Features:

  • Operating frequency band: 54 - 1002 MHz
  • Video ports: 8 / VoIP passive ports: 1
  • Impedance: 75 ohm
  • Operating temperature: -40°f to +140°f ( -40°c to +60°c)
  • For Fast Boost Internet and Data - Must have! Lifeline passive VoIP designs
Cheaper to install yourself if you can

I am a long standing Comcast Customer here in Florida. I just had the house rewired about a year ago for the X1 service where new RG6 cable was installed and all splitters removed. We had a 5 connect amp installed since I only had 4 TV's and Internet. I just added an Office and a 5th TV. It was going to be at least $60 for Comcast to come out and install the larger Amp, so for just over $30 I did it myself. make sure you get blockers for the open ports if there are any when you are done.

and all of my Tivos had noticeably better signal. In addition

This unit will make a HUGE difference is you have many runs and need a POE multiport splitter. The furthest run in my how had a 30dB loss. I installed this very carefully, as per the YouTube video from the vendor, and all of my Tivos had noticeably better signal. In addition, I was having issues trying to install a MoCo 2.0 network in the house. (I had previously had a 1.0 MoCo network, but 2.0 was not working at all.) This splitter passes MoCo without issue, while amplifying TV signal to a 0dB out level. Lastly, it has a point of entry (POE) filter, to prevent your MoCo (Ethernet over Coax) from leaving you residence

Can work for FIOS if you don't use MoCA to communicate with the ONT

FIOS TV My CATV network has always been on the edge of working with passive 5 way splitters. After a year or two the passive splitter degrades and then I lose MoCA connectivity between the cable boxes and the router. After the 3rd failure in not so long, I looked into active splitters that can handle MoCA 2.0 and my research show this was a good bet. You should understand that for FIOS there's the internal MoCA communication between the router and the cable boxes, and potentially another MoCA link to the ONT (external box where the fiber cable goes in). Or the ONT and the router could be connected by Ethernet (i.e. CAT5 not COAX). This splitter can ONLY work for you IF you have ethernet between your router and the ONT. The reason is this splitter blocks any MoCA signal going "outside". The idea is that for real cable TV users, it stops your MoCA signal getting outside and to your neighbors. But with FIOS that's not possible because the coax run ends at the ONT and goes no further.

Perfect to create a hard-wired "ethernet" type connection using an apartment cable distribution.

Allows for VERY fast network connections inside an apartment which is wired for cable but not Ethernet. In addition to this amp/splitter, you will need Ethernet to coax adapters; but given my observed connection speeds and throughput, this is an excellent product which allows you to bypass any troublesome wireless connections you may have (due to obstacles or distance.)

MoCA Unity Gain Amplifier

Handles MoCA signal. First amplifier I tried did not. Learned some about how MoCa works. Of course if I could read it would have helped.

the best cable terminal for the money

We had the in our old house and it worked well. Installed in the new house and after getting everything connected reception issues were eliminated

Works great with Tivo Bolt Vox

Works great with Tivo Bolt Vox MoCa and also using the Motorola MoCa adapters without issue.

Works with Comcast

This cable TV amplifier works well with the Comcast supplied cable modem/router and the cable TV set-top boxes. Helps maintain the signal level when splitting off to multiple boxes.

Solved my MOCA issues

Although Comcast did install a POE filter outside, and although my Comcast modem supports MOCA natively, the distribution amp and the splitters they installed were only for video frequencies. When I first connected my MOCA transceivers, the video signal became weak and the MOCA network went down every day. After replacing the distribution amp with the Commscope, replacing the splitters with MOCA splitters, and rebooting everything, it all works perfectly now. Strong video signal, strong MOCA connections, no interference between them any more.

It Works...However, you have to connect to the correct ports

It works...However, you have to connect to the correct ports. I used this to distributed MoCA 2.0 network through my existing cabling. I figured I would connect the "In" to the MoCA signal coming from the other side of the house. This did not work. The device has a MoCA filter installed on the "In" port. To make it work, you have to connect the MoCA devices to the 6 ports labeled MoCA. When you do this, it works just dandy, but I did get a slight speed decrease: 1) Connect to device through a 1:2 splitter: 980 Mbps connection 2) Connect to device through this amp: 680 Mbps connection So, there is a decent amount of signal loss through the MoCA ports. Not perfect, but better than ganging tons of splitters together.

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