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I believe you can connect an adapter in any room that has a coax cable jack. I connect one adapter to my router and to the Comcast splitter that comes into the house. By connecting it here, it distributes a Ethernet signal over coax to every coax jack in my house. I then have another in my bedroom to hardwire my Roku and Apple TV, as well as another in my living room to hardwire the devices there. As far as speeds go, I have a ton of devices connected to my network and after doing speed tests, the devices on each coax adapter are running the same speeds. Hope this helps
Sorry, there was a problem. Please try again later.1) 16 devices max 2) bandwidth is total capacity of the network. So no, your sharing the "gigabit" though your not likely to see speeds that fast in most cases.
Sorry, there was a problem. Please try again later.MoCA 2.5 supports 16 devices running Ethernet over coax.
Sorry, there was a problem. Please try again later.I use FOUR with no loss in performance. I don't know the specific answer (the max. number than can be used)...I have not had any issues in our three-story home using four--essentially same speed as if I had only two.
Sorry, there was a problem. Please try again later.If I understand your question correctly, it would only be limited by the number of free slots on your router if you have a MOCA adapter on each into coax and reverse—but can also use splitters but each user at the other end has to have a MOCA adapter to go from coax to Ethernet/RJ-45 connection to PC, etc. The only way speed is impacted would be the sharing/splitting of your bamdwidth from the router and if you split the signal too much from the router (which is hard to split too much w a low-loss MOCA splitter as it takes as much as a 50db loss before impacting performance). On the user end, there are adapters with multiple RJ45 outlets for pc/tv/gaming console. Apologies if this missed the intent of the question. I have a box where router comes in and connects to MOCA adapter which then has access to every room coax individually; only speed issue would be simultaneous use of available bandwidth—but has been less of an issue as with WiFi.
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