Bonded MoCA 2.0 Network Adapter for High Speed Internet, Ethernet Over Coax - Starter Kit (Model: ECB6200K02)

I'm stunned at how well these MoCA coax adapters work and how easy they are to set up. I thought I was tech-savvy, but I clearly wasn't because I wasted a lot of money on WIFI range extenders and mesh systems that never worked well. WIFI range extenders and mesh systems take the signal from the home router and try to bounce it to the range extender or mesh node, which then tries to bounce it to the next node and so on. The problem is the range extender cuts down the WFI signal by 50% and it and the mesh nodes only work well when they're in sight of each other. That's not very efficient for larger houses or houses that don't have an open floor plan. Obviously, the best way to extend WIFI is to have your house wired with ethernet cables, but how many people have that? Answer: not many. However, almost everyone has coax running in their house for cable TV and that is where MoCA (Multimedia over Coax Alliance) comes in. A MoCA adapter allows additional routers to receive an internet signal directly from your modem through the existing coax cable in your walls. You just plug the coax from your wall into an adapter and then plug the included ethernet cord from the adapter to an additional router, and now you have a super-strong WIFI signal as if the main router and additional router were connected by an ethernet cable. It works brilliantly and immediately, and the good news is you can set up as many routers as you need if you have a coax outlet in your desired room. I set this up in my mother's large colonial house where WIFI signal goes to die. I put three adapters in separate rooms and attached three old routers I had laying around and Voila, my mother loves me again! Ok, now for the Pro-Life Tips. 1. THIS WILL NOT WORK FOR SATELLITE TV! CABLE ONLY! Sorry, but you're SOL w/ DirecTV and Dish 2. You do not need a MoCA adapter at your modem if your modem is already MoCA enabled. You will need to hook up one of the adapters to the modem if it is not MoCA enabled. A lot of people rent a combination modem/router from their cable provider. The newer ones are already MoCA enabled and if it's not, your cable provider will trade your old modem/router for an updated one for free. 3. Speaking of renting a modem/router combo...don't. Buy a separate ARRIS SURFboard Modem and whatever router you want and it will pay for itself in about a year. Don't give your hard-earned shekels to the corp bastards. 4. You need a MoCA 2 way splitter if you're running your additional router off a coax that is also providing a cable signal to a TV. The instructions and diagram that come with the adapters aren't clear about this. The adapter set comes with one 2 way splitter, but you will need a 2nd one if you're going to set up two adapters and two additional routers. You can buy a 2-way splitter at Lowe's or Home Depot for $6. Just make sure it is MoCA compliable. Also, the box comes with two short coax cables, but you will need two more if you're connecting them with two TVs. You can buy 3 ft. coax for cheap if you don't have extras laying around. 5. The MoCA adapter does not send out a WIFI signal by itself! You must use an additional router for each adapter. Any old router will do, so you don't need to blow your brains out on the latest and the greatest. However, you still need your original "Home Base" router that you have already been using. 6. Instructions. How to set up in a room where you already have a TV and your modem is MoCA enabled: Unscrew the coax from the cable box and screw it into the "cable in" port on the splitter. Now screw in another coax to the "cable out" port of the splitter and run it back into the cable box. Cable TV is now all set. Screw another coax to the other "cable out" port of the splitter and screw the other end into the "cable in" port on the adapter. Then plug the provided ethernet cable into the adapter and plug the other end into the WAN port of your router. Plug adapter and router into the wall or outlet strip and enjoy that sweet, sweet rock hard WIFI signal. 7. Please know the difference between "your" and "you're". Your is possessive, ie: your new MoCA adapter. You're is a contraction of you are, ie: you're going to love your new MoCA adapter. (See what I did there?) 8. Enjoy your strong WIFI signal and please be safe and please be nice to each other. We're all in this trying time together and a little kindness goes a long way. Cheers.

I got a pair of these in April 2017 and I'm still using them. Within the scope of my understanding, they have worked perfectly. I have gigabit internet and get extremely fast download speeds on my computers going through MoCA, no noticeable difference in download speeds from computers plugged directly into my router not going through MoCA. So it's hard for me not to recommend these, I've never had a negative experience with them. It's very easy setup, plug and play pretty much, no software setup whatsoever. Keep in mind though that if you want to expand your MoCA network, try to match the version number (MoCA 2.0) or higher. I bought a MoCA 1.5 adapter to expand my network, and got significantly lower speed from the MoCA 1.5 connected computer than the MoCA 2.0. The reasons for this are obvious, but at the time I wasn't thinking about it. The fact that you can mix different versions of MoCA on your network is interesting though. If your home is wired up with a coaxial network and you're unable to run ethernet due to various reasons, and don't want to set up wifi extenders or anything like that, I think MoCA is a good option. You will probably also want to get a PoE filter and install that in your cable entry point at your house. I'd recommend looking up some youtube videos and stuff before diving in, there is a lot more info out there about it now than there was eight year ago when I got this.

These really work well to create wired network speed and reliability utilizing existing physical plant. Our two-story house was built in the mid-nineties. I'm assuming many 1970's to 1990's, multi-story houses are in a similar situation; so I will describe in detail below. As in many houses from that era it has lots of cable jacks (like 1-2 in almost every room). Most are on RG-59 wiring and a few newer ones are on RG-6 wiring. Since the house is two story, getting WIFI to propagate through multiple walls, ceilings, and floors is difficult. We are also at the top of a hill and pick up lots of interference from our neighbors' WIFI routers. Plus the total number of WIFI clients these days limits throughput making WIFI okay for low-bandwidth applications (like smart home devices) but poor for streaming devices. Also, running new wires is basically impossible in rooms that have rooms above them as the plenum is too narrow to crawl (about 6" tall). The mid-90's phone network is pre-Ethernet and as such is a hub network on cheap phone wire not a star network on Cat3 or Cat5 like many newer homes. Basically this meant we had three choices: 1.) use wireless only, 2.) find a way to use existing wiring, 3.) cut open walls to run Cat7. Option 1: WIFI works for low-bandwidth devices, but with so many devices these days (easily about 50 for a smart home) the throughput is very limited. We decided to keep WIFI for portable devices and low bandwidth requirement devices, but go with something else for our streaming devices. Option2: Using the existing wiring to create an Ethernet seems like the best option. I decided to make this happen one way or another. The house had lots of coax and quite a few phone jacks too. I researched options. Phone is limited to VDSL adapters. The problem with these are they are just point to point. So you get one connection and that is it. I wanted to connect all my major streaming point (office computer, game room TV, living room TV, and bedroom TV). So VDSL was a no go. I discovered both MOCA and DECA. DECA is much cheaper, but won't interoperatre with cable. We use a cable modem, which would have meant a lot of work at the cable box to separate all the ports in the house except the cable modem. This would have required running at least one more line up to my attic as the cable modem line was shared with my office line. Also MOCA 2.0 supports about 9 times higher bandwidth than DECA. I decided these two things made MOCA worth a few hundred extra dollar, especially since this is a one-time investment. Option3: Cutting open walls is messy and expensive. I really don't want to do that. Updating my coax network: 1.) I went to the box and installed a MOCA POE filter at the input from the cable company. Don't forget this, or you maybe sending your LAN to your neighbors' houses. You can buy this on Amazon. 2.) I went to the box and also all lines I could reach in the attic and replaced all splitters with new ones rated for up to 2.4 gHz. A two way splitter comes with each Moca adapter (or set of adapters). I used one of these. Likely you need a larger one at the box. I bought a 4 way Moca compatible splitter from BAMF here on Amazon. Don't "daisy-chain" the splitters. Buy the appropriate size. You will get better bandwidth. Also don't skip this step. In doing this I replaced two splitters that were rated to 1 gHz. The Moca 2.0 channels are at 1.0-1.2 gHz. This would certainly have lowered my bandwidth, if I had not done this. The install: I installed five Moca adapters as follows: 1.) One is attached to my router - "coax in" line previously attached to the cable modem input, "tv out" out to cable modem input, Ethernet port to my router's Ethernet switch 2-4.) "coax in" attached to the cable jack by my TV's, "tv out" is terminated with an f-terminator, Ethernet is connected to a 5 port TP-Link Gigabit switch connecting my Fire TV and Smart-TV or Smart DVD player. 5.) Connects my office desktop computer the same ways as 2-4. After bringing my coax network up to date (described above). I just plugged these adapters in and it worked. No configuration needed. After installing my Internet speed tests with a laptop hooked to the switches maxes out at our ISP's limits. A network speed test using a 512mb file copy using LAN SpeedTest Lite shows the following 500-600 Mbs downstream 300-400 Mbs upstream I think the difference in downstream and upstream speeds is due to greater isolation on the output side of the splitters. After the install I was finally able to Steam stream games from my office computer to my FireTV in my Game Room.

These work as advertised. Assuming your coax infrastructure is good, and supports MOCA, you simply plug-in the appropriate cables and they work (POE filter is recommended). I actually have a very good WiFi Mesh network that's capable of similar performance. I use these to strategically balance traffic between my WiFi and Ethernet/MOCA to reduce congestion (I have a lot of devices on my network). I use them for "Ethernet Backhaul" (between AP's, router, and switches), as well as connections to Apple TV 4K's and PS4. Currently I"m using my TiVO Bolt to bridge from MoCA to Ethernet at the gateway, and because the TiVO doesn't support bonding, I'm only getting a little over 400Mbps of throughput, but that's plenty considering I only have a 100Mbps internet service, and most of my traffic is to/from the internet. If you're using MOCA devices that support bonding throughout your network, you should be able to achieve double that (800+Mbps). I'd advise you do a little research before you make the investment. Make sure your coax infrastructure is solid (not to many splitters, splices, etc...), and address any potential issues. Also insure that each component is MOCA compatible (most are). I'd also recommend an active return drop amplifier. The PPC-9M-U/U (9 port) or PPC-5M-U/U (5 port) are good, and have built in POE filters on the input. I'm using a PPC EVO1-9-U-U (cable guy gave it to me) with an external POE filter and it works great, also it's a little cheaper. Lastly, I'd suggest putting 75ohm terminators on any unused coax cables or ports (splitters, amplifiers, moca adapters, etc...) They're cheap and reduce potential leakage and interference. My dislikes are: 1) They're kinda expensive. At almost $100 each (if purchase individually), it's not practical to have one at every coax run. 2) I prefer the design that has all the connections on one side of the device, it makes for a neater install IMO.

It saved me from having to tear out a lot of drywall! When my house was built, we put coax cable in all the rooms, and we did some ethernet, but not enough. When we upgraded to fiber-optic, the only cable that was running into the office was coax cable. This little gadget allowed me to use the existing coax cable, and I'm still getting 800gps for my download speed. Awesome little device.

I had been using 5 of the Actiontec MoCA 1.1 adapters with 100 Mbps. (one at the router, and 4 others as satellites feeding Xbox 360s as primarily Media Center extenders. I replaced one of the older satellite adapters the plugged into a 5 port switch and then to the Xbox and couple of other devices. This worked great! So, I decided that I should replace the older adapter (master) at the router. So, I did the exact same thing as the satellite and did the swap. Again, It worked great! At this point it all started to go wrong. I then went to the next in line second Xbox and replaced the old adapter with the new MoCA 2.0 adapter. The lights came on, but the Xbox could not find the Media Center and failed all the connection tests. It had an IP and DNS/Gateway IP, but could not find anything. I tried another new adapter and it did the same thing. The whole time the first Xbox was playing Media Center TV. I tried the last MoCA 2.0 adapter and it also did not connect. So, I put the old MoCA 1.1 adapter back on and the Xbox sprang to life. Playing TV and everything else. So, 2 TVs playing and all of a sudden they both stopped. After investigating a little, I find that cable light on the new (master) 2.0 adapter at the router is off. I do all of the normal troubleshooting (unplug/re-plug, reset, swap with other new adapters, etc.) to no avail. So, now I am really upset. At the router, I put the old 1.1 adapter back in place and the cable light comes on and the 2 Xbox's again spring to life. One with a new 2.0 adapter and one with an old 1.1 adapter. After about 15 minutes I again tried a new 2.0 adapter at the router. It again worked for about 5 minutes and then lost cable connection. How depressing. I am at a loss. I have quad RG6 cable. The Xbox that worked the whole time (except when the Master choked) is a longer run that the Xbox that never worked with the new 2.0 adapters. The Xbox's are the same exact model Xbox 360 E. Any ideas where I went wrong? I guess I will have to return these new adapters. They are useless. UPDATE! After returning my original order ECB6200 2 adapter kit, and several months passing, I started to have other cable TV issues starting with pixelization and eventually no picture or signal. After a much more detailed testing, I found out that the 4-way splitter I was using was deteriorating TV channels signals. This led me to also reconsider the ECB6200 kit. I decided to try again and ordered the kit. I have to say that they work great now! Apologies to all, including Amazon and Actiontec!

Short: -These are plug and play and work exactly as expected -The devices are well built and are the quality you would expect for the price -You should get typical wired ethernet speeds, no speed penalty -Make sure to set up all your splitters, amplifiers and filters properly before installing these devices -If using other MOCA devices, make sure to match the MOCA version number between all devices (i.e. don't buy the 2.5 adapters if you're trying to talk to an existing 2.0 device) Long: I moved to a house with tons of cable ports but no possible way to run ethernet. First looked at powerline adapters and decided they seemed too tricky, so I went for this instead. Turns out it was a fantastic choice. When I was first researching MOCA, I found a ton of ambiguous information, so I wanted to share in case it helps others. Instead of looking at forums, the best place to start is to search for the MOCA specification. That makes the whole technology a lot clearer, and contains information useful to the average person (not just technojargon). Essentially, it uses frequencies above those used by normal cable operation (1000MHz) to transmit ethernet without interfering with other signals. Before installing these adapters, make sure you set up all splitters and amplifiers in your house to be one that are MOCA compatible. You will also need to install a filter to prevent your ethernet from leaking out to the neighbors. If you've ever had Tivo or DVR installed, you may already have the correct components in place. I purchased these devices from Amazon and can confirm they worked with these adapters: Splitter: https://www.amazon.com/gp/product/B0113JAN8K/ref=ppx_yo_dt_b_asin_title_o06_s00?ie=UTF8&psc=1 Amplifier: https://www.amazon.com/gp/product/B077BCHVWZ/ref=ppx_yo_dt_b_asin_title_o07_s00?ie=UTF8&psc=1 I also discovered that my wireless gateway (model DPC3941T) from Comcast supported MOCA natively. It was not enabled by default, but it was a simple toggle once logged into the device. This meant I only needed to purchase adapters for the endpoints where I actually wanted wired internet. The actual adapters are fantastic. I initially bought the 2 pack of MOCA 2.5 adapters. These are entirely plug and play. They power up and connect fast, and it was easy to get two nodes to recognize each other. The devices also feel well built. However, I then discovered that my gateway only supports up to MOCA 2.0. I returned the 2.5 adapters and replaced them with 2.0 adapters. They worked flawlessly first try. On a speed test, I get the same speeds using the MOCA adapters as by plugging directly into the router. Overall, I plan to buy more of these in the future. I look forward to MOCA 2.5 supported on more routers. Not all companies can be as on the ball as Actiontec.

Works perfectly with my MOCA network. It was very easy to setup.