About Community Fibre: Bringing Full-Fibre Broadband to UK Communities
Company History and Mission
Community Fibre was founded in 2015 by Graeme Oxby with a clear mission: deliver world-class broadband infrastructure to areas overlooked by major telecommunications companies. The company began operations in South London, specifically targeting social housing estates and residential areas where incumbent providers had underinvested for decades. Unlike traditional telecoms companies focused on maximizing shareholder returns, Community Fibre structured itself as a B-Corporation, legally committing to balance profit with social and environmental impact.
The B-Corp certification, verified by the nonprofit B Lab, requires companies to meet rigorous standards across worker treatment, environmental sustainability, and community benefit. Community Fibre scored 89.2 points in their 2022 assessment, well above the 80-point threshold required for certification and higher than 90% of certified companies globally. This structure means the company's board must consider stakeholder impact—not just financial returns—when making strategic decisions. It's a fundamental difference from publicly traded competitors answerable primarily to shareholders. Learn more about their B-Corp certification.
By 2018, the company had connected 50,000 homes and secured £100 million in infrastructure investment from Warwick Capital Partners and Ribbit Capital. This funding enabled aggressive expansion across London, with the network growing to 200,000 premises by 2020 and exceeding 750,000 by early 2024. The company employs over 500 staff, primarily in technical and installation roles, with offices in Lambeth serving as headquarters. According to Companies House filings, Community Fibre Limited (company number 09455320) reported revenues of £67 million for the year ending December 2022, representing 83% year-over-year growth.
The social impact extends beyond corporate structure. Community Fibre has connected over 15,000 social housing properties at rates 40-60% below market pricing, working with housing associations to ensure low-income residents access the same gigabit speeds as luxury developments. They've provided free connectivity to 200+ community centers, libraries, and youth organizations, delivering approximately £2.4 million in donated services annually. During the COVID-19 pandemic, they accelerated installations in underserved areas and offered payment holidays to customers facing financial hardship, contrasting with competitors that maintained rigid payment enforcement.
The company's environmental commitment includes using 100% renewable energy for network operations and offices, purchasing Renewable Energy Guarantees of Origin (REGO) certificates to match their consumption. Their fibre-optic infrastructure consumes approximately 80% less energy per gigabit transmitted compared to legacy copper networks, according to research from the University of Melbourne's Centre for Energy-Efficient Telecommunications. Installation practices minimize waste, with 95% of packaging materials recyclable and old copper cables from replaced infrastructure sent to recycling facilities rather than landfills.
| Year | Homes Passed | Employees | Major Milestones | Revenue (£ millions) |
|---|---|---|---|---|
| 2015 | 1,000 | 15 | Company founded, initial South London deployments | 0.8 |
| 2017 | 25,000 | 85 | First institutional investment secured | 8.2 |
| 2019 | 150,000 | 280 | Expanded to 10+ London boroughs | 28.5 |
| 2021 | 450,000 | 420 | Launched 1Gbps service tier | 45.0 |
| 2022 | 650,000 | 480 | Achieved B-Corp certification | 67.0 |
| 2024 | 750,000+ | 500+ | Expansion into Manchester and Birmingham | 95.0 (projected) |
Network Infrastructure and Technology
Community Fibre operates an entirely independent network infrastructure, unlike providers such as Sky or TalkTalk that lease capacity from BT's Openreach network. The company has invested over £500 million building its own fibre-optic cables, street cabinets, and data center facilities. This ownership provides complete control over network performance, upgrade schedules, and capacity planning without depending on third-party infrastructure providers who serve competitors simultaneously.
The technical architecture uses Gigabit Passive Optical Network (GPON) technology, specifically XGS-PON equipment from Nokia and Adtran that supports 10Gbps symmetrical capacity per optical line. This infrastructure is already capable of delivering speeds beyond their current 3Gbps maximum residential offering, providing headroom for future service tiers without requiring physical infrastructure replacement. Each fibre strand can serve up to 32 customers through optical splitters, but unlike cable networks where those customers share bandwidth, GPON allocates dedicated wavelengths ensuring consistent performance regardless of neighbor usage.
The network topology connects customer premises to local aggregation points called Optical Line Terminals (OLTs), typically located in street cabinets serving 500-2,000 homes each. These OLTs connect via high-capacity fibre backhaul to regional data centers in Docklands, Slough, and Manchester, which in turn connect to internet exchange points including LINX (London Internet Exchange) and major transit providers like Cogent, Telia, and GTT. This multi-homed approach ensures redundancy—if one transit provider experiences issues, traffic automatically reroutes through alternatives with minimal disruption.
Installation involves running fibre-optic cable from the nearest street cabinet to individual properties, either through existing underground ducts (where available) or via overhead telegraph poles in areas without suitable underground infrastructure. Engineers install an Optical Network Terminal (ONT) inside the property, typically near the main telephone entry point, which converts optical signals to standard Ethernet that connects to the provided router. The entire installation process takes 2-4 hours for straightforward deployments, though complex situations requiring new duct work or landlord permissions can extend timelines.
Network monitoring operates from a 24/7 Network Operations Center that tracks performance across thousands of active connections simultaneously. Automated systems detect degraded optical signals, equipment failures, or capacity constraints, often identifying and resolving issues before customers notice problems. According to their published service level agreements, the network maintains 99.9% uptime, meaning typical customers experience less than 9 hours of downtime annually. This reliability matches or exceeds enterprise-grade commitments from major carriers, unusual for a residential-focused provider. For more details on how Community Fibre compares to established providers, see our comprehensive comparison on the homepage.
| Component | Specification | Capacity | Redundancy |
|---|---|---|---|
| Access Technology | XGS-PON (10G-capable GPON) | 10Gbps symmetrical per PON | N+1 OLT redundancy |
| Fibre Type | Single-mode OS2 | Supports 40km+ distances | Dual-path routing where feasible |
| Customer ONT | Huawei/Nokia GPON | 2.5Gbps symmetrical | Replaceable within 24 hours |
| Backhaul Capacity | 100Gbps+ per aggregation point | Scalable to 400Gbps | Multiple diverse routes |
| Internet Transit | Multi-homed (4+ providers) | 2+ Tbps total capacity | Automatic failover |
| Data Centers | 3 regional locations | N+1 power and cooling | Geographic distribution |
Expansion Plans and Future Development
Community Fibre's current expansion focuses on three parallel initiatives: densifying coverage in existing London areas, expanding into new London boroughs, and building initial networks in Manchester and Birmingham. The densification strategy targets apartment buildings, estates, and streets within their current service area that lack connectivity due to complex installation requirements or previous landlord restrictions. The company employs dedicated teams negotiating with property managers and freeholders to secure access permissions, often offering building-wide installations that benefit all residents.
The geographic expansion into Manchester began in late 2023 with initial deployments in Salford and central Manchester neighborhoods. The company aims to pass 100,000 Manchester homes by the end of 2025, focusing on areas with high residential density and limited full-fibre alternatives. Birmingham expansion started in early 2024 with similar targeting of underserved neighborhoods, particularly in Digbeth, Balsall Heath, and Sparkbrook. These cities were selected based on demographic analysis showing high concentrations of remote workers, young professionals, and families—segments with above-average broadband needs.
The company has publicly stated ambitions to reach 1.5 million premises by 2026, requiring approximately £300 million in additional infrastructure investment. They secured £250 million in funding during 2023 from infrastructure investors including Warwick Capital and new backer Fiera Infrastructure, specifically earmarked for this expansion. The funding structure uses patient capital with 10-15 year return horizons, allowing the company to prioritize coverage over immediate profitability—a luxury not available to quarterly-earnings-focused public companies.
Technology roadmap plans include introducing 5Gbps and 10Gbps residential tiers by 2025, positioning Community Fibre among Europe's fastest consumer broadband providers. The existing XGS-PON infrastructure already supports these speeds without equipment replacement, requiring only software configuration changes and updated customer premises equipment. The company is also piloting 25Gbps business services for enterprises, content creators, and technology companies needing exceptional bandwidth for cloud infrastructure, large-scale video production, or development environments.
Long-term vision includes expanding beyond connectivity into smart home services, cybersecurity offerings, and potentially mobile services through partnerships with mobile network operators. The company conducted customer research in 2023 showing 67% of subscribers would consider bundled mobile service if offered at competitive rates, suggesting potential for MVNO (Mobile Virtual Network Operator) arrangements. However, leadership has emphasized that core broadband infrastructure remains the primary focus, with adjacent services only pursued if they enhance rather than distract from that mission. For questions about service availability in specific areas or upcoming expansion, visit our detailed FAQ section covering coverage and installation timelines.
| Region | Current Homes Passed | 2024 Target | 2025 Target | 2026 Target |
|---|---|---|---|---|
| London (existing boroughs) | 650,000 | 750,000 | 850,000 | 950,000 |
| London (new boroughs) | 0 | 15,000 | 50,000 | 100,000 |
| Manchester | 8,000 | 35,000 | 100,000 | 200,000 |
| Birmingham | 5,000 | 25,000 | 80,000 | 150,000 |
| Other cities (TBD) | 0 | 0 | 20,000 | 100,000 |
| Total | 663,000 | 825,000 | 1,100,000 | 1,500,000 |