Configurating a distant internet connection
Configurating a distant internet connection
You can explore several methods to extend your high-speed internet from your main house to the mini-home. Options include installing a fiber optic cable, using a high-capacity wireless solution like a 5G or fixed wireless provider, or setting up a satellite connection if coverage is limited. Each method has its own setup time and cost considerations.
Fiber can be extremely affordable... you can purchase around 150 meters (or more) of outdoor single-mode fiber for less than $100, complete with pre-installed connectors. After that, you only need a few media converters—one at each end—and possibly transceivers if the converters lack them. This setup typically costs between $20 and $30 per converter, and $8 to $15 per transceiver when needed. Here are some generic converters without built-in transceivers:
- Example: TP-Link Ethernet Converter (supports MC220L) – https://www.amazon.com/TP-Link-Ethernet-...B003CFATL0
- Example with SC connectors: Gigabit Ethernet Converter 1000Base-LX – https://www.amazon.com/Gigabit-Ethernet-...B06XZ6CV6W
- Example with pre-installed LC duplex transceivers: MokerLink Converter – https://www.amazon.com/MokerLink-Convert...B09MYXDCWL
- Example with single-mode fiber and LC connectors: Threlaco Outdoor Converter – https://www.fs.com/products/11775.html?now_cid=81
- Example with pre-installed single-mode transceivers: Waterproof Extender NICGIGA – https://www.amazon.com/Waterproof-Extend...B0C1B9444K
You can also find switches or repeaters that support Power Over Ethernet, allowing you to transmit power via the same cable as data. For instance:
- Powered switches with Ethernet ports and built-in power: https://www.amazon.com/TRENDnet-Ethernet...B00BK4W8TQ
- Repeaters that extend reach: https://www.amazon.com/Outdoor-Fiber-Dup...B0B5N7NWV9
An Ethernet cable with power delivery can be used up to 30 watts, and you can attach it to trees or poles as needed. Adding a PoE injector lets you convert standard Ethernet cables into PoE cables, enabling power delivery through the same Ethernet line. This approach can help cover longer distances without separate power lines.
I connect with an Ubiquiti point-to-point antenna between the two homes and achieve gigabit speeds consistently. It's remained very reliable for roughly three years.
You can connect wirelessly with solid performance, especially if you're comfortable bending rules. NanoBeam AC offers good wireless options. For a more reliable setup, consider fiber optics—there are affordable switches and modules available online that support 10G speeds. Adding durable wiring can boost your link to 150 meters for a reasonable price.
In the United States, breaking these rules can lead to a $45,000 penalty from the FCC.
Every offense isn't punished when you remain undetected. Minimize your legal exposure, focus on precise signals, and operate within 100-200 meters where detection by anyone using standard frequency equipment is nearly impossible.
I'm not a legal professional nor an FCC authority, but individuals should consult FCC guidelines for their particular long-range Wi-Fi use. My previous understanding suggested different transmission rules existed for general access points versus point-to-point setups. Consumer routers and APs have maintained consistent power levels since Wi-Fi 4 or 5, with improvements mainly coming from new frequency bands (such as 6 GHz) or enhanced modulation techniques (like QAM 1024). This explains why devices like the Nanobeam 5AC can achieve FCC certification. If any configuration or modification leads to non-compliance, you're responsible for ensuring adherence.
Look guys, i do agree with you, there is 100% no reason to "hack" and use licensed frequency, especially if there is little noise. I have done this only for specific scenario involving 40cm concrete foundation i had to go trough. Also for fun, but short term - just "to see" with WRT841V9 boosted to 1W via NVRAM hack and some 9db antennas,