Telecom Review Group Accelerates GCC Journey to 10Giga with U6GHz Technology

The Telecom Review Group's Push Towards 10Giga in the GCC with U6GHz

The 20th Telecom Review Leaders' Summit took place on October 20-21, 2026, at the luxurious Ritz-Carlton, Dubai Jumeirah Beach Residence. This pivotal event brought together key figures in the telecommunications sector to discuss how U6GHz spectrum and 5G-Advanced can accelerate the Gulf Cooperation Council (GCC) nations' transition to blazing fast 10 gigabits per second (10Giga) data transmission speeds.

Key Speakers and Insights

Under the guidance of Issam Eid, the marketing director and partner at the Telecom Review Group, prominent speakers included Dr. Bilel Jamoussi from the ITU, Jawad Abbassi from GSMA, and Saif Bin Ghalita from TDRA, among others. Their shared perspectives emphasized the significance of robust spectrum policies and regulatory collaboration for telecommunications advancement in the region.

Bin Ghalita presented a roadmap that highlighted the UAE's proactive steps—such as the 500 MHz allocation for U6GHz for indoor Wi-Fi in 2020, followed by an additional 700 MHz for IMT by 2024. These actions established a foundation for commercial U6GHz deployment by local telecom giants, Etisalat and du, showcasing how effective policy has led to tangible benefits for the community.

Huawei's long-standing commitment to the UAE over 25 years was acknowledged, with Bin Ghalita expressing admiration for the partnership that continues to pave the way for substantial advancements. However, he also stressed the need for regulators to ensure compatibility and mitigate interference among devices.

Global Context and Economic Implications

The global trend towards U6GHz is unmistakable, with over 80% of the world's population now facilitating mobile usage of this spectrum band. Abbassi underscored the economic implications, revealing that a licensed approach to U6GHz deployment yields seven times the economic advantage compared to unlicensed alternatives. He warned that disparate national strategies might fragment device and network ecosystems, potentially incurring higher costs.

Dr. Jamoussi urged for international harmonization of spectrum standards to enhance connectivity opportunities. Furthermore, Du's reported peak data transmission speeds reaching 10Giga serves as a benchmark for the region, demonstrating the immense potential of U6GHz when paired with 5G-Advanced technologies.

Real-World Applications and Future Prospects

The benefits of the U6GHz spectrum extend beyond mere speed; it promises enhanced applications in fixed wireless access, mobile broadband, and AI-driven services. Steven Liu from Huawei outlined possibilities for high-speed home broadband enhancements and demanding mobile applications, noting that the actual performance will hinge on network configurations and deployment conditions.

Dr. Elnashar pointed out new corporate offerings and consumer applications, reiterating the journey initiated two years ago to transport the groundwork laid by past prototypes into effective commercial usage. The migration towards 10Giga marks a critical juncture in linking wireless to fiber-optic connectivity.

Omar Samman reflected on the increasing demands for uplink capacity, driven by AI applications. He affirmed that the growth in uplink traffic is already occurring in real-time, highlighting the role of AI-driven network radio access software in optimizing service delivery.

Conclusion: Toward an Era of 6G

Following an engaging panel discussion, Allen Tang from Huawei and Toni Eid from Telecom Review Group officially celebrated the world's first commercial launch of U6GHz in a ceremonious conclusion to the summit. This milestone signals the UAE's commitment to fast-track the shift towards a society capable of 10Giga capabilities. However, reaching this ambitious goal will hinge on delivering converged infrastructure, aligning standards, ensuring device readiness, and securing sustained investments. These elements will be essential in translating the potential of U6GHz into effective communication strategies while paving the way for the evolution towards 6G capabilities in the near future.