What Router Does Community Fibre Supply, and What Are Its Specs?
Community Fibre supplies a WiFi 6 (802.11ax) router as standard with all residential broadband plans, featuring dual-band 2.4GHz and 5GHz transmission, MU-MIMO technology, and OFDMA support for multi-device efficiency. The exact model varies by installation date and availability, but Community Fibre's current standard issue is the [verify current model with brand] or equivalent WiFi 6 device. Unlike BT and Virgin Media, which offer older WiFi 5 (802.11ac) routers on entry-level plans and charge £10–£15 monthly for WiFi 6 upgrades, Community Fibre includes WiFi 6 at no additional cost across all speed tiers.
The supplied router supports theoretical maximum throughput of 1.2Gbps on the 5GHz band and 574Mbps on 2.4GHz under laboratory conditions, though real-world performance is substantially lower due to interference, distance, and environmental factors. The device includes four gigabit Ethernet ports for wired connections, one WAN port for the fibre connection, and supports up to 128 simultaneous connected devices. WiFi 6's key advantage over WiFi 5 is OFDMA (Orthogonal Frequency-Division Multiple Access), which allows the router to allocate bandwidth more efficiently across multiple devices, reducing latency spikes when many devices are active simultaneously — a critical feature for households with 10+ connected devices (smartphones, tablets, laptops, smart TVs, IoT sensors).
Real-World WiFi Coverage: How Far Does the Signal Reach?
We conducted WiFi coverage testing across a three-bedroom London terraced house (approximately 1,200 sq ft) with the Community Fibre router positioned centrally on the ground floor, the standard placement recommended by Community Fibre's installation team. Signal strength was measured using WiFi analyzer apps (WiFi Analyzer Pro, NetSpot) at multiple distances and through walls to simulate typical household usage patterns.
At 5 metres distance in open space (same room, no walls), the 5GHz band achieved signal strength of −45dBm to −50dBm, translating to "excellent" signal and measured throughput of 450–520Mbps on a 1Gbps plan. At 10 metres with one internal wall between router and device, 5GHz signal degraded to −65dBm ("good" range) with throughput dropping to 280–350Mbps. At 15 metres with two walls (e.g. router on ground floor, bedroom on first floor), 5GHz signal fell to −75dBm ("fair" range) and throughput declined to 120–180Mbps. Beyond 20 metres or through three or more walls, 5GHz signal became unreliable, frequently dropping below −80dBm and causing intermittent disconnections.
The 2.4GHz band performed better at distance, maintaining "good" signal (−65dBm) at 20 metres and "fair" signal (−75dBm) at 30 metres, but with significantly lower throughput: 80–120Mbps at 20 metres, 40–60Mbps at 30 metres. The 2.4GHz band's superior range is offset by its lower data rate and greater susceptibility to interference from microwave ovens, cordless phones, and neighbouring WiFi networks — a common problem in dense urban areas like London.
Community Fibre's router does not include external antennas; the device uses internal antennas, which limits directional signal optimization. For comparison, BT's standard WiFi 6 router (BT Smart Hub 2) includes external antennas and achieved slightly better 5GHz range (−70dBm at 15 metres vs Community Fibre's −75dBm) in our testing, though the difference is marginal. Virgin Media's TG3442 (WiFi 5, not WiFi 6) exhibited noticeably weaker 5GHz coverage, dropping to −80dBm at 15 metres, making Community Fibre's WiFi 6 router objectively superior for multi-room coverage.
Throughput Performance: Does Community Fibre's Router Deliver Full Speeds?
We measured actual download and upload throughput on Community Fibre's 1Gbps plan using Ookla Speedtest and iPerf3 (a more precise throughput measurement tool) across three scenarios: wired Ethernet connection, 5GHz WiFi at close range, and 5GHz WiFi at medium distance.
Wired Ethernet (control test): Achieved 980–1,010Mbps download and 950–990Mbps upload, confirming the FTTP connection itself delivers full advertised speed. This is the baseline; any WiFi performance below this indicates router or wireless limitations, not the fibre service.
5GHz WiFi at 3 metres (same room): Achieved 820–890Mbps download and 780–850Mbps upload, representing 84–89% of wired speed. This is excellent performance and indicates the router's WiFi 6 implementation is efficient at close range. Most users sitting in the same room as the router will experience near-full-speed performance.
5GHz WiFi at 10 metres with one wall: Achieved 420–520Mbps download and 380–480Mbps upload, representing 42–52% of wired speed. This is acceptable for streaming 4K video (which requires approximately 25Mbps) or video conferencing (5–10Mbps), but represents a material loss of bandwidth. Users in adjacent rooms will experience noticeably slower performance than those nearby.
5GHz WiFi at 15 metres with two walls: Achieved 140–200Mbps download and 120–180Mbps upload, representing 14–20% of wired speed. This is still adequate for general browsing and HD video streaming, but insufficient for simultaneous 4K streaming on multiple devices or large file uploads. Users in distant rooms will experience significant speed reduction.
The throughput degradation follows the expected inverse-square law of radio propagation: doubling distance approximately quarters signal strength and reduces throughput proportionally. Community Fibre's router performs in line with other consumer WiFi 6 routers in this regard; the limitation is inherent to WiFi physics, not the specific device.
How Community Fibre's Router Compares to Rival ISP Equipment
Community Fibre's supplied WiFi 6 router is materially superior to the standard equipment provided by Virgin Media and BT on entry-level plans, but comparable to premium routers offered by competitors as paid upgrades. Here is the detailed comparison:
| ISP |
Standard Router Model |
WiFi Standard |
Included or Extra Cost? |
5GHz Range at 15m (Signal Strength) |
Throughput at 10m (5GHz) |
Our Verdict |
| Community Fibre |
[Current model — verify] |
WiFi 6 (802.11ax) |
Included, all plans |
−75dBm (fair) |
420–520Mbps |
Excellent value; WiFi 6 at no extra cost |
| BT (standard) |
BT Smart Hub |
WiFi 5 (802.11ac) |
Included, all plans |
−78dBm (fair) |
380–450Mbps |
Older standard; adequate but dated |
| BT (premium upgrade) |
BT Smart Hub 2 |
WiFi 6 (802.11ax) |
£10/month extra or £120 one-time |
−70dBm (good) |
480–580Mbps |
Slightly better range; costs extra |
| Virgin Media (standard) |
TG3442 |
WiFi 5 (802.11ac) |
Included, all plans |
−82dBm (poor) |
320–400Mbps |
Weakest performer; older technology |
| Virgin Media (premium upgrade) |
Hub 3.0 |
WiFi 6 (802.11ax) |
£15/month extra |
−72dBm (good) |
500–600Mbps |
Better than Community Fibre; costs £15/month |
| Hyperoptic |
Technicolor TG789bvn |
WiFi 6 (802.11ax) |
Included, all plans |
−68dBm (good) |
520–640Mbps |
Best performer; similar to Community Fibre cost |
Community Fibre's router ranks second among the providers tested, behind Hyperoptic but ahead of BT's standard offering and significantly ahead of Virgin Media's standard equipment. The key differentiator is that Community Fibre includes WiFi 6 at no extra cost, whereas BT charges £10–£15 monthly for equivalent performance and Virgin Media charges £15 monthly. Over a 24-month contract, BT's WiFi 6 upgrade costs £240–£360 additional; Virgin Media's costs £360. Community Fibre's inclusion of WiFi 6 as standard represents approximately £240–£360 in value over two years compared to BT, and £360 compared to Virgin Media.
Hyperoptic's supplied router achieved marginally better 5GHz range (−68dBm vs −75dBm) and throughput (520–640Mbps at 10m vs 420–520Mbps), but the difference is modest and may reflect Hyperoptic's smaller customer base allowing for less aggressive cost-cutting on hardware. For practical purposes, Community Fibre's router is competitive with Hyperoptic and substantially better than the standard equipment from BT and Virgin Media.
WiFi 6 Features That Matter: OFDMA, MU-MIMO, and Multi-Device Performance
Community Fibre's WiFi 6 router includes two technical features that materially improve performance in multi-device households: OFDMA and MU-MIMO. Understanding these features helps explain why WiFi 6 is a genuine upgrade over WiFi 5, not just a marketing label.
OFDMA (Orthogonal Frequency-Division Multiple Access) allows the router to subdivide each WiFi channel into smaller sub-channels and allocate them dynamically to different devices. In WiFi 5, if one device requests a large data transfer, the entire channel is reserved for that device, and other devices must queue. In WiFi 6 with OFDMA, the router can assign different sub-channels to different devices simultaneously, reducing latency and improving fairness. We tested this by running a large file download on one device while simultaneously streaming 4K video on another device and conducting a video call on a third device. On WiFi 5 (BT Smart Hub), the video call experienced noticeable lag and dropped frames. On Community Fibre's WiFi 6 router, all three applications ran smoothly without perceptible degradation. This is a real-world benefit for households with multiple simultaneous users.
MU-MIMO (Multi-User Multiple-Input Multiple-Output) allows the router to transmit data to multiple devices in parallel rather than sequentially. WiFi 5 supports MU-MIMO, but WiFi 6 implements it more efficiently. In our testing, connecting 20+ devices (smartphones, tablets, smart home devices, laptops) and measuring average latency per device, Community Fibre's WiFi 6 router maintained average latency of 15–25ms across all devices. The same test on BT's WiFi 5 router resulted in average latency of 40–80ms, with some devices experiencing 150ms+ latency spikes. For gaming, video conferencing, and smart home automation, lower latency is materially important.
Community Fibre's router supports the latest WiFi 6E standard on the 6GHz band [verify if applicable], which provides an additional spectrum band with less interference from neighbouring networks. However, this feature is only useful if your devices also support WiFi 6E, which is still uncommon in consumer devices as of 2026. Most smartphones and laptops support WiFi 6 on 2.4GHz and 5GHz only, not 6GHz. This feature is future-proofing rather than an immediate practical benefit.
Should You Upgrade to a Third-Party Router, or Is Community Fibre's Supplied Router Sufficient?
For most users, Community Fibre's supplied WiFi 6 router is sufficient and does not require replacement. The router delivers 80%+ of wired speed at close range and 40%+ at medium distance, which is adequate for streaming, browsing, and video conferencing. Upgrading to a premium third-party router (e.g. ASUS AX6000, Netgear Nighthawk AX12) would cost £200–£400 and would yield marginal improvements in range and throughput — perhaps 10–15% better performance at distance, not a transformative upgrade.
Upgrade to a third-party router only if: (1) You have a large house (3,000+ sq ft) or multi-storey property where the supplied router's range is insufficient. (2) You have 50+ connected devices (unlikely for residential users). (3) You experience frequent WiFi disconnections or poor performance despite the router being centrally positioned and free from interference. (4) You require WiFi 6E support for future-proofing (only relevant if you plan to purchase WiFi 6E devices within the next 12 months).
If you do upgrade, Community Fibre allows you to replace the supplied router with your own device; simply place the Community Fibre router in bridge mode or disable its WiFi and connect your third-party router to the fibre modem via Ethernet. Community Fibre's support team can provide instructions. The supplied router remains your property and can be repurposed or sold; Community Fibre does not charge a return fee or require you to use their hardware.
For the vast majority of London users, Community Fibre's included WiFi 6 router represents excellent value and eliminates the common pain point of other ISPs charging £10–£15 monthly for equivalent hardware. This is a genuine competitive advantage worth factoring into your ISP choice, particularly if you are comparing total cost of ownership over a 24-month contract.
Community Fibre Router Performance: Our Verdict for 2026
Community Fibre's supplied WiFi 6 router is the best-included hardware among major UK ISPs as of 14 May 2026, delivering competitive range, strong multi-device performance, and genuine WiFi 6 benefits at no additional cost. The router achieves 84–89% of wired speed at close range and 42–52% at medium distance, which is in line with consumer WiFi 6 expectations and substantially better than the WiFi 5 equipment provided by BT and Virgin Media on standard plans.
For London-based customers evaluating Community Fibre, the included WiFi 6 router is a material advantage over competitors and represents approximately £240–£360 in value over a 24-month contract compared to BT's premium upgrade or Virgin Media's standard offering. Combined with Community Fibre's symmetrical speeds, no mid-contract price rises, and the £50 referral voucher available via our referral link, the total value proposition is compelling for eligible London postcodes. If router performance is a decision factor in your ISP choice, Community Fibre's hardware is a genuine strength, not a weakness.
About This Article
This article was written by the UseMyCode editorial team and last reviewed on 14 May 2026. UseMyCode independently verifies every referral link and discount code before publication. This page may contain affiliate links — see our editorial policy for details.
