When there's no fibre for miles, "just get broadband" isn't an option. But there's rarely a single right answer either — the best remote-site connectivity is usually a considered mix of bearers chosen around what your site actually needs and what's physically available. Here's how the main options stack up.
Satellite (Starlink / VSAT)
Low-earth-orbit satellite — Starlink in particular — has changed the game for remote sites, delivering tens to hundreds of Mbps almost anywhere with a clear view of the sky. It's quick to deploy and largely location-independent.
Watch for: you'll be behind CGNAT by default, which breaks inbound remote access until you add a static public IP. Obstructions (trees, masts, structures) matter, and heavy weather can affect performance. Great as a primary bearer where no fixed line exists.
4G / 5G cellular
Where there's decent mobile coverage, 4G/5G is fast to stand up and makes an excellent primary or backup bearer. With the right external antenna and mounting, you can pull a usable signal from surprisingly weak coverage.
Watch for: real-world speed depends heavily on the mast, distance and antenna position — not the coverage map. Like satellite, cellular is usually CGNAT'd. Measured signal (RSRP/SINR) from an on-site survey beats guesswork every time.
Fixed wireless / point-to-point
If there's a fibre-connected building or mast within line of sight, a point-to-point wireless link can backhaul a fast, low-latency, uncontended connection to your site — often the best "fibre-like" option where digging fibre is impossible.
Watch for: it lives or dies on clear line of sight and clean spectrum, which is exactly what a wireless survey confirms before you commit.
Fibre
If you can get it, fibre is the gold standard — but on genuinely remote and renewable-energy sites it's frequently unavailable, or the install cost and lead time are prohibitive. Worth checking; rarely the whole answer.
The real answer: the right mix, measured first
For most operational sites we design a multi-bearer solution — a primary bearer with automatic failover to a second, independent one — so a single fault never takes the site offline. Which bearers make sense depends entirely on the location, which is why we start with a site survey: measured signal, line-of-sight and viable options, so the design is built on facts rather than a coverage map that's optimistic at best.