Wavelength

High-Capacity Optical Transport

Firefly delivers Wavelength services for organizations that need dedicated, high-capacity connectivity between critical locations. Using a dedicated optical wavelength over fiber, Wavelength provides a private point-to-point transport solution built for demanding applications, predictable performance, and future growth.

Optical Transport

Built for Demanding Workloads

Wavelength is well suited to data center interconnection, cloud connectivity, disaster-recovery replication, large-scale storage, content distribution, and other bandwidth-intensive workloads. It provides the capacity and low-latency performance needed to move substantial volumes of data securely and efficiently between locations.

Data center interconnection with server racks
High-capacity optical transport fiber network
Scalable Capacity

Capacity That Grows With You

As your data requirements evolve, Firefly can help you scale from lower-capacity connections to 10G, 100G, and higher-capacity optical transport options where available. Rather than redesigning your network every time demand increases, Wavelength gives your organization a flexible foundation for long-term connectivity.

Through an extensive network footprint and diverse carrier options, Firefly helps identify the right route, capacity, and service configuration for your locations. The result is a high-performance transport solution designed around your business priorities—whether that means availability, low latency, data-center connectivity, or room to scale.

Key Benefits

Dedicated, point-to-point optical connectivity

High-capacity transport for data-intensive applications

Scalable bandwidth options as demand grows

Low-latency connectivity between key sites

Ideal for data centers, cloud environments, disaster recovery, and enterprise networks

Broad network reach through extensive carrier and route options

Ready for High-Capacity Optical Transport?

Book an infrastructure review and find out how Wavelength can support your most demanding connectivity requirements.