How are we going to do this?

The video documents Linus and the team tackling a high‑stakes internet challenge for an off‑grid cabin in British Columbia. The team starts by framing the problem: bringing a reliable internet connection to a remote, off‑grid location where traditional wired service is unavailable. They outline a plan to use a 60 GHz wireless link via a Ubiquiti airFiber 60 LR to span the sea, aiming for up to one gigabit per second while keeping latency low. The setup involves a pair of transmission points, one on the marina side and one at the Gambier House site, with careful attention to line of sight across roughly five kilometers of water. They also introduce a hardware haul, including a Unifi EdgeSwitch 10XP, Ubiquiti NanoHD AP, and the airFiber 60 LR, and discuss mounting strategies for a wall or deck installation. The early portion emphasizes the practical constraints of an improvised installation, such as limited time, the need to assemble components on a boat, and the reliance on a temporary LTE puck for initial connectivity while awaiting ISP provisioning. The middle section delves into the mounting challenge and the hands‑on work of installing the dish on a concrete wall. The team debates the best mounting approach, chooses a satellite dish mount, and wrestles with drilling into concrete using Tapcon screws. They demonstrate careful alignment using the included viewfinder to line up with the target across the water, and they grapple with some hardware issues like a stubborn mount hole and a precarious scissor lift. As they connect power over Ethernet through PoE, they explain the network topology: a PoE switch powers the airFiber units and the access point, which should deliver a stable, long‑range link once properly aligned. In the final stretch, the team performs real‑world testing of the link, showing both the uplink and downlink performance. They measure ping times near one millisecond and achieve sustained throughput well into the hundreds of megabits per second, with moments of peak around 800–900 Mbps in both directions. The on‑site testing highlights the importance of precise aiming and cable management, since even small misalignments can degrade signal quality. The video culminates with confirmation that the link is functioning and capable of meeting the cabin’s internet needs, while also sharing sponsor content and general reflections on the build process. The overall takeaway is that a well‑executed PtP 60 GHz link can deliver high speeds over a water barrier, making remote, off‑grid setups far more feasible and enjoyable.

Topics · technology · networking · diy · off-grid living