Fibre or Starlink:
which one suits me?
The honest comparison is short: if fibre reaches your address, choose fibre. Starlink exists for the addresses it doesn't reach, and there it isn't competing with fibre but with having no internet at all. What matters is knowing which case you're in before you sign anything.
By Ismael Vázquez, founder and technician · Published 26 July 2026
It's not which is better, it's which one you have
Almost every comparison of fibre and Starlink starts with speeds. That's the factor that decides the least.
Fibre and Starlink aren't competing for the same customer. Fibre is a cabled connection with steady bandwidth and low, consistent latency; Starlink is low-Earth-orbit satellite internet, far better than traditional satellite but subject to a medium that fibre doesn't have to deal with: the air, the weather and the load on whichever cell you happen to be in.
So the useful comparison isn't "which one is faster" but what situation you're in:
If fibre reaches your address, the answer is fibre. There's no caveat that changes that: it's more stable, cheaper to maintain, doesn't depend on the sky and its upload is symmetrical.
If it doesn't, Starlink isn't competing with fibre: it's competing with a 5G signal that may not reach you either, or with having no proper internet at all. And there it wins comfortably.
The interesting case is the third one: fibre has been announced but not rolled out. There Starlink is a bridge, and the decision becomes a contractual one rather than a technological one: how long a minimum term you're signing up to and what it will cost you to leave when the connection finally arrives.
How they really differ
Both give you internet. They don't behave the same way.
Fibre
A cable right into your building. Low, stable latency, symmetrical upload and bandwidth that can be contracted as guaranteed. Unaffected by weather or orientation. It needs a network already rolled out in your street and an indoor installation. It's the foundation for offices, servers, VoIP telephony and heavy remote working.
Starlink
A dish with a view of the sky. It can be deployed where there's nothing, with no civil works and no waiting for an operator. Latency is pretty good for satellite, but more variable than fibre, and upload is more limited than download. It depends on having a clear cone of sky and on the load on the cell.
The six checks we carry out
In this order. The first one settles half the cases without needing to look at anything else.
Coverage at the exact address
Not by street or postcode: by number and floor. On industrial estates, in scattered developments and at rural farmhouses, two doorways on the same street can get different answers. This check is free and decides most cases.
Whether a rollout is planned
If fibre has been announced for the coming months, the recommendation changes: Starlink as a bridge, with no long minimum term. If there isn't even a date, Starlink as a stable solution.
The cone of view to the sky
This is the factor that ruins the most installations. You need to find a spot with a clear sky in the direction the dish requires, and check that it isn't blocked by a tree that happens to be pruned right now or an eave that casts a shadow in winter. It's checked before buying, not after.
Where the cable comes in
From the dish to the router there's a real cable run through the façade or the roof. In a farmhouse it can be long and dictate where the equipment goes. It's the item most often forgotten when quoting and the costliest to redo.
What goes up, not what comes down
If your use is browsing and watching video, download is what counts and either option will do. If you push backups to the cloud, make video calls or have cameras recording off-site, look at the upload: that's where fibre pulls furthest ahead.
Power at the dish
The dish needs a power supply wherever it's mounted. On a roof with no socket nearby, that's another cable run. And if the site suffers frequent power cuts, a small UPS stops you losing the line precisely when the power goes.
What we recommend in each case
Six situations we regularly come across in the Vallès Oriental and the farmhouses around it.
| Situation | Recommendation | Why |
|---|---|---|
| Flat or shop with fibre available | Fibre | No contest: more stable, cheaper to maintain |
| Farmhouse or isolated home with no fibre or decent 5G | Starlink | It's the realistic option, and it works |
| Fibre announced, not yet rolled out | Starlink as a bridge | No long minimum term: when the connection arrives, you switch |
| Industrial unit with fibre at the door | Fibre, with backup | The backup can be Starlink precisely because it doesn't share the terrestrial network |
| Building site or temporary installation | Starlink or 5G | Speed of deployment rules; if mobile coverage is good, 5G is simpler |
| Second home used occasionally | Depends on use | If it's the odd week here and there, weigh up the cost of the line sitting idle the rest of the year |
Three things worth knowing beforehand
None of them is a problem if you know in advance. All of them are if they crop up on installation day.
Speed depends on the cell, not just the plan. Starlink shares capacity by area: performance in an area with few users isn't the same as in a saturated one, and it can change over time as more customers join. It's a fundamental difference from fibre, where your bandwidth can be contracted as guaranteed. If your use is critical, ask about guaranteed bandwidth and the fault-repair commitment: fibre offers that, and satellite doesn't in the same way.
The installation is half the result. A well-aligned dish with a clear sky gives noticeably better service than the same dish put wherever was easiest to reach. And when the problem appears, it doesn't look like a mounting problem: it looks like random dropouts that nobody can explain. That's where it makes sense to have it installed by someone who'll come back if it doesn't work.
What's indoors still rules. An excellent line with poorly distributed Wi-Fi feels just as slow as a bad line. In large houses and farmhouses — exactly where Starlink makes sense — the indoor distribution is usually the real bottleneck, and that's solved with a properly installed network and Wi-Fi, not by switching operator. If you don't know how many access points you need, we cover it in how many mesh Wi-Fi nodes you need.
If you'd rather skip all this: give us the exact address and we'll tell you what reaches it, what doesn't and what we'd recommend. It's free and can be sorted in a single phone call.
What people usually ask
Is Starlink better than fibre?+
No, and that isn't the right question. Fibre is more stable, has lower latency and doesn't depend on the sky or the weather: it is simply better technology where it exists. Starlink solves a different problem, which is providing decent internet where there is neither fibre nor a reasonable terrestrial alternative. There it isn't competing with fibre; it's competing with having no connection, or with relying on a mobile phone as a router. The confusion comes from comparing the two as if they were interchangeable at any address, when in reality availability decides ninety per cent of the case before you look at any other variable. If fibre is available to you and you keep ruling it out in favour of Starlink, it's worth asking why: usually it's because nobody has properly checked the real coverage, or because the decision was made with data from a different address on the same street. Check first, decide afterwards.
How do I know whether fibre reaches me?+
Fibre coverage isn't a fixed figure, nor something you can look up on a generic map and take as gospel: it depends on whether the operator has run cable to your particular building, and that changes street by street and even number by number. On industrial estates and in scattered residential developments it's common for one building to have fibre and the one next door not to, simply because the rollout got that far and stopped. The only reliable check is to look up coverage for the exact address, with several operators if necessary, because they haven't all reached the same point. Asking by postcode won't do, and neither will assuming you're covered because a neighbour is: your own number has to be verified. We carry out that check free of charge before recommending anything, precisely because we install both technologies and gain nothing by overstating the coverage of one over the other.
Is Starlink good enough for working from home?+
Yes, for normal office use: video calls, email, cloud applications and browsing work well most of the time. What changes compared with fibre is consistency: Starlink's latency varies more because it depends on which satellite is serving your dish at any given moment and on how busy the cell is, so in a long meeting you may get the odd micro-dropout or a momentary frozen picture that wouldn't happen on fibre. Most video-calling tools absorb this without it being too noticeable. Where it does show is in applications that demand a constant connection with no margin, such as heavy use of VoIP telephony, remote desktop all day long or remote control of machinery: there, a half-second dropout really does matter. If your work is of this second kind and fibre is available, fibre avoids a problem that exists with Starlink, however infrequent.
Do I need a clear view of the sky?+
Yes, without exception: the dish needs to see a wide portion of sky in the direction of the satellites assigned to it, and any obstacle in that cone cuts the signal for as long as the obstruction lasts. What determines whether a spot will work isn't the height of the roof in the abstract, but what surrounds it right now and what will be there in a few years' time: a young tree that isn't in the way today may block the view once it grows, and a building put up on the plot next door may cut off an angle that is clear today. That's why the mounting point is decided with a real check on site, not worked out from a plan. The symptoms of a poor location don't look like an installation problem: they look like random dropouts that come and go, and that leads many people to think the service is failing when what is actually failing is where the dish has been put.
Can I have Starlink as a backup to fibre?+
Yes, and in businesses where a fibre fault means grinding to a halt it's one of the most sensible combinations there is. It's set up with a dual-WAN router that detects when the main line goes down and switches to Starlink automatically, without anyone having to step in. The advantage over building the backup with a 5G SIM lies in genuine independence: a fault in the local fibre network, or an outage that also affects nearby mobile masts, can leave you without both if they share terrestrial infrastructure. Starlink doesn't rely on that same network, so the failure would have to be far wider to take both down at once. The cost of this redundancy should be weighed against what each hour offline costs you: in an office with a handful of staff it may not be worth it; in a business that takes its revenue online it almost always is.
Can the dish be moved somewhere else?+
Yes, the dish itself can be taken down and relocated without any technical difficulty. What doesn't move so easily is the check that made it work where it was: the new spot needs its own clear cone of sky, and you can't take that for granted just because the previous location worked well. The cable route to the router also changes, and it may be longer or pass through different parts of the house or warehouse, which affects how the mount is fixed and where the line is protected. If you know in advance that you'll be moving it, for example because of planned building work or a change in how the building is used, mention it when planning the initial installation: sometimes it's worth running an empty conduit or choosing a mount that makes the move easier, and that's far cheaper decided beforehand than improvised afterwards.
What happens when it rains or snows?+
There can be occasional degradation, yes, but not in just any rain: what really has an effect is heavy precipitation, not the ordinary rain of the Vallès, which barely shows in the service. What is a genuine problem is snow settling directly on the dish, because it physically blocks the signal in a way that rain doesn't; that's why the dishes include a heater that melts it as long as there's power. A severe storm with a lot of water in the air may be noticeable for the few minutes it lasts, with some drop in speed or a brief dropout, just as happens with any radio link. Outside those occasional episodes, everyday performance doesn't depend on the weather. If your location has winters with frequent snowfall, it's worth making sure the dish has a stable power supply, because without it the heater can't do its job.
And if fibre arrives later on?+
Then the sensible thing is to switch, and it's a common scenario: there are parts of the Vallès where the fibre rollout is advancing street by street while someone has already had Starlink running for some time. That's why, if fibre has been announced for your address but not yet rolled out, it's important to look at the terms of the Starlink contract before signing, specifically how long a minimum term you're taking on and what it will cost you to cancel if fibre arrives sooner than expected. There's no point tying yourself into a long commitment when the solution you're buying is, by definition, a bridge to something else. When the time comes to switch, the fibre installation is usually quick because you already have an internal network in place; all that changes is the line coming into the house or warehouse. That's a good moment to check whether the indoor distribution is still adequate for the new bandwidth.
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