#Moca ethernet to coax Pc
#Moca ethernet to coax tv

That’s too bad, because it’s very powerful.Ī quick look at the back of Actiontec’s box revealed the problem: Actiontec says its MoCA adapters are compatible with most cable and FiOS installations, but that they’re not compatible with most satellite installations. Many service providers use MoCA technology, but it’s gained much less traction in the DIY market. But I got no signal from my satellite dish when I connected my set-top box to the MoCA adapter’s TV/STB Out F connector.

#Moca ethernet to coax Pc

I then ran an Ethernet cable from the adapter to my home-theater PC and verified that it was now connected to my network. In my home theater, I disconnected the incoming coax cable from my satellite set-top box and connected it to the Coax-in F connector on the second MoCA adapter.

#Moca ethernet to coax tv

Powerline doesn’t get a long with surge suppressors, but MoCA won’t coexist with satellite TV installations. Here again, I connected one MoCA adapter to my router with an Ethernet cable, but I also connected the adapter’s F connector to the six-way coax splitter that carries satellite TV signals throughout my home. Each adapter (the kit includes two) has one F connector that sends data and video over coax cable, a second F connector that outputs video to your TV or set-top box, and an RJ-45 jack for Ethernet. These draw power from two-prong wall warts, so you don’t need to have grounded wiring. I went back to my own house to test Actiontec’s MoCA adapters. Powerline proved to be slightly faster than MoCA, but MoCA could prove to be more reliable since powerline adapters need to compete with so many other devices that use the same wiring. Not having a whole-house surge protector at that location made a huge difference in powerline-networking performance. If I’d been more sensible, of course, I would have hard-wired Ethernet cable through those walls so that I could get closer to gigabit speeds (coulda, woulda, shoulda…).Īnyway, when I plugged the PLA5405 adapters into my daughter’s router, I saw TCP throughput of 91.8Mbps with encryption enabled. But when we had a devastating water leak a couple of years ago, I took the opportunity to rewire the half of the house that needed its drywall replaced. This is an older home, built in 1954, and most of its wiring is not grounded. I can’t easily uninstall the whole-house surge suppressor (nor would I want to), so I walked over to the other side of my property and retested the pair of PLA5405 adapters in the house where my daughter lives. When I tested the PLA5405, I saw disappointingly slow performance: Where TechHive freelance reviewer Denny Arar saw TCP throughput of more than 100Mbps while benchmarking this adapter in her home, I got a miserly 27.4Mbps (and that dropped to just 22.7Mbps when I enabled encryption between the two adapters). It’s easy enough to plug the adapter straight into the wall, versus a power strip, but I have a whole-house surge suppressor installed in my circuit-breaker panel.

One of the other drawbacks of powerline adapters is that they shouldn’t be plugged into a surge suppressor (the surge suppressor will identify data traveling over the powerline as noise and try to filter it out). It’s based on the latest HomePlug AV2 MIMO technology. ZyXel’s PLA5405 is one of the fastest HomePlug adapters on the market.

Non-MIMO powerline adapters have just two-prong adapters, but they deliver much lower performance, as you’ll see in this product roundup, which also contains much more information on the technology. I plugged a second PLA5405 into a receptacle in my home theater and connected it to my home-theater PC for measuring TCP throughput.Īs with all the products in its class, ZyXel’s adapters require grounded electrical receptacles because they transmits data on any two pairs of wires on a three-wire electrical cable: Line/Neutral, Line/Ground, Neutral/Ground, and so on. I plugged one of ZyXel’s PLA5405 adapters directly into the wall at my homerun and connected it to my router using a CAT5e cable.