5G mmWave Trial Achieves 6.9 Gbps Speed Breakthrough

Industry Insights from Next Move Strategy Consulting

As the race for faster, more resilient wireless networks accelerates, the collaboration between Salam and Huawei Technologies Co., Ltd. has delivered a defining milestone in next-generation communication systems. Through a landmark 5G mmWave trial, both companies demonstrated unprecedented throughput and coverage, paving the way for ultra-broadband connectivity across Saudi Arabia and beyond.

A Milestone in Next-Generation Network Performance

Conducted under an experimental license, the outdoor trial achieved a peak throughput of 6.9 Gbps, marking one of the most significant advances yet recorded in the region’s telecom landscape. Equally impressive was its ability to sustain 4 Gbps across a distance of 10 kilometers, while maintaining consistent connectivity even at a medium range of 6 kilometers with approximately 5 Gbps throughput. These results highlight the vast potential of mmWave 5G Advanced technology to deliver exceptional performance both in dense urban environments and over extended rural distances.

The trial validated how high-frequency mmWave bands can overcome previous barriers of limited range, proving that ultra-fast wireless communication can now be achieved without compromising reach. It stands as tangible evidence that the evolution toward 5G Advance is not only theoretical but rapidly becoming operational reality.

Transforming Connectivity Beyond Traditional Limits

The successful demonstration underscores how 5G mmWave can bridge critical connectivity gaps where fibre installation remains complex, costly, or impractical. By achieving multi-gigabit fixed wireless access speeds, Salam and Huawei have shown that high-capacity broadband can be delivered without the heavy infrastructure burden of wired networks.

This achievement also holds profound implications for industrial zones, enterprise campuses, and public venues, where high-density, low-latency communication is essential. The trial’s performance confirms that mmWave can efficiently support data-intensive applications such as cloud computing, AI-driven automation, and immersive media experiences. It marks a decisive step toward the seamless, high-performance digital ecosystems envisioned under the 5G Advanced framework.

Strategic Significance for the Telecom Landscape

Beyond the technological breakthrough, this trial reflects a broader strategic ambition to accelerate Saudi Arabia’s digital transformation. Salam’s continued investment in next-generation connectivity and Huawei’s long-standing expertise in radio innovation align with the Kingdom’s vision to strengthen its role as a global digital hub.

By validating long-range, high-throughput wireless delivery, Salam has demonstrated its readiness to support the next era of smart infrastructure, public services, and enterprise digitization. Huawei’s involvement reinforces its global leadership in mmWave development, further solidifying the company’s commitment to driving accessible, scalable, and sustainable network technologies.

Next Move Strategy Consulting’s View

From a strategic market perspective, this breakthrough trial represents a defining moment for the 5G mmWave ecosystem. It proves that the technology is maturing beyond laboratory tests and selective deployments, entering a stage where it can transform real-world connectivity.

The ability to achieve near-fibre performance through wireless means marks a paradigm shift for both operators and enterprises. For telecom providers, it opens new opportunities to deliver gigabit-class internet without relying solely on costly fibre rollouts. This agility could redefine competitive dynamics in markets seeking to balance rapid deployment with performance excellence.

Equally important is mmWave’s newfound ability to maintain stable connections across long distances. Historically viewed as a high-speed, short-range option, mmWave’s extended reach in this trial demonstrates that it can now serve suburban and rural communities previously underserved by fibre infrastructure. This advancement positions mmWave as a cornerstone for bridging the digital divide and enabling inclusive digital access.

From an enterprise standpoint, the technology’s potential extends far beyond connectivity. Industries dependent on automation, real-time analytics, and AI-powered operations will benefit immensely from the ultra-low-latency and massive data capacity that mmWave supports. It enables environments such as smart factories, logistics hubs, healthcare facilities, and energy sectors to operate with unprecedented precision and responsiveness.

Furthermore, as 5G Advance evolves, the strategic importance of spectrum efficiency and network orchestration becomes critical. Governments and regulators are likely to prioritize frameworks that encourage mmWave deployment while maintaining fair access and interoperability across vendors. This collaboration between Salam and Huawei demonstrates that with the right partnerships and regulatory vision, mmWave can scale commercially, ensuring both performance and sustainability.

Ultimately, the 5G mmWave market is on the cusp of transformation. Its integration into mainstream telecom operations will catalyze a new wave of digital infrastructure investments, enabling next-level connectivity that blends speed, reliability, and reach.

Redefining Wireless Possibilities

The Salam-Huawei mmWave trial stands as a compelling demonstration of how far wireless technology has progressed — from incremental bandwidth gains to genuine fibre-class performance. As telecom providers embrace this evolution, industries, enterprises, and communities can look forward to a new standard of digital experience.

By combining technological excellence with strategic foresight, Salam and Huawei have not only redefined the boundaries of wireless performance but also laid the groundwork for the next generation of intelligent connectivity — where speed, scale, and accessibility converge to shape the future of communication.

Source: Communications Today

Prepared by: Next Move Strategy Consulting