Why does Switzerland have 25 Gbit internet and the US does not?

A widely shared analysis, discussed at length on Hacker News, poses a provocative question: why can households in Switzerland buy home internet running at 25 gigabits per second while many people in the United States struggle to get a fraction of that? The comparison has become a lens for a bigger debate about what makes broadband fast, cheap and widely available.

To understand the gap, it helps to start with the physical infrastructure. Ultra-fast home internet generally depends on fibre-optic cable running all the way to the home, known as fibre-to-the-home. Fibre can carry vastly more data than the older copper telephone lines or the coaxial cables used by many cable providers, and countries that have built extensive fibre networks tend to top the global speed rankings.

Switzerland has invested heavily in fibre, and its dense, relatively compact geography makes wiring homes less costly per household than in sprawling, low-density areas. A smaller country with concentrated population centres can reach a high share of homes with fibre more quickly and cheaply than a large one where houses are far apart, which is part of the raw physical explanation.

But geography is only part of the story, and the analysis points to market structure and regulation as decisive factors. In several European markets, rules encourage or require the owners of physical networks to let competing providers use them, a practice sometimes called open access or local-loop unbundling. This lets multiple companies offer service over the same fibre, which can drive prices down and speeds up.

The United States took a different path. Broadband regulation there has generally leaned toward facilities-based competition, the idea that companies should build their own networks rather than share a rival's. In practice, the high cost of building means many American neighbourhoods are served by only one or two providers, and where competition is thin, there is less pressure to offer faster speeds at lower prices.

The author of the analysis argues that the label of a free market can obscure how much these outcomes depend on policy choices rather than markets operating in a vacuum. Whether one accepts that framing or not, the underlying point is widely discussed among telecoms economists: the rules governing who can use networks, and on what terms, shape competition as much as consumer demand does.

Subsidies and public investment also play a role. Some countries treat broadband more like a utility, with government support for building networks in areas where private companies see too little profit. The balance a country strikes between private investment, public funding and regulated access helps determine whether fast internet reaches rural and lower-income areas or stops at the profitable city centres.

It is worth adding nuance to the headline comparison. Advertised top speeds, such as 25 gigabits, are not the same as typical speeds most households buy or need, and few everyday activities require anything close to that bandwidth. Averages, median prices and the share of homes with any fibre connection often tell a more complete story than the fastest available tier.

Still, the broad pattern the analysis highlights is real and supported by international data: some countries have achieved higher average speeds and lower prices than others, and those differences correlate with infrastructure investment and the competitive rules around network access. The US performs well on some measures and less well on others, which is why single comparisons can mislead.

The practical lesson is that internet speed and price are not purely technical outcomes but the product of decisions about infrastructure, competition and public policy. The Switzerland-versus-US comparison endures as a talking point precisely because it captures, in one striking number, how much those choices can shape what ordinary households ultimately pay and receive.