goCoax MoCA 2.5 Adapter with 2.5GbE Ethernet Port. MoCA 2.5. 1x 2.5GbE Port. Provide 2.5Gbps Bandwidth with existing coaxial Cables. White(2-Pack, MA2500D)

I live in the UK so there was a risk that my coax cable wouldn't be high enough quality to support MoCA very effectively. I decided to take the plunge anyway and thankfully it paid off. These worked perfectly to get a wired network up into the loft. I have a 900 Mbps fibre connection to the house and the coax seems to cope with that just fine. I've not bothered testing higher speeds because most of my network equipment is rated for gigabit ethernet. Note that you will need to buy plug adaptors, but the devices support UK voltages so no need for transformers.

This item is not supplied with a UK compliant Power supply.

Um WLAN im ganzen Haus (massiv, Stahlbetondecken) verfügbar zu machen habe ich jahrelang mit Repeatern und DLAN experimentiert, eher wenig erfolgreich und sehr schwankend von der Signalqualität. Dann nutzte ich die vorhandene FM-Verteilung, um mit mehreren Access-Points auf den Etagen zu arbeiten. Die Signalqualität hat sich verbessert, aber der Datendurchsatz war aufgrund der verbauten CAT5-Kabel auf 100mBit/s begrenzt. Bei einer Renovierung fielen mir die alten, seit Jahren ungenutzten SAT-Dosen ins Auge und die Frage stellte sich: könnte man vielleicht...? Bei den bekannten Elektronikspezialisten bin ich zwar fündig geworden, aber dort handelte es sich hauptsächlich um Geräte, welche einen Breitbandfilter/-splitter integriert haben und dadurch recht kostenintensiv waren. Schon eigenartig, dass es wohl nur dieses amerikanische Produkt gibt, aber gesehen und bestellt. Die passenden Steckeradapter gleich dazu, da auf den Fotos klar das Netzteil mit US-Stecker zu sehen war. Der Rest ist plug & play. LAN-Kabel vom Router zum goCoax, dann COAX-Kabel am Multischalter ab- und an den goCoax angeschraubt, Netzteil eingesteckt. Im Wohnzimmer mit beiliegendem COAX-Kabel an die SAT-Dose und den goCoax, AP per LAN-Kabel angeschlossen, Netzteil eingesteckt und Injektor des AP mit Spannung versorgt. Die Verbindung kam in Sekunden zustande und es stehen jetzt die vollen 400Mbit/s vom Router stabil zur Verfügung. Inzwischen kam noch ein Switch hinzu, um die Geräte im Heimkino direkt mit LAN zu versorgen. Ich bin begeistert und empfehle gerne weiter.

I purchased the goCoax MoCA 2.5 Adapter with 2.5GbE specifically for my Verizon FiOS setup so I could use my own router and still retain full TV functionality, including the program guide and On Demand. It worked exactly as intended. Instead of being forced to use the FiOS router just for MoCA, this adapter provides the MoCA network over my home’s coax while my own router handles the internet. My FiOS TV boxes get guide data, updates, and On Demand services just like they would with the Verizon router, but without the monthly rental fee or network limitations. Setup was very straightforward. I connected the adapter to the coax near the ONT and my personal router, and everything came online quickly. The TV guide populated normally, channel data loaded fast, and there were no issues with DVR or interactive features. The 2.5GbE port is a big bonus, especially on a gigabit FiOS plan. Network speeds are extremely stable with low latency, and it provides a reliable wired backbone across existing coax lines in the house. It’s essentially the best of both worlds: full FiOS TV functionality plus the performance and control of a high-end third-party router. If you want to eliminate the FiOS router but still keep the TV guide, On Demand, and MoCA connectivity for your set-top boxes, this adapter is an outstanding solution. Rock-solid, fast, and a smarter long-term setup for FiOS households.

This is a great item for people who dont have a waiting wall conduit or a lan outlet. Seller was also helpful with the shipments. Worth the price

I used a pair of these to create a wired backhaul for my Deco X90 Mesh Wi-Fi out to my detached shop-garage. These were very easy to setup, and they established a very high-speed connection from my main Deco X90 to the X90 located in my shop that is almost 100 yards from the house, but already had coax for the cable connection. I connected the main X90 in the house to a goCoax MoCA unit in the house and connected that to the coax cable. In the shop I connected the second goCoax MoCA unit and connected the satellite X90 to it. I now have excellent Wi-Fi in the shop, but I also used a Gigabit switch to provide wired ethernet to some other devices in the shop. The goCoax MoCA adapter was easy to hook up and has been working flawlessly for over a month.

I have a detached garage that I built at the turn of the century. (sounds so weird to say...) When I built it I trenched cabling to it from the house. The run is about 80 feet. Unfortunately, I ran for data lines for 10mbps, because I had a bunch around. I saved at least 50 bucks! Genius. (not) .Why would I ever need more than that for a garage? (DERP.) Now there is a computer, a bunch of IoT devices, a NEST, a streaming TV, An Alexa providing music to an amplifier... lots of stuff out there. About 6 or 7 years ago I got sick of modem speeds, and setup a wireless repeater to kick the signal out there, as I could get more like 25 mbps repeating to it that way. That has been tolerable until recently. When I am watching streaming and pull up something on the computer and lag things out, it just annoys me lately. I have grumbled about it for months now. Fortunately, I found these by blind chance from a conversation online with someone. I realized I still had the TV cable running out there from before I cut the cord to the cable company mafia about 5 years ago. I figured what the hell, let's try and repurpose it. These seemed to have good reviews, and if it sucked i would send them back. I stuck one of these on both ends of the TV cable out to the garage, plugged one into my switch and plunked an AP on the other in the garage. Absolutely no setup... just plugged it all in. Instantly went from 25 mbps to 600 mbps wifi. Holy Cannoli. That. Is. Awesome. I ended up buying 2 more as add ons, and fed through the old cable network to far ends of the house. 1 source feeds out to 3 recipients. I got the 2.5G version, so I have the source unit feeding off a 2.5G switch,. The overall throughput of however many you connect together is split. In my case, I have 2.5G split 3 ways, so if all 3 were puling as much as possible they would each get 833 mbps. That is why I have the 2.5G and feed them from a 2.5G switch. If i got the 1G and used a 1G port I would cap out at 333 mbps if I maxed out all 3 endpoints. Still very good, but pay heed that however many you chain together, you will split the throughput by that amount. If you deploy the maximum number of these, it would definitely stack up on you. -You could run independent individual segments as well, as long as you could carve up your cable network like that. IE, I could have run 1 source to a single point. Another source to a single point, and a 3rd source to a single point. I would then get the full 2.5G to each endpoint. I could easily do that, because I am no longer using it for TV. Others may not be able to do so. I should be good to go with my current throughput for quite some time now though. When I need to go faster than this they will probably be laser beaming stuff to garages by then or something. Anyway, all in all I am REALLY pleased with these. Child's play to deploy, super effective, and reasonably affordable.