Deutsche Telekom to Phase Out 2G by 2028 for Enhanced 4G and 5G Services

In a significant move aimed at bolstering its 4G and 5G networks, Deutsche Telekom plans to phase out its aging 2G network by June 30, 2028. This strategic decision will allow the company to reallocate the 900 MHz spectrum currently used for 2G to strengthen its more advanced 4G and 5G services. By shutting down the 2G network, Deutsche Telekom aims to enhance data transmission speeds and reliability, especially in rural areas where connectivity often lags behind urban centers. This initiative aligns with the company’s broader objective of providing faster and more comprehensive data services to a majority of its customers. Presently, the company’s 5G network covers over 97% of Germany, with plans to expand this coverage to 99% by 2025.

Reallocating the 900 MHz spectrum is expected to yield substantial improvements in both 4G and 5G services, particularly in regions with limited coverage. As the 2G network becomes obsolete, phones without 4G capabilities will no longer be functional, necessitating an upgrade for affected users. Deutsche Telekom currently operates 12,800 5G antennas across 950 cities, primarily utilizing the 3.6 GHz band. The company also plans to roll out its 5G Standalone (5G SA) service later this year, making it available to private consumers. While business customers are already benefiting from 5G SA features like network slicing, this new move aims to extend such advantages to a broader customer base.

Enhanced Spectrum Utilization

In a significant move to bolster its 4G and 5G networks, Deutsche Telekom will phase out its aging 2G network by June 30, 2028. This strategic decision enables the company to reallocate the 900 MHz spectrum currently used for 2G, enhancing its more advanced services. By shutting down 2G, Deutsche Telekom aims to improve data transmission speeds and reliability, particularly in rural areas where connectivity often lags behind urban centers. This initiative aligns with the company’s broader objective of delivering faster and more comprehensive data services to the majority of its customers. Currently, the 5G network covers over 97% of Germany, with plans to reach 99% coverage by 2025.

Reallocating the 900 MHz spectrum is expected to significantly improve both 4G and 5G services, especially in regions with limited coverage. As 2G becomes obsolete, older phones without 4G capabilities will need upgrades. Presently, Deutsche Telekom operates 12,800 5G antennas across 950 cities, primarily on the 3.6 GHz band. The company also plans to launch its 5G Standalone (5G SA) service later this year for private consumers. While business customers are already benefiting from 5G SA features like network slicing, this new initiative aims to extend such advantages to a broader customer base.

Explore more

Effective Email Automation Strategies Drive Business Growth

The digital landscape is currently witnessing a silent revolution where the most successful marketing teams have stopped competing for attention through volume and started winning through surgical precision. While many organizations continue to struggle with the exhausting cycle of manual campaign creation, a sophisticated subset of the market has mastered the art of “set it and forget it” revenue generation.

How Can Modern Email Marketing Drive Exceptional ROI?

Every second, millions of digital messages flood into global inboxes, yet only a tiny fraction of these communications actually manage to convert a passive reader into a loyal, high-value customer. While the average marketer often points to a return of thirty-six dollars for every dollar spent as a benchmark of success, this figure represents a mere starting point for organizations

Modern Tactics Drive High-Performance Email Marketing

The sheer volume of digital correspondence flooding the modern consumer’s primary inbox has reached a point where generic messaging is no longer merely ignored but actively penalized by sophisticated filtering algorithms. As the global email ecosystem navigates a staggering daily volume of nearly 400 billion messages, the traditional “spray and pray” methodology has transformed from a sub-optimal tactic into a

How Will AI-Native 6G Networks Change Global Connectivity?

Global telecommunications are currently undergoing a profound metamorphosis that transcends simple speed upgrades, aiming instead to weave an intelligent fabric directly into the world’s physical reality. While the transition from 4G to 5G was defined by raw speed and reduced latency, the move toward 6G represents a fundamental departure from traditional telecommunications. The industry is moving toward a reality where

How Is AI Redefining the Future of 6G and Telecom Security?

The sheer velocity of data surging through modern global telecommunications has already pushed traditional human-centric management systems toward a breaking point that demands a complete architectural overhaul. While the industry previously celebrated the arrival of high-speed mobile broadband, the current shift represents a fundamental departure from hardware-heavy engineering toward a software-defined, intelligent ecosystem. This evolution marks a pivotal moment where