A Real Result, Cautiously Framed
On August 18-19, 2026, Egypt's National Telecommunications Regulatory Authority (NTRA), Telecom Egypt, and Huawei ran the first mobile-services trial of the upper 6GHz band (U6GHz, 6.425-7.125GHz) anywhere in Africa, standing up a base station and completing a data call that reached roughly 1.7 Gbps per user (Developing Telecoms; Connecting Africa). NTRA Executive President Mohamed Shamroukh tied the test directly to policy: U6GHz, he said, is "one of the strategic frequency ranges included in Egypt's long-term national spectrum plan (2030-2035)," which is still being drafted. No auction timetable or licensing framework has been announced. What exists so far is a two-day engineering demonstration and a stated intention.
That distinction matters, because the trial is being read internationally as Egypt choosing sides in a live global fight over how the 6GHz band should be used — Wi-Fi or mobile — and diverging from Washington and New Delhi. The comparison is only half right, and getting it right changes the policy conclusion.
The Case for Licensed Mobile
The strongest argument for NTRA's direction is not speculative. The World Radiocommunication Conference in December 2023 (WRC-23) already identified 6425-7125 MHz in ITU Region 1 — which includes Egypt — for the terrestrial component of International Mobile Telecommunications under footnote 5.6A12, alongside continued allocation for wireless access systems (ITU WRC-23 Final Acts). Egypt following that identification is not a rogue move; it is using spectrum the treaty body already earmarked for exactly this purpose. A contiguous 700MHz block, cleared for exclusive mobile use, gives an operator like Telecom Egypt the interference certainty and channel width that 5G-Advanced and eventual 6G deployments need to justify base-station capex. Egypt's mid-band spectrum is also genuinely congested, and a mobile-only lane sidesteps years of coexistence engineering that licensed-unlicensed sharing regimes require. That is a fair case, and NTRA has grounds to make it.
Where the Comparison Breaks Down
Where the framing overreaches is in describing this as a clean break from the US and India. The FCC's April 2020 order did open the entire 5.925-7.125GHz band — all 1,200MHz — to unlicensed use, making the United States the genuine outlier of full-band Wi-Fi (FCC Fact Sheet). India is a different story. Its Department of Telecommunications delicensed only the lower 500MHz (5925-6425MHz) for Wi-Fi 6E/7 in a gazette notification effective January 20, 2026 — and explicitly reserved the upper 6GHz band for licensed IMT/mobile use, the same slice Egypt just trialed (Wi-Fi NOW Global). On the upper band specifically, Egypt and India are pointed the same direction. The real global divide is the US's all-Wi-Fi approach versus everyone else's split-band approach — and Egypt is standing with the majority, not against it.
Why Speed Still Matters Here
That context should make NTRA more confident about the trial's direction, but not about the timeline. WRC-27, four years out, will determine whether Asian administrations in Region 3 opt into the additional 600MHz already available to Region 1 — meaning the equipment ecosystem, chipset roadmaps, and global economies of scale for upper-6GHz mobile gear are still being decided. Committing Egypt's 2030-2035 plan to exclusive mobile licensing now, on the strength of one vendor's two-day demonstration, risks locking in ahead of that international consensus rather than benefiting from it. India's approach — delicense the portion with proven, immediate consumer demand (Wi-Fi capacity relief) while holding the upper band for a later, evidence-based mobile auction — is the more proportionate model precisely because it doesn't force an either/or choice before the market has spoken.
A Single-Vendor Trial Is a Thin Foundation
There is also a competition dimension NTRA should not wave past. The trial that will help define a decade of Egyptian spectrum policy was run with one network vendor, Huawei. That is not disqualifying — Huawei is already Telecom Egypt's infrastructure partner on other projects — but a spectrum plan built around a single equipment supplier's demonstrated capability is a narrower evidentiary base than a regulator should want before writing exclusive-license rules that will shape procurement for years.
The Proportionate Path
None of this argues against upper 6GHz for mobile in Egypt — the ITU identification supports it, and the capacity case is real. It argues against treating a successful engineering trial as a settled licensing decision. NTRA should publish its 2030-2035 band plan for public comment, test coexistence with at least a partial Wi-Fi carve-out as India did, and let WRC-27 outcomes inform final channelization before auctioning exclusive rights. A regulator that got the direction right shouldn't undercut it by moving faster than its own evidence.