Smart xHaul
Open Solutions for xHaul Networks
The Right Architecture for Smart xHaul
Transport network upgrades for xHaul and edge networking are an urgent and critical requirement for 5G rollout, otherwise current network infrastructure cannot fulfill the stringent demands of commercial 5G services. The right architecture for optical xHaul, packet xhaul, and edge networking goes beyond latency, capacity, and operational requirements. 5G transport networks must also be open, interoperable, cost-effective, and ready for virtualized operations.
Plan Holistically, Deploy Incrementally
For most service providers, the best approach combines a holistic understanding of the big picture with an incremental deployment plan that scales economically, functionally, and intelligently.
Evolve Towards an Advanced Transport Ecosystem
The end-to-end 1Finity 5G transport solution serves a wide variety of xHaul and edge networking needs with a range of options. With a 1Finity solution, you can scale the network precisely and rapidly while minimizing disruption and controlling costs.
Coexistence of 3G, 4G and 5G
The Smart xHaul offering enables the co-existence of 4G and 5G services on the same platforms and fiber paths. The Edge Networking portfolio optimizes 1GbE low to 400GbE high capacity applications for the backhaul, access and aggregation along with leveraging the cloud control plane for new 5G use cases
Prepare Your Transport Network for Digital Transformation
Best-in-Class Technologies
Optimized Performance
Simplified Operations
Open Solutions for Intelligent 5G Transport
5G Transport
2023 Heavy Reading Survey
Now in its fourth year, Heavy Reading’s Operator Strategies for 5G Transport Survey focuses on 5G transport timelines and requirements as operators prepare for 5G-Advanced.
Success Story
5G Optical Transport for Super Bowl 2023
Discover how Fujitsu and HFR Networks delivered a big win for subscribers of a major tier 1 Communications Service Provider (CSP) at State Farm Stadium and surrounding area in Glendale, Arizona.
