High-capacity optical transport.
Up to 400 Gbps Wavelength connectivity engineered for hyperscale data, cloud backbones, and carrier routes.
Engineered for scalable transport connectivity.
As hyperscale computing, AI, and inter-data center replication reshape global infrastructure, network buyers need deterministic, high-capacity fiber transport. Fidium Wavelengths deliver point-to-point DWDM transport connectivity at 10Gbps, 100Gbps, and 400Gbps—purpose-built for latency-sensitive, high-throughput workloads.
Designed for ISPs, hyperscalers, and infrastructure providers, Fidium’s optical transport enables fast provisioning across metro and long-haul paths with resilient design options, diverse routing, and SLA-backed performance.
Solving for infrastructure-grade needs.
High-Capacity Optical Paths
Support mission-critical replication, cloud access, and edge interconnection with dedicated optical channels up to 400Gbps.
Ultra-Low Latency
Eliminate jitter and route variability for delay-intolerant applications like AI model training, streaming, and trading.
Architectural Control
Physically isolated paths with optional encryption, diverse route engineering, and consistent QoS.
Purpose-built for high-scale environments.
Engineered for network operators, hyperscalers, and carriers managing explosive data growth, latency-sensitive workloads, and core-to-edge transport connectivity solutions.
Wavelength transport tiers:
Choose the right configuration for your bandwidth, uptime, and performance goals.
STANDARD
Base point-to-point high-speed optical path
PROTECTED
Adds auto-failover via secondary routing
DIVERSE ROUTE
Leverages physically diverse fiber paths for max uptime
Availability of configurations varies by location. Contact our team to design a custom wavelength solution.
Why trust Fidium for Wavelengths?
Proven network. Proven results.
400G
Optical transport capacity over DWDM.
Geo-redundant
Design options.
300+
On-net and near-net data centers.
24x7x365
Monitored transport.
Applications & use cases:
Tailored for large-scale infrastructure teams managing performance-critical environments, Fidium’s Wavelength connectivity solutions power the core of digital ecosystems across multiple industries.
Getting started with Wavelengths.
Simple engagement. Custom-fit solutions.
Scope
We evaluate route feasibility, site requirements, and diversity needs.
Design
DWDM architecture is provisioned based on bandwidth and protection goals.
Deploy
Final testing and commissioning ensures SLA-grade turn-up.
Hybrid options:
Pair Wavelengths with Dark Fiber and Data Center connectivity for end-to-end transport solutions.
Have questions? We’ve got answers.
Yes. Custom topologies can be provision,ed including rings, protected mesh, and centralized hub architectures
Wavelength connections can scale up to 400Gbps depending on your needs and network design.
Depending on location and readiness, Wavelengths can be delivered in weeks—not months.
Absolutely. This is one of the most common and ideal applications for Wavelength.
With Wavelength connectivity, Fidium provides the equipment and manages the optical layer, delivering dedicated, high-speed connections without the need for you to manage the fiber. Dark Fiber, on the other hand, gives you raw, unlit fiber strands—ideal if you have in-house expertise to manage and light the network yourself for maximum control.
Yes. Wavelength can be part of a hybrid network strategy that includes Dark Fiber for maximum control or links to Fidium data centers for colocation and cross-connect options.
Wavelengths offer dedicated, ultra-high-capacity optical paths using DWDM, providing superior fiber transport for deterministic routing between critical endpoints.
Fidium Wavelengths support 10Gbps, 100Gbps, and 400Gbps connections.
We're continually expanding. Availability depends on route feasibility—contact us for a site check.
Yes, Wavelengths are inherently private Layer 1 connections, bypassing shared Layer 2/3 infrastructure.
They’re ideal for connecting data centers, especially for cloud access, replication, or AI workloads where consistent throughput is critical.