This website uses cookies to ensure you get the best experience on our website.
Services
Blown Fibre
Blown fibre technology is revolutionizing the way data networks are installed and upgraded, offering a highly flexible and scalable solution for modern connectivity. Our blown fibre services provide a fast and efficient way to install and manage fibre-optic networks, ensuring your data infrastructure can evolve with your growing needs.
What is Blown Fibre?
Blown fibre involves the installation of fibre-optic cables through a network of ducts using compressed air. This method allows for quick and easy deployment of fibre-optic cables, enabling future upgrades or changes to be made with minimal disruption and without the need for digging up or replacing existing ducts.
Datanet’s blown fibre solutions offer the perfect balance of flexibility, cost-effectiveness, and future scalability for your data infrastructure needs. Whether you’re building a new network or upgrading an existing one, we provide seamless, reliable installations that keep you connected for the long haul.
Key Benefits of Blown Fibre:
- Speed and Efficiency – Blown fibre installations are faster than traditional fibre-optic deployments, reducing downtime and disruption during installation.
- Scalability – With blown fibre, you can quickly add more fibres to your network without costly and invasive rework. The system is designed to scale with your business’s growing demands.
- Cost-Effective – The flexibility of blown fibre reduces the need for frequent upgrades and provides a cost-effective long-term solution for network expansion.
- Future-Proof – As technology advances and bandwidth requirements increase, blown fibre allows for easy future-proofing. New fibres can be blown into existing ducts, keeping your infrastructure up-to-date without major overhauls.
- Minimal Disruption – Because cables are blown into pre-installed ducts, the process involves far less disruption to the surrounding environment, making it an ideal solution for commercial and residential areas.
