Summary

  • du says its live 5G+ network is providing end-to-end U6GHz connectivity through commercially available customer-premises equipment.
  • The announcement makes customer access the next proof point: device supply, eligible plans, coverage and measured performance remain undisclosed.

A router is a more demanding test than a network announcement

du’s 13 October announcement moves the U6GHz story to the customer edge. The operator says it has connected commercially available customer-premises equipment (CPE), including internet routers used in homes and businesses, to an end-to-end service on its live 5G+ network. It reports 350 MHz of contiguous spectrum at 6775–7125 MHz. Those are specific operational claims, but the announcement does not identify a retail plan, device model, city list, launch date by market, price or number of customers. “Commercial” and “customer-ready” remain du’s descriptions until customers can buy, install and use the service under published terms. WAM’s report of du’s announcement

The distinction matters because e& UAE had already announced a commercial U6GHz network deployment in June, planned for the second half of 2026, using 350 MHz at 6425–6775 MHz. du’s news is a separate milestone: it asserts a customer-premises connection, not merely a network build. The two company-reported ranges are adjacent, but this does not establish exclusive licences, actual availability throughout the UAE or how the networks compare in service. e&’s June announcement

Regulation gives the experiment a wider frame. TDRA’s 2026–2031 spectrum outlook lists 6425–7125 MHz for IMT and describes coordination involving both licensees. That planning envelope helps explain why two operators are working in neighboring 350 MHz ranges; it is not proof that every portion is already live or available to every customer. TDRA spectrum outlook

The label “6G” needs similar discipline. du presents U6GHz as a foundation for future 6G, while describing the current service as running on 5G+. The ITU’s IMT-2030 work remains a standards and evaluation process. A new band used by a 5G-Advanced network can prepare capacity and engineering experience for later systems without becoming standardized 6G. ITU-R’s IMT-2030 programme

For customers, the unresolved questions are mundane and decisive: which CPE can connect, whether it is sold or bundled, which addresses qualify, what installation costs, how the service behaves at busy hours, and whether the higher-frequency layer holds up indoors. A successful demonstration proves a technical path; sustained customer use proves a product. That is the evidence gap du’s next disclosures can close.