Installing wireless connectivity in a garage located more than 150 feet away from the main residence.
Installing wireless connectivity in a garage located more than 150 feet away from the main residence.
Cat5e is already outdated, and I already have several of them around. If electricians spot them, they must remove them. They also tend to be quite fragile, and redoing a line run isn’t ideal. My issue is that I don’t recall any details about Cat6e specifications—does such a thing even exist? My best solution would be to bury Schedule 80 pipe below the frost line and run the cable through it for future flexibility. It’s costly, but safer.
Ethernet can reach distances up to 100 meters as reported. A power injector might help supply energy to a wireless access point or router via ethernet, especially if there’s no electricity available in the garage. An alternative, though pricier, is fiber optic cabling. Media converters are affordable—around 20-25 dollars each—for 1 gigabit per second devices using SFP modules (needs a transceiver) or SC connectors, with LC connectors as a backup option (or install LC transceivers). For instance, an example SC converter is available at https://www.newegg.com/tp-link-mc100cm/p...6833704015 and an LC model here: https://www.newegg.com/10gtek-wg-33-1gx1...003C-000W4. Outdoor cables can be purchased from companies like fs.com, which may customize them with your preferred connectors. For example, you can select om1 and set both connectors to SC duplex or LC, depending on the converter you choose. You can also find ready-made cables over 100 feet using common LC and SC connectors for as low as 30 dollars—such as the Tripp Lite Multimode Fiber Patch Cable (LC/LC) from Amazon. Indoor options are lighter and easier to install in open spaces, provided there’s enough clearance around obstacles like trees or poles. Some years ago, I used a steel wire about 1/16 inch thick to secure an Ethernet cable between two buildings on the second or third floor, spanning roughly 20 meters. I just needed to adjust tension so it stayed taut while allowing slight movement for seasonal changes.
I’d just purchase and test the power line adapters. If they fail, I’d return them unless you’re willing to dig a 150-foot trench first.
Powerline Ethernet offers a neat option if it functions properly. The setup depends heavily on the wiring arrangement. In my case, having a dedicated service line and meter makes it impractical. If the garage draws power from the main house, it likely connects to a different breaker. I think breakers are the main obstacle for Powerline Ethernet. Placing a breaker at each end of the cable would allow you to use only the intact section between the house and the garage. This setup seems feasible.
The cable you chose didn’t meet expectations. Back then the standard was 1 Gbps over 100 meters, now it’s 5 Gbps over the same distance. The person making the purchase was only halfway through the full specification length, so they should be fine without any problems. As the saying goes, quality matters—cheap options often lead to cheaper results, so invest in reliable cabling instead.