Improving Rural Internet Connection
Improving Rural Internet Connection
Residing in rural America, securing a low latency, high bandwidth internet connection can sometimes be quite challenging, particularly without DSL ISPs nearby. Many would opt for satellite internet, yet problems like very high latency, inconsistent bandwidth, and restrictive data limits persist even in 2019. However, I’ve discovered a promising solution with a company called 'Evdodepotusa'. They provide unlimited internet access to rural U.S. areas via 3G/4G connections. Although the current performance is better than satellite, it still feels suboptimal—maximum speeds reach around 10Mbps download and 1Mbps upload, with an average latency of 105ms. This would suit a single user with few devices, but when multiple people are online together, speeds drop significantly. I currently use a Yagi antenna on my property, aimed at the nearest cell tower about 6 miles away. A nearby tower from the same provider sits just 1.5 miles away on a hill, offering a clearer signal. My goal is to extend that signal underground using fiber, maintaining costs under $600–800. I’m open to sharing any extra details you might have to help me find a viable option.
In the project, construct a shed at your desired spot, connect power and fiber from the house, install the modem or router inside, and set up a new network with QoS traffic management on the internal side. Control all uploads to 150kbps and downloads to 2500kbps.
This seems like the optimal solution; you wouldn't need to rebuild your whole home network and might end up with double NATing.
In radio systems, proximity to the tower affects performance equally whether you're near or far. You risk being within the direct line-of-sight of the antennas.
An option without fiber is using Ethernet with coaxial adapters and BNC cables. For instance, this kit is priced at 300$. The StarTech.com product features Gigabit Ethernet over Coaxial Unmanaged Network Extender Kit, extending networks up to 2.4km. Another solution is the Ethernet to RG6 Coax Adapter Kit, which supports up to 1.5 miles (2.4km) of GbE over coaxial networks. These kits are useful for remote or heritage sites where installing new cabling isn't feasible. You can purchase compatible coaxial cables in bulk for around 150$. Power requirements at the receiving end are manageable due to low current usage. A practical advantage is the ability to easily replace damaged sections without extensive repair. With fiber, repairs would involve sourcing new strands or welding ends, which is costly and complex. Fiber options can be customized online, with shorter lengths available for under 150$. Converters remain more affordable than fiber alternatives.
Here are some useful suggestions. Always choose cable suited for your needs. Direct-burial rated cables are better, even if they cost more. Saving money now won’t pay off if rodents damage it soon. You might find a Multimode OM1/OM2 fiber, 2 or 4 strands, rated for direct burial, around $1000 from sites like Lanshack.com. Make sure to include a media converter at both ends and power up the equipment. A "nano beam" setup with affordable Ubiquiti gear could also work. If you have someone with strong internet nearby—within about 60 miles—check their line-of-sight options.
Living in the countryside with cellular internet that’s costly and limited, plus the satellite option that feels overwhelming—I often feel desperate when I have to use it because canceling costs $800 for another year. I understand your plight. But no amount of complaining will change the reality of slow speeds in my area. As a HAM radio operator, I know how signals travel and behave. Just because you might see a direct line-of-sight from a nearby hill doesn’t guarantee better reception. Cellular arrays send signals in a specific pattern, and being close to another doesn’t improve your connection.
Moreover, if you don’t own the land you’re trying to reach, you’re entering legal territory that could cost you hundreds just to get a signal. I’ve learned a few ways out: either move to a place with better coverage, or look for someone nearby who has a strong signal and invest in wireless bridges—though those often clash with existing provider agreements. Another option is turning your old computer into a media server and buying lots of DVDs to download content yourself.
Let’s be honest—fast, reliable internet isn’t available everywhere. I’ve tried everything and found no viable path. The closest high-speed options are far away, and even if they existed, the installation fees would be steep. I’ve had to rely on satellite service that’s frustrating, plus the monthly charges add up. With water rights limiting new drilling, building local infrastructure won’t happen soon.
So I set up my property for cellular speeds and kept using satellite as a backup. I also installed a Plex media server and stocked up on DVDs. It’s not perfect, but it’s better than nothing.