And, even better, you can add a cheap line filter to the coax leaving your home to effectively block the MoCA signal from leaving, ensuring only someone with physical access to your home could access your MoCA network. Since version MoCA 2.1 it has supported encryption and enhanced privacy measures.įurther, because it's a physical cable-based standard transmission is limited to the physical coaxial network it is connected to. While newer MoCA hardware won't default to old speeds across the whole network just because an older device is present, everyone connected to the old MoCA adapter will underperform by comparison. Mixing really old MoCA hardware with brand new MoCA hardware is a recipe for lackluster performance, though. Ideally, however, you'll use current generation hardware to take advantage of all the improvements to the standards over the years. MoCA 2.5 is backward compatible all the way to MoCA 1.1. MoCA adapters are interchangeable, just like Ethernet devices. Practically, wiring quality and conditions vary greatly, and you can expect around 1Gbps connections between network devices (and up to what your internet provider delivers otherwise). On paper, MoCA 2.5 supports 2.5Gbps transfer. MoCA 2.5 offers a host of improvements in terms of speed, ease of setup, and so on. So much so, in fact, that you might have even looked at all the unused coax cables all over your home and thought, "it would be so useful if those were Ethernet jacks." From the late 1980s onwards, it was pretty common to run coaxial cable to nearly every room in the house in new construction. Coaxial cable is the round pin-in-the-center stuff used for wired TV distribution in the home, TV antennas, and such. Many homes, even older ones, have been heavily wired for coaxial cable. The older the home and the more convoluted the wiring, the more likely you'll encounter problems.īut while actual Ethernet infrastructure is still pretty rare and powerline networking can be hit or miss, there's a viable option right under our noses. Although powerline networking is useful and has helped plenty of folks, it's also a bit fussy. Kits like this TP-Link option are quite popular. One workaround is to use powerline networking. That's a shame because while Wi-Fi is a great invention, it's a poor substitute for a proper high-speed hard-wired network. I haven't had a chance to run any benchmarks but streaming services are noticeably faster and smart bulbs/switches that connect to the access point respond more quickly.Related: Using Wi-Fi for Everything? Here's Why You Shouldn't I don't think that a PoE filter is necessary since the amplifier should block MoCA from reaching neighboring homes and the security key should be an extra layer of protection if someone decided to connect to the coax outside of my house. The cable company had installed an Antronix VRA900B powered amplifier which would not properly pass MoCA signals so I added a Monoprice - 4-Way Coaxial Splitter which passes 5-2400MHz and connected the two cables which would connect the MM1000 adapters to this splitter then connected the input of the splitter to one of the outputs of the amplified splitter. While in each device's configuration I enabled encryption and set a shared security key. Both arrived with the latest 1.0.0.8 firmware already installed. The first thing I did was plug a laptop directly in to each MM1000 to check their firmware version. One MM1000 was purchased from Amazon in early December while another was purchased from Best Buy in late December. With MoCA in place, I re-configured the bridge as an access point to improve the wireless signal on that side of the house. The signal was fairly poor so the reported link speed was often under 400Mbps. The bridge was a 3x3:3 802.11ac router running FreshTomato. I just used two MM1000 adapters to replace the wireless bridge that I was using to connect devices in my living room to the network.
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