Extended connectivity with visible path clarity
Extended connectivity with visible path clarity
I’m working on planning my own home, which will likely sit on a hill with a clear view of the next settlement about 10 to 15 kilometers away. A major issue is the lack of reliable internet. There’s no 3G coverage here, so connectivity is very limited. Another concern is power usage—using services like Starlink means I’d need extra solar panels and at least 48 hours of backup battery. I have three choices but want the most affordable one. Long-range dish networking (4G, WISP, or self-hosted) seems like a possibility, though I don’t know where to start looking. Starlink should be available in this area once construction begins next year. Paying for a mobile network ISP to boost their towers would be a big hassle with many permits and high costs. Right now I’m just evaluating my home design options, as the location remains fixed and I’m focusing on remote placement.
A YT channel managed by two globetrotters on an RV recently adopted Starling. The host is quite technical, so he made several adjustments to the gear—purchasing a second router-to-antenna cable and swapping parts until he switched to the Starlink router. Now the antenna is detachable, using a custom cable from an external port to the dish. The connection from the power outlet to the antenna has been modified to match standard TIA 568B specifications (for different ISPs, it uses a PoE network cable). It then passes through a PoE injector that activates on demand, feeding into a Mikrotik router firewall as a regular PPPoE wan. He gathered plenty of online resources to set this up. With these changes, he stopped using the 24/7 inverter for the Starlink router (though it remains available if needed). He manages several wireless LANs from various devices, following the network rules set by the router—ensuring smooth integration with another WAN source like a 4G adapter with a booster. This configuration eliminated many power waste issues. Still, the Starlink antenna consumes a lot of energy and generates heat.
I don’t understand 4G well. I worked at a WISP for a while and think I’m comfortable with Wireless PtP and PtMP gear, especially Ubiquity. I can try to help with any questions you have. Power use varies by radio model—many consumer devices are rated around 24V 0.5A (~12W). It depends on the speed you need. I can’t recommend a WISP since I’m not sure where you live. They should appear on local directories. I’m unclear about self-hosted setups—I assume you’d be managing your own ISP. Reselling connections is usually costly. We spent nearly 2k per month for our 1Gb ATT link. The closest alternative might be Starlink if there are no nearby WISPs. That seems like a likely choice for me.
the expense of burying fiber might not be extremely high when contrasted with constructing a home, but opting for an off-grid setup could make satellite options more practical. you could potentially extend your 4G coverage using a dish antenna, though reliability depends on weather and any nearby construction that might interfere. ultimately, every solution will have its challenges, otherwise the area would already be occupied.
Consider implementing a WAN load balancer. It can manage two separate WAN connections from various ISPs and provide a unified IP address to the network. The device translates traffic, allowing continuity if one connection fails. It also performs dynamic load balancing. The concept combines Starlink with a cellular network.
I follow your preferences closely. I’ll share some of my experiences. Cell Boosters are the simplest option, but if there’s no 4G signal on your property, a booster won’t help much. By their nature, they require some signal to function properly. I own one mounted on top of a 12M mast attached to my house, yet even at that height, the signal remains weak—my phones only work close to the internal antenna. Starlink seems like the top choice, though its reliability is limited. Regarding power setups, my current setup uses Ubiquiti equipment: one radio inside the house and another on a hill 2 kilometers away. The hill has a 4G router feeding internet over a 2km hop; speeds are decent but dependable. My end device runs on 150W solar with a 60AH 12V battery. I’ve tried linking to a nearby city using dish antennas, but the 32km distance required a tall, sturdy tower—your location is closer, so it might work better. Just wander around your area with your phone and try to find a spot with solid 4G coverage; if not, Starlink would be the easier path.