You’ve seen the adverts for gigabit speeds and “full fibre” broadband. Maybe your neighbours already got it, or you’ve spotted engineers pulling cable through your street in the last few weeks. Either way, you’re probably wondering what FTTP actually means for your home and whether it’s genuinely different from what you’ve already got.
Here’s the short version. FTTP means fibre-optic cable runs all the way to your front door, with no copper wire involved anywhere in the connection. That distinction matters more than most providers let on.
This guide covers the technology, UK availability, providers, costs and how to switch. If you’re curious about your current setup, you can test your current broadband speed as a starting point.
What Is Fibre to the Premises (FTTP) Broadband?
FTTP stands for Fibre to the Premises. In plain English, it means a fibre-optic cable runs from the telephone exchange all the way into your property. No copper wire at any point. You’ll also hear it called “full fibre” or sometimes FTTH (Fibre to the Home), particularly when referring to residential connections.
What makes this a big deal? FTTP can deliver download speeds of 1,000 Mbps+ (1 Gbps) and equivalent upload speeds. That’s roughly 30 times faster than standard “fibre” broadband, which usually tops out at around 80 Mbps. As of 2024, the UK’s average maximum download speed hit 223 Mbps, largely driven by growing FTTP adoption (Ofcom, 2024).
How Does FTTP Technology Work?
Fibre-optic cables transmit data as pulses of light rather than electrical signals through copper. That makes them faster, more consistent, and immune to electrical interference.
Here’s the journey your data takes: fibre runs from the provider’s local exchange, through underground ducting (or along telegraph poles), to the outside of your property, and then inside to an Optical Network Terminal (ONT). That’s a small white box, usually mounted on an interior wall near the entry point. The ONT connects to a router supplied by your ISP, which then distributes Wi-Fi and wired connections around your home in the usual way.
Because the signal never touches copper wire, you don’t get the speed drop-off that plagues FTTC connections. Your performance stays stable regardless of how far you are from the exchange.
FTTP vs FTTC vs Cable vs ADSL: What’s the Difference?
This is where things get confusing for most people, and providers haven’t helped. For years, ISPs have marketed FTTC connections as “fibre broadband” when they still rely on copper for the final stretch to your home. Frankly, it’s been misleading. Here’s how the four main UK broadband technologies actually compare:
| Technology | Medium Used | Max Speed | UK Coverage |
|---|---|---|---|
| FTTP (Full Fibre) | Fibre-optic all the way to the property | Up to 1,000 Mbps+ | ~83% |
| FTTC (Fibre to the Cabinet) | Fibre to street cabinet, copper to the home | Up to 80 Mbps | ~98% |
| Cable (Virgin Media HFC) | Coaxial cable from street node to the home | Up to 1,000 Mbps | ~58% |
| ADSL (Copper Only) | Copper telephone line throughout | Up to 10 Mbps | ~98% |
The critical takeaway: if your plan’s maximum speed is around 36–80 Mbps, you almost certainly have FTTC, not FTTP. That copper “last mile” is the bottleneck.
What Are the Benefits of FTTP Broadband?
FTTP delivers three core advantages over older technologies: speed, reliability, and symmetric upload performance. It also offers low latency (typically 8–15 ms), which matters more than most people realise, especially if anyone in your household games or video calls regularly.
Faster, More Consistent Speeds
FTTP speeds range from around 150 Mbps on entry-level plans up to 10 Gbps on premium gigabit packages. Crucially, these are consistent speeds. They don’t degrade based on your distance from the street cabinet or fluctuate during peak evening hours. With FTTC, a property 400 metres from the cabinet might get far less than the advertised 80 Mbps. With FTTP, what you’re sold is what you get.
Symmetric Upload Speeds: Why They Matter More Than You Think
FTTP offers symmetric or near-symmetric upload and download speeds. FTTC? Typically just 5–20 Mbps upload, even on an 80 Mbps download package.
This matters for everyday life now. Video calls on Teams or Zoom, uploading files to Google Drive or OneDrive, sharing photos to iCloud, online gaming, cloud backups. With hybrid working the norm for millions of UK households, upload speed isn’t a nice-to-have anymore. It’s essential.
Real-World Use Cases
- Streaming: 4K HDR on multiple devices simultaneously without buffering. Netflix recommends 25 Mbps per 4K stream, so FTTP handles several at once with capacity to spare.
- Remote working: Large file uploads, video conferencing, and cloud backup running at the same time without slowdown.
- Gaming: Low latency (8–15 ms) reduces lag. Modern game downloads can exceed 100 GB, so fast speeds make a real difference.
- Multiple devices: A typical UK household now has 10+ connected devices. FTTP handles that concurrent demand without congestion.
- Future-proofing: As 8K streaming, VR, and smart home tech grow, FTTP provides the headroom that FTTC simply can’t.
FTTP Rollout in the UK: Coverage, Providers, and Targets
The UK’s full-fibre rollout is one of the largest infrastructure programmes the country has seen in decades, with billions in government and private investment driving rapid expansion.
How Much of the UK Has Full Fibre Broadband?
As of March 2026, approximately 83% of UK homes (around 33.3 million premises) can access FTTP broadband (Thinkbroadband, 2026). Openreach’s FTTP network alone covers roughly 66.8% of premises, with alt-net operators reaching an additional 45.5%. When cable is included alongside FTTP, approximately 90% of UK homes can access gigabit-capable broadband.
Northern Ireland leads all UK nations with 93% of homes able to access full fibre (Ofcom, 2024). An interesting detail: 52% of rural homes with FTTP coverage have subscribed, compared to just 32% in towns and cities. That reflects pent-up demand in areas that suffered with poor connectivity for years.
Still, roughly 17% of UK homes don’t yet have FTTP access. If you’re in a rural or harder-to-reach area, that’s worth knowing.
Government Targets and the Project Gigabit Programme
The UK government’s Project Gigabit programme subsidises full-fibre build in areas that commercial operators wouldn’t reach profitably. The headline target: 99% of UK premises to have gigabit-capable broadband by 2032.
Ofcom projects up to 96% full-fibre coverage by approximately 2027, and has confirmed regulation over Openreach will continue until 2031 to maintain investment momentum. Meanwhile, the Broadband Universal Service Obligation (USO) entitles all UK homes to request a connection of at least 10 Mbps. FTTP obviously far exceeds that minimum. As for Openreach’s copper switch-off, it’ll only begin in areas where roughly 75% of premises have already migrated to FTTP, so the timeline varies by location.
Who Are the Main FTTP Providers in the UK?
The UK’s FTTP market has two tiers: network builders (who lay the physical fibre) and ISPs (who sell broadband over those networks).
- Openreach (BT): The UK’s largest FTTP network, covering approximately 14 million premises. ISPs selling over Openreach include BT, Sky, TalkTalk, Vodafone, Plusnet, Zen Internet, and others.
- Virgin Media O2: Uses HFC (cable) rather than pure fibre. Delivers gigabit speeds to around 58% of UK homes, but isn’t technically FTTP.
- CityFibre: Major alt-net building full-fibre in towns and cities across the UK.
- Hyperoptic: Full-fibre specialist targeting apartment buildings and urban developments.
- Gigaclear: Focused on rural FTTP.
- Community Fibre: London-focused full-fibre operator.
- Other alt-nets: Airband, Hey Broadband, Lit Fibre, Rise Fibre, Giganet, and others building in specific regions.
Which ISPs you can choose from depends entirely on which network has built infrastructure at your specific address.
What If FTTP Isn’t Available at Your Address Yet?
FTTP rolls out street by street. Just because a neighbour has it doesn’t mean it’s available at your property yet. If your area isn’t in Openreach’s build plan, a group of residents can register interest through their community fibre install scheme and potentially contribute to the cost of bringing fibre to the street. Rural properties may also be eligible for Project Gigabit vouchers worth several thousand pounds. You can check what broadband is available at your address to see where things stand right now.
How to Switch to FTTP Broadband
Switching to FTTP is simpler than most people expect. If you’re new to the process, our guide on how to switch broadband provider walks through every step.
Checking Availability at Your Address
FTTP availability is hyperlocal. You can’t assume it based on your postcode prefix or how close you are to a town centre. The quickest way to check is to use the Switchity postcode checker or visit Openreach’s website directly. If Openreach has built fibre to your street, multiple ISPs will typically be available, meaning you can compare on price, speed, and contract terms. One caveat: properties on new-build estates served by a single private network operator may be limited to one ISP, so check before committing.
Choosing the Right FTTP Plan
Think about what you actually need. For most households, 150 Mbps is genuinely plenty. Heavy users or those running a home office might want 500 Mbps or more. Check contract length (typically 18–24 months), monthly price, included equipment, and early exit fees. Most FTTP ISPs waive installation fees during promotions, but confirm before signing. The One Touch Switch process makes moving between providers straightforward, and you can read about your rights when switching broadband for extra peace of mind. Use Switchity to compare broadband deals side by side for your address.
What Happens on Installation Day?
An engineer runs fibre cable from the nearest connection point to the outside of your property, then inside to install the Optical Network Terminal (ONT). This small wall-mounted box converts the optical signal into an ethernet connection, which then links to your ISP-supplied router. The whole process typically takes 2–4 hours, and you’ll need to be home. If you’re in a flat or rented property, get landlord or building manager permission in advance, as external drilling or communal cabling may be required.
FTTP and Your Landline: What Changes?
FTTP doesn’t use a traditional copper telephone line, so your old analogue landline becomes redundant. Most providers offer Digital Voice (VoIP) as a replacement. Your phone plugs into the router instead of a wall socket, and calls are made over the internet. You can explore broadband and home phone packages to see what’s available.
The key thing to know: if your broadband goes down or there’s a power cut, your phone won’t work either. The old copper line was independently powered, so this is a genuine change. Households with vulnerable residents or those relying on a landline for emergencies should keep a charged mobile phone available. BT/EE’s Digital Voice service offers a battery backup option for some customers. Ask your provider about contingency options.
Common Misconceptions About FTTP Broadband
“Full fibre” is one of the most misunderstood terms in UK broadband, largely because providers spent years calling FTTC “fibre broadband.” Let’s clear up the biggest myths.
Myth: “I already have fibre broadband, so I must have FTTP.”
Reality: Most households with “fibre” have FTTC. If your maximum speed is around 36–80 Mbps, it’s almost certainly FTTC, not full fibre.
Myth: “FTTP is available everywhere now.”
Reality: About 83% of UK homes can access FTTP as of 2026. Always check your specific address.
Myth: “FTTP is much more expensive than standard broadband.”
Reality: Entry-level full-fibre plans (around 150 Mbps) typically cost £20–£35 per month. Gigabit plans range from about £40–£55. Often comparable to FTTC.
Myth: “If my neighbour has FTTP, I can get it too.”
Reality: Rollout happens at street level. Your neighbour’s connection doesn’t guarantee yours, particularly on long roads or in buildings served by different infrastructure.
Myth: “Switching to FTTP means losing my landline completely.”
Reality: You keep your number. It just operates as a VoIP service through your router, not a copper socket.
Myth: “Cable broadband is the same as full fibre.”
Reality: Virgin Media’s cable delivers comparable speeds but uses coaxial cable, not fibre-optic to the premises. It’s gigabit-capable, but not technically FTTP.
“One of the most common questions we hear from people comparing broadband deals is: ‘Is my current broadband actually fibre?’ The honest answer, for millions of UK households, is no, not yet. The distinction between FTTC and genuine full-fibre FTTP matters enormously for what you’ll actually experience day to day. At Switchity, we help people cut through the jargon and find the fastest, most reliable broadband available at their address, whether that’s full fibre today or the best available option while rollout continues.”
Claudia Constantin — The Switchity Team
Frequently Asked Questions About FTTP Broadband
What speed can I get on FTTP broadband?
FTTP plans range from around 150 Mbps at entry level up to 1,000 Mbps+ (1 Gbps) on gigabit packages, with consistent performance that doesn’t degrade based on distance from the cabinet. Upload speeds are significantly higher than FTTC, often matching download speeds on full-fibre packages.
How do I know if I can get FTTP at my address?
FTTP availability is determined address by address, so always check your specific property using a tool like the Switchity postcode checker. Coverage is expanding rapidly, with Ofcom projecting up to 96% by 2027.
Which providers offer FTTP broadband in the UK?
On the Openreach network, ISPs including BT, Sky, TalkTalk, Vodafone, Plusnet, and Zen Internet offer full-fibre plans. In areas with alt-net coverage (CityFibre, Hyperoptic, Community Fibre, Gigaclear), different ISPs may be available.
Will I lose my landline when I switch to FTTP?
You won’t lose your number, but your landline moves to a Digital Voice (VoIP) service running through your router. If your broadband or power goes down, your phone will too, so keep a charged mobile as backup.
How long does FTTP installation take?
A standard installation takes two to four hours, during which an engineer runs fibre into your home and installs an Optical Network Terminal (ONT). You’ll need to be present, and flat or rented property residents should get permission in advance.
What is the difference between full fibre and gigabit broadband?
“Full fibre” refers to the physical infrastructure (fibre-optic cable to your property), while “gigabit” refers to speed capability (1,000 Mbps+). Most gigabit plans use FTTP, but not all FTTP plans are gigabit. Read more about what gigabit broadband means.
How much does FTTP broadband cost in the UK?
Entry-level plans (150–300 Mbps) typically cost £20–£35 per month, while gigabit packages range from around £40–£55. Installation fees are often waived during promotions, and most contracts run 18–24 months.
When will copper broadband be switched off?
There’s no single national switch-off date. Openreach will only decommission copper in areas where roughly 75% of premises have migrated to FTTP, so the timeline varies significantly by location.
Thinking about making the move to FTTP? Our step-by-step guide explains exactly how to switch broadband provider, including what to do about your existing contract.
Is FTTP Broadband Right for You?
FTTP is faster, more reliable, and more future-proof than any copper-based alternative. Not every household needs gigabit speeds today, but even entry-level FTTP plans offer a substantial improvement over FTTC, often at a similar monthly cost. That’s the part that surprises most people.
The practical decision is straightforward: if FTTP is available at your address and you’re approaching the end of a contract, it’s worth seeing what’s on offer. You might be surprised at how competitive the pricing has become. Compare broadband deals to see the latest FTTP packages for your home, or check what broadband is available at your address to get started.
