SoGEA & FTTP Business Broadband Explained

The UK telecommunications landscape is undergoing its most significant transformation in decades. With the Public Switched Telephone Network (PSTN) switch-off now well underway and Openreach accelerating its full-fibre rollout, every British business must reconsider how it connects to the internet. Two technologies sit at the centre of this shift: SoGEA broadband business connections and FTTP business fibre — and understanding what each offers is critical for making the right connectivity decision.

Whether you operate a small professional services firm, a growing e-commerce warehouse, or a multi-site enterprise, the broadband technology you choose today will determine your operational resilience, cloud performance, and competitive positioning for the next decade. This comprehensive guide explains everything UK businesses need to know about SoGEA and FTTP, from the underlying technology and real-world speeds to costs, installation, and how these options compare with dedicated leased lines.

What Is SoGEA and Why Does It Matter for UK Businesses?

SoGEA — Single Order Generic Ethernet Access — is a broadband delivery method that provides an internet connection over existing copper and fibre-to-the-cabinet (FTTC) infrastructure, but without requiring a traditional analogue phone line. In practical terms, it gives businesses broadband without a landline, eliminating the need for a separate WLR (Wholesale Line Rental) product that has historically underpinned every UK business phone and broadband connection.

For decades, getting broadband in the UK meant first ordering a telephone line. Even if your business never used the phone line itself, you paid for it — typically £10 to £15 per month — simply because broadband rode on top of that analogue infrastructure. SoGEA broadband business connections change this entirely. The broadband is delivered as a standalone data service, which means lower monthly costs and no dependency on ageing PSTN technology.

The PSTN Switch-Off: Why SoGEA Exists

The driving force behind SoGEA is the UK-wide PSTN switch-off. Openreach and BT have committed to retiring the Public Switched Telephone Network by January 2027. This means every traditional analogue phone line in the country will cease to function. Businesses currently relying on PSTN-based broadband — which includes the vast majority of ADSL and many FTTC connections — must migrate to an all-IP alternative.

SoGEA is Openreach's direct replacement for WLR-based FTTC broadband. It delivers the same VDSL2 technology and the same speeds, but over a data-only bearer. For businesses already using FTTC broadband, the migration to SoGEA is relatively straightforward — same cabinet, same copper tail from the cabinet to the premises, same speed profile — but without the analogue voice component.

SoGEA Speed Tiers

SoGEA is available in two primary speed tiers, mirroring the existing FTTC product range. The speeds you achieve depend on the length and quality of the copper cable between the street cabinet and your premises — a distance known as the "local loop."

It is worth noting that these are "up to" speeds. A business located 1.5 km from the cabinet on SoGEA VDSL might realistically achieve 35 to 45 Mbps download, whilst a business 200 metres from the cabinet could see the full 80 Mbps. The copper distance penalty is the fundamental limitation of all xDSL-based technologies, including SoGEA.

SoGEA Benefits for Business

The advantages of migrating to SoGEA are both financial and operational. By removing the WLR charge, businesses typically save £120 to £180 per year per line. For multi-site businesses with dozens of connections, this adds up quickly. More importantly, SoGEA future-proofs your connection against the PSTN switch-off — if you are still on WLR-based broadband when the PSTN is retired, your connection will simply stop working.

SoGEA also simplifies billing and provisioning. Instead of managing two separate products (a phone line and a broadband service), you deal with a single broadband order. This reduces administrative overhead and makes it easier to troubleshoot connectivity issues, as there is only one product in the chain.

FTTP Business Broadband: The Full-Fibre Advantage

FTTP business broadband — Fibre to the Premises — represents the gold standard of UK broadband infrastructure. Unlike SoGEA and FTTC, which rely on copper cables for the final connection between the street cabinet and your premises, FTTP delivers a dedicated fibre-optic cable all the way to your building. This eliminates the copper bottleneck entirely, unlocking dramatically higher speeds and significantly better reliability.

FTTP is not a niche product. Openreach has now passed over 16 million premises with full-fibre infrastructure, and the rollout continues at pace with a target of 25 million premises by the end of 2026. Alternative network operators (alt-nets) including CityFibre, Hyperoptic, and Gigaclear are adding millions more. For UK businesses, the question is increasingly not whether FTTP is available, but which provider offers the best commercial package.

How FTTP Technology Works

FTTP uses passive optical network (PON) technology — specifically GPON or XGS-PON — to deliver data over fibre-optic cables using light signals. A fibre cable runs from the exchange or distribution point to an Optical Network Terminal (ONT) installed at your premises. This ONT converts the optical signal into an electrical Ethernet signal that connects to your router or firewall.

Because the signal travels as light through glass fibre rather than electrical pulses through copper wire, FTTP is immune to the distance-based degradation that plagues ADSL and VDSL connections. Whether your premises is 100 metres or 5 kilometres from the distribution point, you receive the full provisioned speed. This consistency is one of the most significant advantages of FTTP business connections over any copper-based alternative.

FTTP Speed Tiers for Business

Ultrafast business broadband is the defining characteristic of FTTP. Openreach's current FTTP portfolio offers a range of speed tiers, with business-grade products providing enhanced service levels, static IP addresses, and faster fault resolution.

FTTP Availability and the Rollout Picture

FTTP availability varies significantly by location. Urban and suburban areas have seen the fastest rollout, with many London boroughs, major cities, and large towns now fully covered. Rural areas are progressing through Project Gigabit, the UK government's £5 billion subsidy programme aimed at bringing gigabit-capable broadband to the hardest-to-reach premises.

To check FTTP availability at your business address, you can use Openreach's online checker, or simply contact Cloudswitched and we will run a comprehensive multi-network availability check covering Openreach, CityFibre, Hyperoptic, and other providers serving your area. In many cases, businesses discover they have FTTP options they were not aware of, particularly from alt-net providers who do not always appear on standard comparison sites.

SoGEA vs FTTP: A Detailed Comparison

Choosing between SoGEA and FTTP depends on your business requirements, budget, and what is available at your premises. Both are valid post-PSTN technologies, but they serve fundamentally different performance needs. Let us break down the key differences.

The comparison makes clear that FTTP is the superior technology on every performance metric. The only scenarios where SoGEA is the better choice are when FTTP is not yet available at your premises, or when your bandwidth requirements are genuinely modest — a two-person office running email and basic web browsing, for example, may find SoGEA perfectly adequate.

However, for any business running cloud-hosted applications, video conferencing, VoIP telephony, cloud backups, or serving customers online, the jump from SoGEA to FTTP delivers a transformative improvement in daily operations. The lower latency alone makes a noticeable difference to the responsiveness of cloud applications like Microsoft 365, Google Workspace, and CRM platforms.

Ultrafast Business Broadband: What the Speeds Actually Mean

The term ultrafast business broadband is used extensively in UK telecoms marketing, but what does it actually mean in practice? Ofcom defines "ultrafast" as any connection delivering download speeds of 300 Mbps or above. By this definition, only FTTP 330 and above — along with certain Virgin Media cable packages — qualify as genuinely ultrafast.

For businesses, raw speed figures matter less than what those speeds enable. Here is a practical breakdown of what different speed tiers allow your team to do simultaneously.

Real-World Bandwidth Requirements

This table illustrates why ultrafast business broadband is not a luxury — it is a necessity for any office with more than 10 to 15 users running modern cloud applications. An SoGEA connection at 80 Mbps can support a small team, but once you add video calls, cloud backups, and SaaS platforms running simultaneously, contention becomes a real problem. FTTP at 330 Mbps or above provides the headroom that growing businesses need.

The productivity impact of insufficient bandwidth is well documented. Slow file downloads, buffering video calls, and laggy cloud applications do not just frustrate employees — they cost money. Research from the Federation of Small Businesses consistently finds that poor connectivity is one of the top three operational barriers cited by UK SMEs, with businesses in areas lacking ultrafast broadband estimating annual productivity losses of £2,000 to £6,000 per employee.

Bonded Broadband for Business Redundancy

For businesses that cannot yet access FTTP, or that need guaranteed uptime beyond what a single broadband connection can provide, bonded broadband business solutions offer a compelling middle ground. Bonding combines two or more broadband connections into a single logical link, delivering both increased bandwidth and automatic failover if one line fails.

How Broadband Bonding Works

Broadband bonding uses specialised CPE (customer premises equipment) — typically a bonding router or SD-WAN appliance — that aggregates multiple physical connections into one tunnel. This tunnel terminates at an aggregation server in the provider's data centre, which reassembles the traffic and presents a single public IP address to the internet.

The result is a connection where bandwidth is additive (two 80 Mbps lines deliver up to 160 Mbps) and resilience is built in (if one line drops, traffic seamlessly routes over the remaining connections). For businesses in areas where FTTP is not yet available, bonded broadband business solutions can deliver near-ultrafast speeds and enterprise-grade reliability using existing SoGEA or FTTC infrastructure.

Bonding Configurations

The FTTP + SoGEA bonded configuration is particularly attractive. It combines the raw speed of FTTP with the resilience of a secondary connection running over entirely separate infrastructure. If the fibre is cut — perhaps by roadworks or a cable fault — the SoGEA connection maintains service. This kind of cross-technology resilience is extremely valuable for businesses where downtime has a direct revenue impact, such as retail, hospitality, or any organisation with customer-facing cloud services.

The statistic above underscores why redundancy matters. Nearly three-quarters of UK small and medium businesses have suffered broadband-related disruption. For businesses handling online transactions, operating cloud-based phone systems, or supporting remote workers, even a thirty-minute outage can mean lost sales, missed calls, and frustrated customers. Bonded broadband business solutions transform connectivity from a single point of failure into a resilient, multi-path architecture.

FTTP Leased Line UK: Hybrid Options for Maximum Performance

At the premium end of the connectivity spectrum, an FTTP leased line UK option — or more precisely, a hybrid approach combining FTTP broadband with a dedicated leased line — gives businesses the best of both worlds: the cost-effective high bandwidth of FTTP for general internet access, and the guaranteed symmetric speeds and SLA-backed reliability of a leased line for mission-critical traffic.

Understanding Leased Lines

A leased line is a dedicated, uncontended fibre connection between your premises and the provider's network. Unlike broadband — which is shared (contended) infrastructure — a leased line guarantees you the full provisioned speed at all times, with symmetric upload and download, and comes with a strict service level agreement (SLA) covering availability, latency, jitter, and fault repair times.

Traditional Ethernet leased lines in the UK typically offer 100 Mbps to 10 Gbps symmetric bandwidth, with 99.95% to 99.99% uptime SLAs and four-hour fault repair targets. They are the gold standard for business connectivity, but they come at a price — a 100 Mbps leased line typically costs £250 to £400 per month, and gigabit leased lines can exceed £1,000 per month depending on location and wayleave requirements.

The FTTP + Leased Line Hybrid Model

The FTTP leased line UK hybrid approach uses SD-WAN technology to intelligently route traffic across both connections. Mission-critical traffic — VoIP calls, video conferencing, real-time cloud applications, ERP systems — travels over the leased line with its guaranteed performance. Bulk traffic — web browsing, email, software updates, cloud backups — uses the FTTP connection with its abundant but best-effort bandwidth.

This hybrid model is increasingly popular with medium-sized UK businesses that need leased line reliability for their core operations but cannot justify the cost of pushing all traffic through a dedicated line. By pairing a modest 100 Mbps leased line with FTTP 1 Gbps broadband, a business gets guaranteed performance where it matters and abundant capacity for everything else — at roughly half the cost of a high-bandwidth leased line alone.

Migrating from Legacy Connections

For the majority of UK businesses, the move to SoGEA or FTTP is not optional — it is mandated by the PSTN switch-off. Openreach is retiring analogue voice and copper-based broadband exchange by exchange, with a planned completion date of January 2027. Businesses on legacy connections need a clear migration plan.

The migration timeline varies depending on the target technology and your starting point. A simple SoGEA migration from existing FTTC broadband can be completed in two to three weeks with minimal disruption. An FTTP installation at a premises that has never had fibre may take six to ten weeks, including any required civils work to run the fibre cable from the street to your building.

The FTTP Installation Process

Understanding what happens during an FTTP business installation helps you plan for the day and set expectations with your team. The process differs depending on whether your building has been pre-cabled with fibre infrastructure or requires a new fibre build.

Pre-Cabled Premises (MDU or Business Park)

If your building is a multi-dwelling unit (MDU), serviced office, or business park where Openreach has already installed internal fibre cabling, the installation is straightforward. An engineer visits to install the Optical Network Terminal (ONT) — a small white box mounted on your wall — and connect it to the existing fibre infrastructure. The visit typically takes one to two hours. You then connect your router or firewall to the ONT's Ethernet port, and you are live.

New Fibre Build (Single Premises)

If a fibre cable needs to be run from the nearest distribution point to your building, the installation is more involved. Openreach will first conduct a survey to plan the cable route, which may involve running fibre through existing ducts, overhead on telegraph poles, or in some cases trenching a new duct. The build phase can take two to six weeks depending on the complexity of the route and any wayleave permissions required.

Once the external fibre is in place, an engineer visits to install the ONT and complete the internal connection. For business-grade FTTP, you may also have the option of a second fibre entry point for redundancy, though this is typically only cost-effective for larger organisations or those with mission-critical connectivity requirements.

What You Need to Prepare

Before the installation day, ensure you have identified the location where the ONT will be mounted (near a power socket and your network equipment), confirmed access arrangements with building management if applicable, and planned for any furniture or equipment that may need to be moved if the fibre route passes through your workspace. You should also have your router or firewall ready, configured with the correct WAN settings provided by your ISP.

Costs and Pricing: What to Expect

One of the most common questions businesses ask about SoGEA and FTTP is simply: what does it cost? The pricing landscape for UK business broadband has become more competitive as FTTP rollout expands and more providers enter the market. Here is a realistic overview of current pricing.

SoGEA Pricing

SoGEA is the most affordable option for business broadband, particularly now that the WLR charge has been eliminated. Typical business-grade SoGEA VDSL connections cost between £20 and £40 per month, depending on the provider, contract length, and whether a static IP address is included. Installation charges are typically £0 to £60 on a 24 or 36-month contract, or £50 to £100 on shorter terms.

FTTP Pricing

FTTP business broadband pricing has fallen significantly as the rollout has expanded. Entry-level FTTP 40/10 connections start from around £25 per month, whilst the most popular business tiers — FTTP 160/30 and FTTP 330/50 — typically cost £40 to £70 per month. Gigabit FTTP (1000/115) sits at £70 to £100 per month for standard business-grade service.

Business-grade FTTP packages typically include a static IP address, enhanced fault prioritisation, and UK-based support. Some providers offer additional tiers with SLA-backed fault repair times and proactive monitoring at a modest premium.

Bonded Broadband Pricing

Bonded broadband business solutions carry a premium over single-line services due to the additional lines and bonding equipment. Expect to pay the combined cost of the individual lines plus £20 to £50 per month for the bonding service and CPE rental. A two-line bonded SoGEA solution typically costs £80 to £120 per month all-in.

Leased Line and Hybrid Pricing

An FTTP leased line UK hybrid setup requires investment in both the FTTP broadband connection and a dedicated leased line. A 100 Mbps leased line ranges from £250 to £400 per month depending on location, with the FTTP component adding £30 to £100. SD-WAN appliances or bonding routers add £20 to £80 per month. Total hybrid costs typically fall between £300 and £550 per month — premium, but a fraction of what a high-bandwidth leased line alone would cost.

Business Benefits of Upgrading to FTTP

The case for migrating to FTTP business broadband extends well beyond raw speed. Full-fibre connectivity delivers a cascade of operational improvements that compound over time, touching everything from employee productivity to customer experience.

Reliability and Uptime

Fibre-optic cables are inherently more reliable than copper. They are not susceptible to electrical interference, corrosion, or water ingress — all common causes of copper line faults, particularly in older infrastructure and adverse weather conditions. FTTP connections experience significantly fewer faults than FTTC or ADSL, and when faults do occur, they are typically resolved faster because the fibre infrastructure is newer and better documented.

Consistent Performance

Unlike copper-based broadband, FTTP delivers the same speed regardless of distance from the exchange or cabinet. Your 330 Mbps connection is 330 Mbps — not "up to" 330 Mbps with significant variation. This consistency is critical for businesses that depend on real-time applications where performance variability causes problems: VoIP call quality, video conferencing, remote desktop sessions, and cloud-based ERP systems all benefit from consistent, low-latency connectivity.

Scalability

One of the most compelling advantages of FTTP is scalability. Because the physical fibre infrastructure supports speeds far in excess of current commercial products, upgrading your bandwidth is typically a software change at the exchange — not a physical upgrade. If your business grows and you need to move from FTTP 160 to FTTP 1 Gbps, the upgrade can often be completed remotely within 24 hours, with no engineer visit required. This is impossible with copper-based technologies, where the physical medium imposes hard speed limits.

Cloud Readiness

Modern businesses are cloud-first. Microsoft 365, Google Workspace, Salesforce, Xero, HubSpot, and hundreds of other cloud platforms are now the primary tools of UK commerce. Each of these platforms performs better — sometimes dramatically better — on high-bandwidth, low-latency connections. Ultrafast business broadband via FTTP transforms the cloud experience from "workable" to seamless, eliminating the lag, buffering, and synchronisation delays that plague businesses on slower connections.

Remote and Hybrid Working Support

The shift to hybrid working has fundamentally changed office bandwidth requirements. When half your team is dialling in via video conferencing, the upload bandwidth demand at the office increases substantially. FTTP's superior upload speeds — up to 115 Mbps on a gigabit connection versus just 20 Mbps on SoGEA VDSL — make a material difference to the quality of hybrid meetings. Participants in the office are no longer the ones with the pixelated video and choppy audio.

Limitations and Considerations

Whilst SoGEA and FTTP represent significant improvements over legacy broadband, both technologies have limitations that businesses should understand before committing.

SoGEA Limitations

SoGEA's primary limitation is that it still relies on copper for the final connection to your premises. This means speeds are distance-dependent, maximum bandwidth is capped at 80 Mbps (or 330 Mbps in the limited G.fast footprint), and the connection is susceptible to the same copper-related faults as traditional FTTC. SoGEA is fundamentally a transitional technology — it removes the phone line dependency but does not deliver the performance leap that FTTP provides.

Additionally, SoGEA is a contended service with no uptime SLA. During peak hours, particularly on busy cabinets, you may experience reduced speeds. For businesses that require guaranteed performance, SoGEA alone is insufficient — you would need to consider bonding, FTTP, or a leased line.

FTTP Limitations

FTTP's main limitation is availability. Despite the rapid rollout, approximately 40% of UK premises still cannot access full-fibre broadband. Rural and semi-rural areas are disproportionately affected, though Project Gigabit is steadily closing this gap. If FTTP is not available at your premises, SoGEA or bonded broadband may be your best options until fibre arrives.

FTTP broadband, whilst vastly superior to copper, is still a contended, best-effort service. It does not come with the guaranteed bandwidth, uptime SLAs, or rapid fault repair commitments of a leased line. For businesses where any downtime is unacceptable — financial trading, emergency services, real-time manufacturing control — an FTTP leased line UK hybrid or dedicated leased line is more appropriate.

Finally, FTTP installation at premises without existing fibre infrastructure can involve civil engineering works — duct installation, pole work, or trenching — which may require landlord permission, wayleave agreements, and additional time. In some cases, particularly in listed buildings or conservation areas, this can add complexity to the installation process.

Choosing the Right Solution: A Decision Framework

With SoGEA, FTTP, bonded broadband, leased lines, and hybrid configurations all available, how do you choose the right solution for your business? The decision comes down to four key factors: bandwidth requirements, reliability requirements, budget, and availability.

Bandwidth Assessment

Start by calculating your peak concurrent bandwidth requirement. Count the number of simultaneous users, identify the most bandwidth-intensive activities they perform, and multiply. Add a 30% headroom buffer for future growth and background processes. If the total exceeds 60 Mbps, SoGEA alone is likely insufficient. If it exceeds 300 Mbps, you need FTTP at 330 Mbps or above.

Reliability Assessment

Consider the cost of downtime. If a one-hour outage costs your business less than £100 in lost productivity and revenue, a single broadband connection (SoGEA or FTTP) with standard support is adequate. If an hour of downtime costs £100 to £1,000, bonded broadband or FTTP with enhanced support is warranted. If downtime costs exceed £1,000 per hour, you need a leased line or an FTTP + leased line hybrid with automatic failover.

Budget Alignment

Match your connectivity investment to your business revenue and the operational impact of internet performance. As a general guide, UK businesses should budget 0.5% to 2% of revenue for connectivity, depending on how internet-dependent their operations are. A professional services firm billing £500,000 annually might spend £250 to £500 per month on connectivity — comfortably within the range of FTTP or a modest hybrid setup.

Decision Matrix

Future-Proofing Your Business Connectivity

The UK's telecommunications infrastructure is evolving rapidly, and the decisions you make today will affect your business for years to come. Here is how to ensure your connectivity strategy remains relevant as technology advances.

The Trajectory of UK Broadband

The UK government's target of nationwide gigabit-capable broadband by 2030 is driving massive infrastructure investment. Openreach, CityFibre, and other providers are collectively investing billions of pounds in fibre deployment. XGS-PON technology — already being deployed by Openreach — will enable speeds of up to 10 Gbps over the same fibre infrastructure that delivers today's 1 Gbps FTTP services. Businesses that install FTTP today are investing in a physical medium that will support the next generation of speed upgrades without any changes to the cable.

The Death of Copper

Copper is a dead-end technology. The PSTN switch-off is just the beginning. Openreach has signalled its intention to progressively retire copper infrastructure in areas where full-fibre alternatives exist. This means SoGEA, whilst a valid short-term solution, is not a long-term strategy. Businesses choosing SoGEA today should plan for an eventual migration to FTTP as availability expands. If FTTP is available at your premises now, there is little reason to choose SoGEA — the monthly cost difference is minimal, and FTTP delivers vastly superior performance.

SD-WAN and Cloud Networking

Software-Defined Wide Area Networking (SD-WAN) is transforming how businesses manage multi-site connectivity. SD-WAN sits on top of your physical connections — FTTP, SoGEA, leased lines, 4G/5G — and intelligently routes traffic based on application requirements, real-time link quality, and business policies. As SD-WAN adoption grows, the quality and diversity of your underlying physical connections becomes more important than ever. Businesses investing in FTTP and bonded connectivity today are building the foundation for an SD-WAN-optimised network tomorrow.

5G as a Complement

5G business broadband is emerging as a viable complement to fixed-line connectivity, particularly for failover and temporary connectivity scenarios. Whilst 5G cannot yet match FTTP for consistent, high-bandwidth primary connectivity in most locations, it excels as a secondary path in bonded or SD-WAN configurations. Businesses in well-covered urban areas can use 5G as an automatic failover for their FTTP connection, providing near-instant resilience without the cost of a second fixed-line installation.

How Cloudswitched Helps UK Businesses Connect

As a London-based managed service provider specialising in business connectivity, Cloudswitched takes the complexity out of broadband migration and future-proofing. Our approach is consultative: we assess your current infrastructure, check multi-network availability, design the optimal connectivity architecture for your requirements and budget, and manage the entire migration from order to installation to go-live.

Our Connectivity Services

Cloudswitched provides the full spectrum of UK business connectivity solutions, all managed under a single support relationship. Whether you need a straightforward FTTP installation for a small office or a complex multi-site SD-WAN deployment with bonded broadband and leased line failover, we design, deliver, and support it end to end.

Our SoGEA broadband business packages include provisioning, router configuration, VoIP migration support, and ongoing monitoring. For FTTP business installations, we handle the Openreach order process, coordinate engineer visits, configure your network equipment, and ensure all your cloud services perform optimally on the new connection. And for businesses requiring maximum resilience, our bonded broadband business and FTTP leased line UK hybrid solutions deliver enterprise-grade connectivity at a fraction of the cost of traditional enterprise networking.

Why Choose a Managed Approach

The UK business broadband market is crowded and confusing. There are dozens of providers, each with different coverage, pricing, and service levels. Openreach's wholesale products are resold by hundreds of ISPs, each wrapping them in different commercial packages. Alt-net providers add further options but often with limited geographic coverage. Navigating this landscape without expert guidance means you risk overpaying, under-specifying, or choosing a provider with inadequate business support.

Cloudswitched acts as your connectivity partner, not just a reseller. We are provider-agnostic — we work with Openreach, CityFibre, Hyperoptic, and other networks to find the best solution for each site. We negotiate commercial terms on your behalf, manage the provisioning process, and provide a single point of contact for all connectivity-related support. When something goes wrong, you call us — not a call centre queue.

Frequently Asked Questions

What happens to my phone number when I move to SoGEA?

If you currently have a traditional landline number, it can typically be ported to a VoIP service when you migrate to SoGEA. This means your customers and contacts continue to reach you on the same number — the call is simply delivered over your broadband connection rather than the analogue phone network. Cloudswitched can manage the number porting process as part of your SoGEA migration to ensure continuity.

Can I get FTTP if my building does not have fibre yet?

In many cases, yes. Openreach will install fibre to your premises as part of the FTTP order, even if the fibre has not been pre-installed. This may involve running a cable from the nearest distribution point to your building. In some cases, particularly for premises in areas not yet covered by the FTTP rollout, you may be able to request a fibre build through Openreach's Community Fibre Partnerships scheme, though this can involve a contribution towards the installation cost.

Is SoGEA slower than my current FTTC broadband?

No. SoGEA uses identical VDSL2 technology to standard FTTC broadband. The speeds you achieve on SoGEA will be the same as your current FTTC connection, because the underlying technology and copper path are unchanged. The only difference is the removal of the analogue voice component — SoGEA is a data-only service.

How long does an FTTP installation take?

For premises in areas where Openreach has already deployed FTTP infrastructure, provisioning typically takes 15 to 25 working days from order. The actual engineer visit usually takes one to three hours. For premises requiring a new fibre build (duct or pole work), the total timeline can extend to six to twelve weeks depending on the complexity of the route and any permissions required.

Do I need a new router for FTTP?

FTTP uses an Optical Network Terminal (ONT) that provides a standard Ethernet output. Any modern business router or firewall with a Gigabit Ethernet WAN port will work with FTTP. However, if your current router is an older ADSL or VDSL modem-router, it will not have the appropriate WAN interface and will need to be replaced. Cloudswitched can supply and configure business-grade routers as part of our FTTP installation service.

What is the difference between FTTP broadband and a leased line?

FTTP broadband is a shared (contended) service with asymmetric speeds (faster download than upload) and no guaranteed uptime SLA. A leased line is a dedicated, uncontended connection with symmetric speeds and strict SLA commitments covering uptime, latency, and fault repair. FTTP is far cheaper but best-effort; a leased line is more expensive but guaranteed. The FTTP leased line UK hybrid approach combines both for businesses that need guaranteed performance for critical applications alongside abundant bandwidth for general use.

Can I bond FTTP with a 4G/5G backup?

Yes. Many SD-WAN and bonding solutions support mixing fixed-line connections (FTTP, SoGEA) with mobile connections (4G, 5G). This is an excellent resilience strategy because mobile and fixed-line networks use completely separate infrastructure, meaning a fault affecting one is unlikely to affect the other. Cloudswitched deploys bonded FTTP + 4G/5G solutions for businesses requiring maximum uptime without the cost of a leased line.

Key Takeaways for UK Businesses

The PSTN switch-off is not a distant future event — it is happening now, exchange by exchange, across the United Kingdom. Every business still on legacy broadband or analogue phone lines needs to act. Here is a summary of the essential points covered in this guide.

SoGEA is the direct replacement for WLR-based FTTC broadband. It delivers the same speeds without the phone line, saves money, and ensures your connection survives the PSTN switch-off. It is the right choice for businesses with modest bandwidth needs or where FTTP is not yet available.

FTTP is the future of UK business broadband. Full-fibre delivers dramatically higher speeds, better reliability, lower latency, and a physical infrastructure that will support speed upgrades for decades. If FTTP is available at your premises, it should be your first choice.

Bonded broadband bridges the gap for businesses needing more bandwidth or resilience than a single connection provides. It is particularly valuable where FTTP is unavailable or as a redundancy layer alongside FTTP.

FTTP + leased line hybrids deliver enterprise-grade connectivity — guaranteed performance for critical applications, abundant bandwidth for everything else — at a fraction of the cost of a pure leased line solution.

The right choice depends on your specific requirements. But one thing is certain: the time to act is now. Waiting until the PSTN switch-off deadline approaches will mean competing with millions of other businesses for installation slots, engineer visits, and provider support. Businesses that migrate early benefit from smoother provisioning, better commercial terms, and a longer period to optimise their new connectivity before the legacy network goes dark.