Ericsson structures a large-scale operation to test and expand the capacity of 5G networks during FIFA’s Copa of Mundo 2026. The sporting event will take place in 16 host cities spread across América of Norte. Operadoras telecommunications and equipment suppliers are racing against time to adapt the existing infrastructure. The central goal involves supporting an unprecedented demand for connectivity generated by millions of fans. Data traffic will behave differently than conventional football matches. The distribution of the public will occur simultaneously in multiple locations over several weeks of competition.
Engenheiros from the telecommunications sector have already started strengthening mobile networks in the metropolitan regions involved. Companies layer macro equipment, small cells, and temporary assets to ensure continuous 5G coverage. Intensive planning seeks to avoid connection bottlenecks in areas of high population density. Esta multifaceted strategy tries to solve the technical challenges imposed by a tournament with continental dimensions. Fluid connectivity has become a basic requirement for the championship’s logistical and commercial operation.
Experiência with Taylor Swift shows changes network planning
Taylor Swift’s Eras tour delivered valuable and unexpected data to Ericsson technicians. The company is now applying these metrics in preparation for the 2026 FIFA Mundo Mundo. The volume of uplink traffic generated by the singer’s fans exceeded three to four times the average recorded at traditional sporting events. The public shared a massive amount of videos and photos in real time. Esse specific digital behavior broke the initial comic consumption predictions made by operators.
Peter Linder, head of thought leadership at Ericsson Americas, explained the need to invert the network’s operating logic. The focus needed to change quickly to support the high volume of uploads. The technical team adjusted the parameters to minimize capacity gaps in the artist’s subsequent shows. The executive has been monitoring the behavior of networks in large agglomerations for several years. The analysis portfolio includes the Super Bowl, IndyCar, Fórmula 1 and Olimpíadas and Paris. The intensive sharing of audiovisual media has revealed a new usage pattern that requires the reconfiguration of mobile infrastructure.
Padrões data consumption during football tournament
The uplink capacity will come under severe pressure during the World Cup matches, but the behavior of football fans differs from that of audiences at music shows. Fãs entertainment uses the smartphone’s camera uninterruptedly. Sports viewers prioritize access to statistics, replays and information about other matches. The focus is on simultaneous browsing and data downloading. Internet traffic on the 2026 FIFA Copa will have a much wider and more prolonged geographic spread.
The international tournament will feature 11 host cities in Estados Unidos, three in México and two in Canadá. The dynamics contrast sharply with the concentration of people in a single stadium for just three hours. Connectivity needs to work with stability throughout the urban network, following the movement of delegations and tourists. Ericsson’s Equipamentos radio access network (RAN) already operates in more than 75% of host metropolises. Strengthening the signal on traffic routes and training centers requires at least one year in advance for the completion of the works.
Transações financial and transmissions require low latency
The speed of financial transactions represents a critical factor for the commercial viability of the sporting event. Peter Linder highlighted that digital payment processing time directly affects the consumer experience and dealerships’ revenue. The executive cited a car race where card approval varied between 2 and 30 seconds. The network infrastructure must ensure that the purchase of an $18 beer takes place in exactly two seconds. The continuous flow at food stalls and official product stores depends on the low latency of 5G.
Business operations teams monitor security screening and digital ticket validation at turnstiles. Professional media production has also increased dependence on next-generation mobile networks. Emissoras utilize smartphones and wireless cameras for studio-quality live broadcasts. NBC Sports used eight iPhone 17 Pro devices connected to T-Mobile’s standalone (SA) 5G network recently. The operation captured and transmitted high-definition images during Kentucky Derby. The case demonstrates the growing demand for high-performance connectivity in sports journalism.
Operadoras details million-dollar investments in infrastructure
The main telecommunications companies of América and Norte make significant financial contributions to support the tournament. The central objective is to absorb the exponential increase in data traffic without compromising system stability. The actions include the modernization of antennas, the installation of optical fiber and the implementation of artificial intelligence in spectrum management.
- Rogers: The company has allocated US$22 million for the Toronto infrastructure and US$5 million for the Vancouver region. The total investment of US$27 million required almost 7,000 hours of planning and technical execution.
- Verizon: The event’s official telecommunications services sponsor projects a consumption of more than 50 terabytes of data per match within each stadium. The volume is equivalent to more than three years of uninterrupted high-resolution video streaming.
- AT&T: The carrier has implemented more than 2,000 network upgrades across its 11 American host cities. The improvements cover airports, training centers and fan festival areas, projecting capacity two to three times the standard.
- T-Mobile: The company is preparing a combination of network optimization with artificial intelligence and real-time monitoring. Coverage covers fan zones and areas of high circulation, although the company has not disclosed the exact investment values.
The joint initiatives of the private sector highlight the size of the logistical challenge posed by the world championship. The large-scale preparation seeks to transform 5G technology into an invisible, but essential, pillar for the tournament to function. The successful operation of the networks will determine the quality of the experience for those watching the games from the stands or on the streets of the host cities.
Desafios logistics for continuous metropolitan coverage
Public mobility imposes an extra layer of complexity on the design of telecommunications networks. Torcedores do not remain static at competition venues. The flow of thousands of people leaving subway stations, airports and hotels heading to the arenas requires a seamless signal transition between cell towers. Dropped connections during travel cause data congestion when devices try to reconnect simultaneously. Engineers calibrate systems to anticipate these waves of mobile traffic.
The schedule of physical works on public roads and private facilities follows an accelerated pace to meet the organization’s deadlines. The installation of underground cables and the attachment of antennas to street furniture depend on municipal licenses in three different countries. The alignment between operators, Ericsson and local governments defines the success of the technological endeavor. The infrastructure legacy left after the final whistle will benefit the resident population for decades to come.