Looking for ways to improve your father's internet speed. Coax and cable boosters can enhance signal strength.
Looking for ways to improve your father's internet speed. Coax and cable boosters can enhance signal strength.
You can transport power and a fiber optic link into his property, along with a compact ethernet-to-fiber adapter inside a box where they deliver the internet. At his home, install another adapter to transform it back into ethernet... and you can connect it to a router to generate several ethernet ports. For instance: 39$ – media converter from ethernet to SFP+ port (where you insert a transceiver): https://www.fs.com/de-en/products/17237.html 11$ – 1000BASE-SX SFP Transceiver Module (SMF & MMF, 1310nm, 2km, LC, DOM) – supports up to 600 meters on multi-mode fiber, up to 2000 meters on single-mode fiber, LC dual connector: https://www.fs.com/de-en/products/29848.html You’ll require a pair of these at each fiber endpoint. Each consumes about 3 watts. Whatever the internet service delivers to the box won’t exceed roughly 10–20 watts. It’s modest enough that you might just run 800 meters of standard AC cable... at 50 watts you’d get around 95 volts AC at the end, which is sufficient for power adapters that typically switch between 80V and 250V AC (the fiber adapter converts AC to around 5V for 1A). If you prefer, you can obtain an isolation transformer to raise your voltage from 115V to something like 130V AC and add extra protection, such as for lightning safety on the power line between the house and the rest. For example: 80$ for 110V → 90, 100, 110, 115, 120 & 130VAC (multiple outputs) – 100VA: https://www.digikey.com/product-detail/e...-ND/455367 100VA suits about 50–60 watts. A 250VA model costs around 140$: https://www.digikey.com/product-detail/e...-ND/455468. Another choice is a solar panel sized for winter performance and capable of generating more than the converter needs (to run it for 1–2 days during cloudy or snowy periods), paired with a large 12V battery. Regarding fiber, roughly 800 meters (about 2600ft or 792 meters) of outdoor fiber (two fibers) will cost around 920$: https://www.fs.com/de-en/products/29584.html They provide LC connectors ready to use.
Cable modems function within certain limits. If the signal deviates from these limits, problems may arise. Consider setting up a small enclosure near the property entrance to store the equipment. The cable co can place their service there, and then connect via fiber to the house. I don’t believe a booster will help. The coax only transmits so far, and we lack information about the nearest amplifier location or the number of amplifiers between the property and the fiber node.
In addition to fiber, there are converters that transmit signals through a pair of copper wires, essentially modulating the signal as ADSL or VDSL. For instance, this device supports speeds ranging from 17mbps over 1500 meters to 100 mbps up to 300 meters. StarTech.com offers a VDSL2 Ethernet Extender Kit designed for single-pair wiring, delivering 10/100Mbps over up to 1.5km LAN networks with ESD protection. It connects via standard RJ11 connectors and a twisted pair of AWG24 wire. You can purchase outdoor-rated twisted pair cables for approximately 200$ per 300-meter spool, requiring three spools in total. Including device costs, fiber becomes increasingly attractive, especially given its potential to reach 1gbps.
What’s the fastest satellite connection you can find nearby? For instance, Hughesnet in the US offers at least 25Mb/s internet.