![]() Whether it’s the operating system or delivery network, the MoCA adapters add some overhead to the speeds, when comparing to directly attaching the client to the router via Ethernet: I also discovered that using a Mac notebook with the El Capitan OS greatly reduced my data transfer times, compared with using older equipment with Yosemite, or using Windows 10 systems. Using the Wi-Fi extender combined with the MoCA backhaul also caused wild variations in speeds – sometimes a data transfer would fly, other times it would crawl. I’m sure that performance would have improved if I was using a newer modem/router from Verizon, but that would require additional investment and upgrading my home data broadband package. Depending on the client used, I achieved somewhat good throughput numbers in my “unscientific” file transfer tests (measuring upload and download times via file transfers to a network-attached storage device connected to the modem/router). Performance of the gear wasn’t stellar, but it wasn’t horrible either. There’s even an extra coax cable on the Ethernet adapter in case you want to also provide coaxial support for a TV or cable box, in case you haven’t yet cut the cord. This would be recommended for clients that don’t have an Ethernet port, such as newer notebooks, smartphones and tablets.Ĭonnecting these devices to my coaxial cables wasn’t difficult – it’s pretty straightforward where you need to plug in each cable, and as long as you have a power outlet available for the adapter or extender, you should be up and running in no time. The Wi-Fi range extender connects to the coaxial cable network and then provides Wi-Fi coverage (via a 2.4GHz and 5GHz channel). If you have a client with an Ethernet port (some game consoles, older notebooks, desktop systems), the adapter lets you put that device on your MoCA network. The Ethernet adapters let you connect one end to a coaxial cable, with an Ethernet port on the other end. Since I wasn’t going to call Verizon to ask for an upgrade, I couldn’t fully test the 2.0 gear to see how fast it really was.Īs part of the request from MoCA, I was sent some Actiontec coax-to-Ethernet adapters and a coax-to-Wi-Fi range extender. However, the Verizon modem/router I was using only supported version 1.1, which downgraded the max throughput to 175 Mbps. The gear sent to me supported MoCA 2.0, which provides up to 500 Mbps of throughput. MoCA throughputs range from 100Mbps at the low end (MoCA version 1.0) all the way up to 2.5 Gbps (MoCA 2.5), with several versions in between. If not, you can use adapters to create the network. Chances are good that your modem/router is already MoCA-enabled (in my case, the Verizon FiOS model was). The MoCA gear can fill in the gaps for wireless holes, mainly because coaxial cable is likely already dropped in that room of the house (if you live in a house that had several rooms with TVs in them). ![]() In this way, MoCA can be used as a network option instead of using a wireless range extender or investing in a wireless mesh network. I started to think – why not use those cables to provide data networking access? After a quick phone call with a member of the Multimedia over Coax Alliance (MoCA), I received some products that use MoCA to provide network access via coaxial cable.įrom the end user’s standpoint, networking via coax works similarly to powerline networking – data traffic is delivered through coaxial cables in the house. This article isn’t about that effort (although I would recommend it if you can live without watching live TV events).Ī result of the cord-cutting has left me with a bunch of rooms with coaxial cables that now have nothing to do. We’re now officially “cord cutters”, saving about $60 per month and getting our “TV” through Internet streaming services (mainly Netflix, Hulu and Amazon Prime video). In the Shaw household, we’ve been living without cable TV for about seven months. ![]()
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