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Rethinking Upload Speeds in FTTP Marketing

Most UK ISPs still advertise broadband using download speed as the headline figure. A 1 Gbps plan is described as “1 Gbps”, with the upload speed buried in the small print or absent from consumer-facing material entirely. On FTTP networks, this understates the product. Full-fibre delivers near-symmetric performance as a technical characteristic of the access technology. When ISPs choose not to communicate that, they leave a meaningful differentiator on the table.

This matters more now than it did five years ago. The households and businesses that most benefit from strong upload performance have grown considerably, and several of them represent exactly the segments that ISPs want to attract and retain.

Upload speeds

Who Actually Cares About Upload Speed

Remote and hybrid workers are probably the clearest example. Video calls, screen sharing, cloud-based collaboration tools, and VPN traffic all depend heavily on upload performance. A 4K video call requires sustained upload throughput that was simply unavailable on ADSL or FTTC. On FTTP, it is routine. But subscribers who work from home on copper-era connections and switch to full fibre often notice the upload improvement more than the download improvement, because upload was the previous constraint.

Content creators are a smaller but growing segment. Streamers, YouTubers, photographers uploading large files to cloud storage, and small businesses publishing regular video content all run into upload limits quickly on asymmetric connections. For this group, upload speed is the deciding factor, not download speed.

Gaming households care about upload too, though often without framing it that way. Latency and jitter matter more than raw speed for most gaming, but upload performance affects the experience in multiplayer games and when streaming gameplay. Cloud backup — which most consumers now run in the background across multiple devices — competes directly with everything else the connection is doing if upload capacity is limited.

Multi-person households where several people are working, studying, and consuming content simultaneously represent the broadest opportunity. On FTTC, these households were genuinely constrained. On FTTP with near-symmetric speeds, the constraint lifts. Explaining that change in concrete terms rather than quoting a download speed that may already feel abstract to the customer is a more compelling proposition.

Why ISPs Have Not Led With Upload

The honest answer is that download speed has been the industry’s benchmark metric for thirty years, and marketing tends to follow established comparison points. Ofcom’s broadband speed monitoring has historically focused heavily on download. Price comparison sites rank products by download speed. Consumer awareness of upload as a relevant metric is lower than awareness of download.

But that is shifting. Ofcom’s 2025–2026 broadband monitoring programme includes upload performance as a tracked metric in a more prominent way than before. That shift in regulatory measurement typically precedes a shift in consumer expectation. The ISPs that start educating their customer base about upload performance now will be ahead of that curve when it becomes a standard point of comparison.

There is also a competitive argument. Openreach’s wholesale FTTP products offer symmetric performance, which means every ISP reselling on that network has the same upstream capability. The differentiation has to come from how it is packaged, priced, and communicated. ISPs that do not make the symmetric speed story part of their value proposition are ceding that ground to whoever makes it first.

The CPE Side of the Equation

Marketing symmetric speeds only works if the CPE actually delivers them. A subscriber sold on the promise of near-gigabit upload who runs a speed test and sees 100 Mbps because their router bottlenecks the connection will feel misled.

Wi-Fi 5 (802.11ac) routers have a theoretical maximum throughput that makes near-gigabit Wi-Fi performance unreliable in practice, particularly at range. Wi-Fi 6 and Wi-Fi 7 devices handle the bandwidth, the device density, and the interference environment of a modern home network considerably better. For ISPs planning to lead with symmetric performance in their marketing, ensuring that the CPE supplied to new subscribers is capable of delivering on that claim is not optional. It is the foundation of the promise.

This is also relevant for customer care. When upload-related issues are reported, Cloud ACS data showing the router’s upload throughput history, connected device count, and firmware status gives support agents the information needed to diagnose quickly rather than defaulting to a truck roll.

A Simple Messaging Shift

The change required is not a complete overhaul of acquisition marketing. It is an addition. Alongside the download headline, communicating that the service delivers near-symmetric performance — and explaining in plain terms what that means for the subscriber’s household — adds a relevant, credible, and currently underleveraged dimension to the value proposition. On a network that genuinely supports it, there is no cost to that claim.

Euroroute supplies Wi-Fi 6 and Wi-Fi 7 CPE to UK ISPs, including devices from FRITZ!, Icotera, Kontron and Huawei.