The technology's dynamic power sharing capabilities and advanced multi-band functionality position du at the forefront of 5G-Advanced network construction, creating long-term competitive advantages in network efficiency and customer satisfaction.
Dubai, UAE, December 18, 2025: du, the leading telecom and digital services provider, today announced the successful deployment of the UAE's first tri-band Radio Remote Unit (RRU) solution operating on the 600MHz spectrum, marking a significant milestone in the country's 5G-Advanced network construction. The innovation, developed in partnership with Huawei, delivers enhanced indoor coverage and superior user speeds while substantially reducing environmental impact through advanced sustainability features.
The pioneering solution introduces dynamic power sharing technology and multi-band RRU capabilities specifically customized for du's network infrastructure. This technological advancement represents a major leap forward in 5G network evolution, offering du's 5G Fixed Wireless Access (FWA) and Voice over New Radio (VoNR) service users unprecedented connectivity quality, particularly in challenging indoor environments where traditional coverage has been limited.
Saleem AlBlooshi, Chief Technology Officer at du said: 'This achievement reinforces du's position as a technology pioneer in the UAE telecommunications landscape. Introducing the region's first tri-band RRU solution on 600MHz spectrum will enable us to enhance our customers' digital experience in line with our commitment to sustainable network development that minimizes environmental impact while maximizing performance.'
The innovative solution addresses critical industry challenges through its reduced weight and compact footprint design, enabling more efficient network deployment while consuming significantly less power than conventional alternatives. This approach aligns with du's broader sustainability objectives and supports the UAE's environmental goals by optimizing both capital and operational expenditures while reducing the overall carbon footprint of network infrastructure.
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