Fiber and Telecommunications
High-capacity dark fiber and lit service deployments connecting infrastructure sites globally — engineered for the latency, reliability, and scale that modern operations demand.
Discuss ConnectivityNetwork Infrastructure
Connectivity is the nervous system of infrastructure
No matter how capable a data center or compute facility, its value is determined by how it connects to the rest of the world. IOXN develops fiber and telecommunications infrastructure as an integral part of every project — not an afterthought.
We develop routes, acquire rights-of-way, deploy conduit and fiber, and operate network services from metropolitan areas to long-haul international corridors.
Services
What we provide
Dark Fiber
Dark Fiber Deployments
Dedicated, unlit fiber infrastructure giving clients complete control over their optical layer. Ideal for organizations requiring the highest capacity, lowest latency, and complete network independence.
- Fully dedicated fiber pairs
- No contention or throttling
- Client-controlled wavelengths
- Long-term IRU agreements available
Managed Wavelengths
Lit Fiber and Managed Wavelengths
Pre-configured wavelength services over existing infrastructure for faster time-to-capacity. Available in 10G, 100G, and 400G configurations with monitoring and management included.
- 10G to 400G wavelengths
- Active monitoring and management
- Diverse route options
- 24/7 NOC support
Network Architecture
Carrier-Neutral Interconnection
Carrier-neutral meet-me rooms and interconnection points enabling multi-provider diversity. Connect to major internet exchanges, cloud on-ramps, and regional networks from a single neutral facility.
- Multiple carrier access
- Internet exchange connectivity
- Cloud on-ramps (AWS, Azure, GCP)
- Private interconnects available
Edge Networks
Last-Mile and Edge Connectivity
Metropolitan and long-haul routes from backbone infrastructure to distributed edge nodes and customer premises. Engineered for the latency and reliability requirements of real-time applications.
- < 5ms metropolitan latency
- Redundant route engineering
- Industrial and remote site access
- Wireless backhaul integration
Technical Standards
Network specifications
Fiber Type
G.652D / G.654E
Single-mode fiber optimized for long-haul and ultra-low-loss transmission
Wavelength Capacity
Up to 96 x 100G
Dense wavelength division multiplexing (DWDM) on IOXN backbone routes
Route Latency
Sub-1ms metropolitan
Route engineering for latency-sensitive applications and distributed compute
Service Availability
99.99% SLA
Diverse routing options for 99.999% availability with protection switching
Amplification
EDFA / Raman
Erbium-doped fiber amplifiers and Raman for ultra-long-haul spans
Monitoring
OTDR / OSA
Continuous optical time-domain reflectometry and spectrum analysis
Route Development
Routes developed for performance, not convenience
We do not take existing conduit routes because they are available. Every fiber route IOXN develops is engineered to minimize latency, maximize diversity from existing routes, and provide the physical separation needed for true redundancy.
Our route acquisition teams work with municipalities, utilities, and private landowners to secure rights-of-way that deliver competitive advantages for clients.
Discuss a RouteNeed infrastructure connectivity?
Tell us about your connectivity requirements. We work with any topology — metropolitan, long-haul, submarine, or last-mile.