Millions of broadband users in the UK are familiar with the challenge of dealing with internet congestion, particularly during evening hours when online activities peak. This surge in usage, as households engage in streaming, downloading, and video calls, often leads to reduced speeds due to network overload.
Comparatively, daytime hours see faster and more stable download speeds as fewer users are online. The analogy of broadband functioning like a motorway holds true – increased traffic results in slower performance, evident in the significant speed decline typically observed between 7pm to 11pm.
A recent study by Broadband Genie has shed light on the areas in the UK most impacted by these peak-time slowdowns, with Wigan (WN1) ranking at the top. Users in Wigan experience a notable drop in average download speeds from 167Mbps during off-peak hours to only 75Mbps in the evening, marking a decrease of 55%.
Other regions heavily affected by evening congestion include Galashiels (TD1), Harrogate (HG1), Exeter (EX1), and Rochester (ME1).
In contrast, some areas in the UK actually witness improved speeds during peak hours. Newport emerged as the top performer in the study, followed by Oxford, Glasgow, Blackburn, and Cambridge.
Broadband Genie emphasized the similarity between internet networks and congested roads, noting that broadband speeds can be influenced by peak-time activities. Analyzing over 144,000 speed tests, the study identified locations where broadband performance fluctuates significantly during busy periods.
The report also highlighted regional disparities across the UK, with Scotland leading in overall improved broadband performance during evenings. Conversely, the South West experienced a drop of around 15% in average speeds during peak periods compared to daytime usage.
Experts suggest several measures to enhance home internet connections, such as placing routers in central, unobstructed locations for better signal quality. Providers like Virgin Media recommend periodic router reboots to resolve temporary network issues.