Optimal way to deliver internet connectivity to a residential workshop shed
Optimal way to deliver internet connectivity to a residential workshop shed
You're evaluating options for connecting your home office shed to an underground power system. You're weighing direct buried Cat6 cabling with its drawbacks against wireless PTP solutions like Ubiquiti Gigabeam or Nanostation.
Beyond the issues you mentioned—water ingress, tree roots, and rodent damage—the other factors to consider include:
- **Power reliability:** How consistent is the underground power supply? Are there any known outages or voltage fluctuations?
- **Security:** Is the wireless link secure enough for sensitive data transmission?
- **Future expansion:** Will your network needs grow significantly over time?
- **Installation complexity:** How much digging and labor will be required, and what tools or expertise do you have?
- **Cost comparison:** Include not just the equipment but also installation labor and potential long-term maintenance.
- **Environmental impact:** Any local regulations or restrictions on underground cabling in your area?
Consider testing a short trial run with wireless before committing fully.
Powerline adapters once had poor quality but now offer stable, high-speed connections up to several gigabits per second. For optimal results, connect both devices on identical circuits during expansion. If durability is key, consider MoCA as a more robust option.
I would place the cable inside a conduit. That way, if it breaks, you can simply remove and replace it.
Donut417 shared their experience. They faced a comparable issue and opted for a direct bury cable with extra safeguards. The cable was routed through a conduit, and they installed a 1-inch PVC water pipe for the conduit.