e& UAE and ZTT Validate Hollow-Core Fibre with Up to 30% Latency Reduction in UAE Trial

As part of a strategic collaboration, e& UAE , the flagship telecom arm of global technology group e&, in partnership with ZTT , a leading provider of advanced fibre optic solutions, has announced the successful completion of the region’s first hollow-core fibre (HCF) field trial.

Conducted over a live external plant link between two facilities, the trial validated measurable latency gains versus conventional solid-glass fibre, with up to a 30 per cent reduction observed under test conditions.

This pioneering initiative marks a significant milestone in the region’s fibre optic infrastructure, offering substantial improvements in speed, bandwidth, and energy efficiency. The field trial demonstrated the technology’s potential to support future high-performance connectivity across the UAE. HCF, developed with state-of-the-art technology, allows light to travel through air rather than glass.

 “This collaboration with ZTT advances our work on low-latency transport for the UAE’s digital infrastructure. Validating HCF in the field is an important step toward enabling new performance benchmarks for businesses and public services. We are proud to be the first in the region to deploy HCF at this scale.”

–Abdul Rahman Al Humaidan, Senior Vice President (SVP), Access Network Development, e& UAE 

“The results confirm HCF’s readiness for real-world scenarios. Working with e& UAE, we demonstrated meaningful latency gains that can benefit data centres, cloud connectivity, and other time-sensitive applications.”

–Cao Shanshan, Chief Technology Officer, ZTT

Key Features of the HCF solution:

• Ultra-low latency: Enhances performance for high-speed data applications and critical communications.
• Improved signal integrity: Reduced dispersion and attenuation over long distances.
  
• High bandwidth capacity: Supports the increasing demand for data-intensive applications.
• Enhanced durability: Engineered for robust outdoor deployment under harsh environmental conditions.
• Future-ready infrastructure: Ideal for supporting next-generation technologies such as 5G, cloud computing, and AI-powered services.

This deployment in the UAE underscores e& UAE’s commitment to accelerating digital transformation and driving innovation across the UAE’s ICT sector. The collaboration with ZTT also highlights a shared vision of advancing telecommunications infrastructure with sustainable, future-proof technologies.

As the UAE accelerates its digital transformation, HCF becomes a critical enabler for high-capacity, mission-critical communications across key hyperscalers, data centres, and cloud infrastructures. Its superior performance also supports emerging technologies such as AI-driven applications, edge computing, autonomous systems, and future high-bandwidth enterprise services.