![]() ![]() They are rated to carry video at full 4K for Wireless Xi5 boxes, so they offer "satisfactory throughput". That's a non-issue for a while, especially since attenuation of those high frequencies would require re-engineering the entire system to account for loss.Īll Xfinity XFi Gateways (basically, anything less than ten years old) run MoCA 1.1 or 2.0. Yes, the 3.1 standard allows spectrum up to 1700 MHz to be used, and DOCSIS 4.0 ESD can go to 1794 MHz, but that will require major plant upgrades throughout the system that are expensive and will take years to accomplish. What about those DOCSIS signals above 1002 MHz? Nobody is even using them yet. That keeps your MoCA devices from trying to talk to the neighbor's devices, plus the filter acts as a reflector, increasing the signal strength across the MoCA network by 2dB. To illustrate the point, the Comcast X1 system with the XiD client boxes is COMPLETELY MoCA-based, and has been installed millions of times with our standard "1002 MHz Splitters", with sometimes a dozen devices on the network.ĭo you need to worry about the Point of Entry (POE) filter? Well, you are supposed to have one if you have MoCA, but once again, if Comcast has been there in the last 8 years, then there will either be a MoCA filter at the ground block/tap, or it will have a ground block with an integrated MoCA filter. It just changes the attenuation, so we plug that number into the math to calculate MoCA signal strength. They don't need to be "1500 MHz", because 1002 MHz splitters pass the signal along just fine. if Comcast has been there in the past decade or so, then what you have will work fine. That's why we create industry standards in the first place, such as DOCSIS, USB, and IEEE 802.11.ĭo you need to worry about the splitter? Not really. ![]() That being the case, anything labelled as "MoCA #" has to be compliant and compatible with anything else with that same standard, so YES, your extenders will work. ![]() MoCA stands for Multimedia Over Coaxial Alliance, of which MoCA is an agreed-upon industry standard for communication over coaxial networks. I see so much misinformation here, I'm just going to simplify this to accurate answers that address your actual question. ![]()
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