Why Switzerland’s Internet Is Faster and Cheaper Than America’s

Many households pay between $80 and $100 a month for internet plans advertised as “gigabit” connections. Yet during the busiest hours of the evening, video calls freeze, cloud backups slow down and large uploads take far longer than expected, even though the monthly bill remains unchanged.

For many consumers, the frustration feels like a technical limitation. A comparison that resurfaced on Hacker News this week suggests the bigger difference may lie in how broadband networks are built and regulated rather than how advanced the technology itself is.

Swiss networking engineer Stefan Schüller compared broadband infrastructure in Switzerland and the United States, arguing that the gap is driven less by fiber technology than by competition over the networks carrying that traffic.

Switzerland built its network differently

Switzerland’s residential broadband market offers speeds that remain uncommon even in much larger economies.

Provider Init7 sells a 25 Gbit/s symmetric fiber connection for about CHF 64.75 (roughly $72) per month. Salt offers 10 Gbit/s service for CHF 49.95, while Galaxus sells 1 Gbit/s plans for about CHF 34.

Unlike many broadband deployments elsewhere, these services typically provide customers with dedicated fiber connections rather than bandwidth shared across multiple households. That allows providers to upgrade speeds by replacing networking equipment while leaving the fiber already installed beneath streets untouched.

The result is not simply faster download speeds but equally fast uploads, an increasingly important factor for remote work, cloud storage, software development and content creation.

Why American broadband behaves differently

The comparison is less about fiber itself than how that fiber is deployed.

Much of Switzerland relies on Point-to-Point architecture, where every customer has a dedicated fiber strand connecting the home to the local exchange. By contrast, many U.S. broadband providers use GPON or XGS-PON systems that distribute available bandwidth across groups of homes connected to the same neighborhood node.

While those networks can still advertise gigabit speeds, performance varies depending on overall neighborhood demand because multiple households share the available capacity.

The architecture is not necessarily inferior, but it reflects different economic priorities and infrastructure models.

Competition begins with who owns the network

Schüller argues the larger difference lies beneath the ground.

Swiss cities generally treat underground ducts as shared infrastructure, allowing multiple internet providers to lease access instead of excavating new networks. New entrants compete through pricing, service quality and customer support rather than duplicating expensive civil engineering projects.

“In the United States, the majority of households have only one choice for high-speed internet. Speeds are lower. Prices are higher. And the technology is often a decade behind. The free market promised innovation. It delivered rent-seeking,” Schüller wrote.

FCC broadband availability data illustrates that challenge. About 43% of Americans have access to only one provider capable of delivering broadband speeds above 100 Mbps, limiting consumers’ ability to switch providers when prices increase or service quality declines.

The policy decisions that shaped today’s market

The structure of today’s broadband market reflects regulatory decisions made decades ago.

The Telecommunications Act of 1996 sought to encourage infrastructure sharing and greater competition. However, subsequent FCC decisions classified broadband as an information service rather than a telecommunications service, reducing requirements for incumbent providers to open their networks to competitors.

Critics argue that the result has been regional markets where cable and fiber providers compete geographically rather than directly. Consumers often choose between a single high-speed provider or significantly slower alternatives, rather than multiple companies operating on the same physical infrastructure.

Not every country followed that approach. Singapore separates ownership of broadband infrastructure from retail internet services, allowing providers to compete over a common network. Residential 10 Gbit/s plans are available for roughly $30 per month.

The United States has examples as well. Chattanooga, Tennessee, built a municipal fiber network that regularly ranks among the country’s fastest residential broadband services, although similar projects remain restricted in many states.

The comparison extends beyond speed

The discussion is increasingly relevant because internet connections now support far more than entertainment.

Remote work, online education, cloud computing and digital businesses depend heavily on reliable upload performance alongside download speeds. Symmetric connections, where uploads match downloads, have become standard in Switzerland but remain less common across much of the U.S. broadband market.

That difference affects everyday tasks ranging from large file transfers to simultaneous video meetings in households where several people work or study from home.

A question of market structure

The comparison between Switzerland and the United States is ultimately less about technological capability than market design.

Hardware capable of delivering multi-gigabit residential connections is commercially available worldwide. What varies is whether competing providers can access the infrastructure needed to reach customers and whether consumers have meaningful alternatives when prices rise or service quality falls.

For households wondering why broadband bills continue to increase while performance often fails to match advertised speeds, the explanation increasingly lies in competition policy as much as network technology.