Affordable Arc Fusion splicers available online or at hardware stores.
Affordable Arc Fusion splicers available online or at hardware stores.
The issue centers on compliance and rules surrounding the installation and operation of fiber infrastructure. Ownership of utility poles is determined by local authorities, not just the service provider. Fees may apply to the FCC or state governments, and sales tax could be required depending on jurisdiction. Contracts with municipal or regional bodies are often necessary. Bandwidth sourcing involves additional considerations, and costs can vary based on location and agreements. Visual documentation of setups would be helpful for review.
The main resource needed for this task is currently too costly. There’s no likelihood Op has the funds to purchase the land required for trenches, the necessary equipment, or the permits. Even if it did, the system remains offline and lacks internet connectivity.
The pole mounts proved challenging with the Public Utilities Commission, who insisted we transition to a CLEC model to gain approval. They were polite. I’ve installed more than a mile of 48-core Corning SMF28 Ultra cables in SDR9 conduit on our hillside and linked them via fiber to a nearby business. There, I secured a dedicated fiber port with ILEC at $1300 per 250Mbps symmetrical SLA, including 62 IPv4 addresses and a /48 IPv6 block. The uplink is mostly powered by an Ubiquiti hotspot with ten access points; since October 2018, this has averaged about $1100 per month. All connections use fusion splices made with an EasySplicer MKII I purchased from the company owner in Sweden. It’s V-Groove, but the fiber is precisely aligned—loss is minimal on a two-kilometer run with intermediate splices and connectors under 3dB. The setup includes SMF, LC/UPC, BiDi SFP in 1310/1550nm, Mikrotik routing, and CPE.
The ILEC initially quoted $35,000 for fiber to the business, but construction delays pushed back service until they offered a 3-year contract at no upfront cost. On our side, 8000 feet of 48SMF cost under $5,000 and 5000 feet of SDR9 HDPE conduit was under $4,000. We managed the spools with a backhoe. We dug roughly 30-inch deep trenches about halfway through rocky terrain, ensuring no conductive materials or grounding were needed—just flat marking tape overlays.
We supplied free connections to properties we needed to cross. Since the next best option was 6Mbps Terrestrial Wireless at $110/month, it wasn’t a tough decision. Arc fusion splicing is straightforward with a modern splicer; most effort goes into fiber preparation and organizing the splice box—we used Coyote brand, which was very user-friendly.
I’d suggest this method to anyone willing to put in the work. It performs exceptionally well. Within a year or two we’ll upgrade to 500Mbps (about $1800/month) and eventually Gbps (around $2200/month). Though we’re not a highly profitable ISP, we’re just a group of content creators who appreciate our service.