🌊 Subsea Connectivity | SolveForce

Quick Links — Global Infrastructure: Subsea Connectivity · International Connectivity · International Data Services · International Ethernet Transport · Fiber Internet · MPLS International · SD-WAN International · Zero Trust Framework International

Introduction

Subsea Connectivity is the backbone of international communications. Over 99% of the world’s Internet and voice traffic travels across submarine fiber optic cables, connecting continents and nations at terabit scale.

SolveForce specializes in connecting countries and nations together by integrating subsea capacity into International Ethernet, IP Transit, MPLS, and SD-WAN fabrics. This allows enterprises, governments, and service providers to operate with predictable latency, global redundancy, and secure, SLA-backed performance.

From New York to London, Los Angeles to Tokyo, Marseille to Mumbai, São Paulo to Miami, and Johannesburg to Dubai, SolveForce delivers subsea-powered WANs that keep enterprises connected across oceans.


I. What is Subsea Connectivity?

🌐 Subsea Fiber Cables

High-capacity fiber optic systems laid on the ocean floor, linking continents with terabits of bandwidth.

🛠️ Capacity Types

  • Ethernet over Subsea: International Private Line, E-LAN, and EVPL circuits.
  • IP Transit: Global routing tables extended via subsea capacity.
  • Wavelength Services: 10G, 100G, 400G, and emerging 800G/1T wavelengths.
  • Dark Fiber: IRU leases for enterprises and carriers needing raw subsea strands.

II. Major Subsea Routes

🌍 Transatlantic

  • New York ↔ London
  • Miami ↔ Lisbon
  • Ashburn ↔ Amsterdam

🌏 Transpacific

  • Los Angeles ↔ Tokyo
  • Seattle ↔ Singapore
  • Sydney ↔ San Francisco

🌐 Europe ↔ Asia & Middle East

  • Marseille ↔ Mumbai
  • Frankfurt ↔ Hong Kong
  • Dubai ↔ Singapore

🌍 Latin America ↔ North America

  • Miami ↔ São Paulo
  • Mexico City ↔ Dallas

🌍 Africa & Middle East

  • Lisbon ↔ Lagos
  • Dubai ↔ Johannesburg

III. Subsea + WAN Integration

A. With International Ethernet

  • Subsea Ethernet Private Lines (EPL/EVPL) interconnect data centers across continents.
  • International E-LAN services unify multi-country Layer-2 WANs.

B. With IP Transit

  • Subsea paths feed global Internet exchanges (IXPs) for low-latency peering.
  • Supports BGP-based optimization for best path routing internationally.

C. With MPLS International

  • Subsea circuits extend MPLS backbones into new regions.
  • Maintains strict Class of Service (CoS) for real-time apps across oceans.

D. With SD-WAN International

  • SD-WAN overlays steer traffic across diverse subsea paths.
  • Dynamic failover keeps apps resilient even during cable cuts.

E. With Zero Trust Framework

  • End-to-end encryption applied across subsea segments.
  • Identity-aware policies extend to global endpoints.

IV. Subsea Capacity Speeds

TierSymmetrical SpeedGlobal Use Case
10 Gbps10,000/10,000 MbpsEnterprise DC replication
100 Gbps100,000/100,000 MbpsCarrier-grade interconnect
400 Gbps400,000/400,000 MbpsHyperscale fabrics, IXPs
800 Gbps800,000/800,000 MbpsEmerging subsea builds
1 Tbps1,000,000/1,000,000 MbpsNext-gen AI/ML, hyperscale backbones

V. International Use Cases

🏦 Financial Services

Sub-millisecond trading routes across New York ↔ London and Tokyo ↔ Singapore.

🏢 Data Center Interconnects

Disaster recovery and replication across oceans for multinational enterprises.

☁️ Cloud Interconnects

Direct, low-latency subsea paths into AWS Direct Connect, Azure ExpressRoute, Google Interconnect.

🎓 Research & Education

Global collaboration between universities and labs across continents.

🛡️ Government & Defense

Secure, sovereign connectivity using subsea capacity blended with Zero Trust controls.


VI. Advantages of Subsea Connectivity

  • Global Backbone: 99% of international traffic travels over subsea cables.
  • Low Latency: Faster than satellite, near-fiber terrestrial performance across oceans.
  • Diverse Paths: SolveForce designs redundant subsea routes for resilience.
  • Scalable: From 10G wavelengths to 1 Tbps hyperscale circuits.
  • Unified WAN: Integrated with Ethernet, MPLS, SD-WAN, and Zero Trust fabrics.
  • Resilient: Automatic rerouting during cable outages or geopolitical disruptions.

VII. Related Services


Next Steps

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