The InvisiLight Home Fiber Kit offers a clever way to add wired Ethernet to another room without opening walls, crawling through an attic, or leaving a bulky cable exposed. In this review and installation guide, we look at how the ultra-thin fiber cable works, what comes in the kit, how the installation process goes, and whether the finished result is worth considering for a cleaner home network setup.
Adding wired Ethernet to a room is usually easy when the walls are open or when there is clear access through an attic or basement. It becomes much more difficult when obstacles such as fire blocks make traditional cable drops impractical. The InvisiLight Home Fiber Kit is designed for exactly that type of situation. Instead of using a standard Ethernet cable, it uses an extremely thin fiber optic cable that can be tucked along baseboards, door jambs, and wall corners where it is nearly impossible to notice once installed.
This type of setup is especially useful for homeowners or renters who want the reliability of a wired connection without cutting into drywall or running visible cables across the floor. The official InvisiLight product line is marketed around nearly invisible indoor fiber installation, and the home kit packages that idea into a do-it-yourself solution for everyday users. :contentReference[oaicite:3]{index=3}What Comes in the Kit
The kit includes the major parts needed to create a point-to-point wired network connection between two rooms:
The standout component is the fiber itself. It is extremely small, flexible, and designed to bend far more tightly than ordinary fiber. That makes it practical for routing around corners, along trim, and beside door casings where a standard cable would be much harder to hide.
The most important step is planning the route before attaching anything permanently. Start by identifying the room that needs Ethernet, then choose the source location where your router, modem, or network switch already has a live connection. From there, map the cleanest path between the two points.
In this installation, the route began at a switch near the living room television and ended at a kitchen desk area. The fiber was routed along baseboards, up and around the sliding glass door casing, then back down toward the desk. Baseboards, wall corners, and trim are ideal because they naturally hide thin lines and help the cable blend into the room.
Using tape first is a smart move because it gives you a chance to make changes before committing to the final layout. Once the path is confirmed and tested, the fiber can be glued down for a much cleaner finished result.
After installation, the network tester confirmed a valid IP address and a 1 Gbps link. The finished setup showed roughly 1.1 Gbps, which is slightly above the nominal rating of the included media converters. The kit is designed for 1 Gbps operation out of the box, but it can also be upgraded with compatible 10G SFP+ BiDi modules for users who want higher throughput later.
| Strength | Why It Matters |
|---|---|
| Easy setup | The media converters are simple to connect, making the system approachable even for people who are not fiber experts. |
| Clean appearance | The ultra-thin fiber can be hidden so effectively that it is nearly invisible once installed. |
| Solid hardware | The review found the included equipment and cable quality to feel well built rather than flimsy. |
| Upgrade potential | The ability to move to 10 gigabit hardware later gives the system more long-term flexibility. |
The kit performed well overall, but there were a few limitations. First, the included hardware tops out at 1 Gbps, which may disappoint users who already have multi-gig internet service. Second, the supplied tape dots and adhesive may not be enough for longer runs. Short installations should be fine, but a more generous supply would make longer installs easier and less frustrating.
For anyone who needs wired Ethernet in another room but cannot easily fish cable through the walls, this is a very practical solution. It delivers the stability of a wired connection while keeping the installation visually clean. The best fit is a home where appearance matters, wall access is difficult, and a standard Ethernet cable would be too noticeable or too invasive to install.
It is not the cheapest way to extend a network, and the included converters are limited to 1 Gbps, but the convenience and finished appearance are the real selling points. If your priority is getting Ethernet where you need it without tearing into the house, the InvisiLight Home Fiber Kit is an impressive option.
I have hidden my Ethernet right out in the open, and I bet you cannot see it. In this video, I am going to show you exactly how I pulled this off.
This invisible cable runs all the way from our living room to our kitchen desk area. I have always wanted wired Ethernet in our kitchen, but all the walls in our kitchen have fire blocks, which makes the wire drop process difficult.
To make our Ethernet invisible, the solution is to run fiber, but not just any fiber, because fiber can be quite large. This solution works because the fiber we are going to use is very tiny and can be hidden along baseboards, door jambs, or corners of walls, which makes it pretty much invisible. Also, if you want to run the fiber through a wall, it only requires a tiny hole.
To pull off this invisible fiber run, we are going to use a home fiber kit from a company called InvisiLight. To be clear, InvisiLight did reach out to me for an honest review of their home fiber kit.
So, who is this fiber kit actually made for? If you want wired Ethernet in one of your rooms, but you do not want to damage the walls or go into the attic, then this is the solution. This home fiber kit is priced at $249, and we will see if it is worth it. Make sure to watch until the end of the video, because I will tell you what I like, what I do not like, and what may need to be improved.
This fiber kit will run speeds up to 1 Gbps with the included fiber and converters, but the fiber cable is the secret to this installation. This fiber cable is 600 microns, or 0.6 mm thick, which is very tiny. It is a G.657.B3 bend-insensitive single-mode fiber cable, which means it is very flexible. You can even tie it in a knot.
This fiber kit includes two 1 Gbps media converters with power supplies. Each converter connects to one Ethernet cable, which is provided, and then the fiber cable runs from one end to the other. This connects both ends together for a run of up to 131 feet, which is plenty for most homes.
The kit also includes two Ethernet cables, mounting tape, mounting glue, and a tool. If you are going to run the fiber through a hole in the wall, it includes the needed parts for that as well. One more thing to note is that if you want to run 10 gigabit instead of 1 gigabit, you can purchase a pair of 10G SFP+ BiDi transceiver modules separately.
I have broken this video down into chapters so it is easy to find areas to rewatch or skip. Let us get to the installation.
Before we install the kit, we need to have a plan. First, decide what room or area needs Ethernet. In my case, it is the kitchen desk, which will be the endpoint. Next, determine the starting point. Will it be a router, modem, or switch? For my setup, it will be a switch under the TV because that area already has Ethernet installed.
Now comes the most important part of the installation: planning the route from one media converter to the other. Our starting point is by the TV, where we have a switch with internet access. From there, we are going to run the fiber cable to the desk area.
The plan is to route the fiber along the baseboard, behind the couch, up the sliding glass door casing, across the top, down the other side, along more baseboard, around the corner, and finally up the cabinet to the kitchen desk.
Before you begin, remember that you need a starting point, an endpoint, and a clear plan for how to get between them. The best places to hide the fiber are along baseboards, trim, casings, and doorways when needed.
Once you have a plan, you can start the installation process. The next step is to set up both media converters, one at each end of the run.
The first thing we are going to do is plug the first converter into power. The power brick is a little large, so it takes up more outlet space than I would like, but once connected, we can confirm that the unit has power.
Next, connect the provided Ethernet cable from the network switch to the media converter. Then set up the second media converter the same way by powering it on and connecting an Ethernet cable.
Now we can connect the fiber cable. Make sure to connect the thin fiber cable to the correct side, since the thicker fiber lead connects to the other media converter. Snap the fiber connector into place.
At the destination point, I used double-sided tape to secure the media converter to the wall so it would not move when plugging in or unplugging Ethernet cables.
Next, we install the fiber module. I mounted the box below the switch location in the living room. The box attaches with two screws and is mainly designed to store excess fiber that is not needed for the run. You do not have to install it if you do not want to, but it helps keep the finished setup cleaner.
The included wall anchors were not great. They bent when I tried to hammer them in, although I eventually got them to work. Once the box was mounted, it was time to install the fiber cable.
This is a two-part installation. First, install the entire fiber run using tape only. That gives you the opportunity to make changes before permanently securing anything. Apply tape every 1 to 3 feet and at all corners. Keep the fiber tucked into the corners of the baseboards so it almost disappears.
InvisiLight supplied one sheet of tape dots, but it was not enough for this longer run. For installations like mine, at least three sheets would be more useful. Once I ran out of the blue tape dots, I switched to masking tape, which worked fine as a temporary backup.
Running the fiber across the sliding glass door casing was not difficult. Since that area is already hard to see, I decided to tape it there without gluing it down. Overall, the fiber cable was surprisingly easy to work with, and I had no major issues routing it through the planned path.
Once I reached the final stretch, I ran the cable all the way to the fiber module and installed the fiber spool inside it. Make sure to leave enough slack so the fiber can connect to the media converter without being pulled too tightly.
The home fiber kit includes an alcohol swab to clean the ends of the fiber tips. After cleaning them, snap the fiber into place and the main connection is complete.
Before gluing anything down permanently, I wanted to test the connection first. I plugged in my network tester from NetAlly, confirmed that we had an IP address, and verified a 1 Gbps link speed. Everything was working properly.
Now it was time to glue down the fiber. According to the directions, you want to run a small bead of glue in the corner of the baseboard or wall, then use your finger to press the fiber into the glue.
I have to admit that this part was messy, and I should have worn gloves. Still, the process itself was simple and straightforward. My only issue was that there did not seem to be enough glue, just like there was not enough tape. Maybe I used too much, but extra glue and extra tape would have been nice.
After gluing down all the fiber, I waited about four hours and then peeled off the tape. The finished product looked excellent, and the fiber was almost impossible to see.
The fiber kit is now fully installed, and we are currently getting 1.1 Gbps, which is slightly faster than the maximum rated speed of the included kit. That is pretty impressive.
Now let us talk about what I like, what I do not like, and what could be improved.
The first thing I like is the ease of setup and installation. The process is very simple. The only part that takes real effort is laying down the cable, taping it, and gluing it in place. Setting up the media converters is extremely easy.
The second thing I like is the hardware quality. The kit feels solid and well built, and the fiber itself appears to be high quality. Nothing about it feels cheap.
The third thing I like is that the setup can be upgraded to 10 gigabit speeds, which is excellent for future flexibility.
As for the drawbacks, I was hoping the included setup would be faster than 1 Gbps because I have a 2 Gbps fiber connection. This kit does not fully maximize that connection, which is a bit disappointing.
The other issue is that there was not enough tape or glue included. For shorter runs, that may not be a problem, but for longer runs like mine, it definitely becomes an issue.
Other than that, for $249, it is a very good deal. If you need a wired connection in another room but cannot access the walls, attic, or ceiling, this is a great option.
Thanks for watching. Make sure to like, share, subscribe, and comment, and I will see you later.
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