite service, or for AT&T U-Verse.The maximum cable distance supported between the root splitter and the farthest cable outlet is 100 yards (90 meters).Normally you can replace an amplified splitter with one that’s not amplified, ideally using a splitter that goes up to at least 1,500 MHz. An amplified splitter will cause a problem. Note that some splitters are amplified, but most are not. There is no one-way amplifier or amplified splitter on your network’s side of your root splitter.(Sometimes an upper frequency of 900 MHz works, but often it does not.) Your splitters all have a frequency range that goes up to 1,000 MHz or above, ideally higher.It would not be true if two devices were connected to splitter 1. There is at most one layer of branch splitters on your network side of the root splitter.You can use MoCA for any or all of the devices shown in the picture if the following are all true: A cable comes into the home from a “drop” outside and goes to a “root splitter.” One or more cables branch out from the root splitter to all the devices in the home, in some cases going through additional splitters. In this example you can see that the coax network connects to a cable modem/router and three TVs. Details below are useful for the unusual cases where the MoCA Adapter installation was unsuccessful.īelow is a diagram of one possible coax network in a home. You don't need an electrician.Most people who use MoCA Adapters can do a simple installation. If you don't want to DIY, there are lots of contractors who can do this type of job. You can find all sorts of videos and tutorials online that show how to pull cable through walls and ceilings in a typical stick-built home. Depending on your home's construction, this can be an easy job. Then you'd have everything on the same coax network, which will fail.Īre you sure you can't run Ethernet? It really is the best solution. If you have TV, it gets complicated as you likely need that same segment to connect to the ONT. If you don't have TV service, it may be easy to use a dedicated coax segment between the ONT's and router's MoCA adapters. If you find them, post the details as I haven't seen any for sale in years. If you can find them, you could operate a pair on the same coax as the LAN. Nothing will work.įinding MoCA adapters that operate on the WAN frequency can be difficult and expensive. If you connect it to the router's LAN port you'll have short-circuited the LAN and WAN connections. Further, you can't share the segment of coax between the ONT and router with the LAN devices. If you must you coax between the ONT and the router, you need to install a pair of MoCA adapters as has been described in the first post. It will talk to the router's MoCA LAN port, which won't work. If you attach a MoCA adapter to the ONT's Ethernet port, it won't talk to the router's MoCA WAN port. Any MoCA adapter you purchase will be setup to use the same frequency as the LAN devices, including the router's MoCA LAN port. That's why you have to switch to Ethernet for higher speeds. The ONT's MoCA port is only capable of 100Mbps. The two MoCA links use different frequencies on the coax so they don't interfere with each other, as we described above. The other port is for the MoCA WAN link from the ONT. One port is for the MoCA LAN used to talk to the set-top-boxes, extenders and any other MoCA devices you might install. There is an internal splitter on the coax input that connects to both of these ports. Verizon routers have TWO MoCA ports built in. ![]()
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