Egypt has become the first African country to successfully trial mobile services on the upper 6GHz spectrum band, marking a milestone in the continent’s push for next-generation wireless capacity. The country’s National Telecommunications Regulatory Authority (NTRA), in collaboration with Telecom Egypt and Huawei, carried out the test, reaching download speeds of around 1.7Gbps per user.
How the trial worked
During the trial, the partners activated a mobile base station operating on the 6GHz band and successfully completed a data call over the spectrum, testing its potential to add capacity to mobile networks as data consumption continues to grow. The exercise focused on the U6GHz range, a segment of spectrum regulators worldwide are increasingly evaluating as a future resource for high-capacity mobile connectivity.
Why the 6GHz band matters
The 6GHz range is increasingly important to the future of wireless connectivity because of the larger blocks of spectrum it can potentially provide. For mobile operators, additional mid-band spectrum could help deliver higher speeds and greater network capacity without relying solely on much higher-frequency bands. As mobile data traffic keeps climbing, regulators and operators are looking for ways to expand network capacity beyond what current spectrum allocations can support, and 6GHz has emerged as one of the more promising candidates globally.
A first for the continent
The successful test puts Egypt at the front of Africa’s early experimentation with U6GHz for mobile connectivity, although further regulatory, technical and commercial steps would be required before the spectrum could become part of mainstream mobile networks. In other words, this is a proof-of-concept moment rather than the start of commercial rollout. Turning the trial into usable network capacity will still require formal spectrum allocation decisions, further technical validation, and commercial planning by operators.
Part of a broader push
With 5G still expanding across the Egyptian market, the 6GHz trial offers an early glimpse of the additional spectrum infrastructure that could eventually be needed to support the country’s next wave of mobile services. The test builds on Egypt’s recent history of telecom firsts in the region, including Telecom Egypt’s earlier work on Open RAN-based network technology, and reflects a broader strategy by Egyptian regulators to position the country as a leader in telecom innovation across the Middle East and North Africa.
For African telecom watchers, the trial is a signal that spectrum planning conversations already underway in markets like Europe and parts of Asia are beginning to reach the continent, even if commercial deployment remains some way off.
