10.6+
Tbps Peak Traffic
700+
Connected ASNs
80+
Active PoPs
20+
Countries
GNM-IX is a unified Internet Exchange platform deployed across multiple exchange locations and tightly integrated with GNM’s backbone.
Participants connect through a single IX port and gain access to a distributed peering ecosystem within a controlled, consistent operational environment.
Networks connect via local cross-connects at exchange locations or through remote access delivered over GNM’s backbone infrastructure. Once connected, an IX port is provisioned within the platform’s unified switching environment.
All exchange nodes operate within a single controlled logical Layer-2 domain, ensuring consistent service behavior, standardized provisioning, and operational predictability across all exchange locations.
Participants may establish peering through Route Servers or bilateral sessions. This flexible model enables scalable interconnection while preserving full routing policy control.
The platform supports seamless scaling of peering relationships and geographic reach without requiring core routing redesign or additional operational overhead.
Traffic exchange occurs across a high-capacity switching fabric spanning multiple exchange locations, delivering predictable latency, high throughput, redundant traffic paths and no single-site bottlenecks.
Single-Port Multi-Location Access. Connect once and reach networks across multiple exchange locations through a unified peering environment.
Predictable Low-Latency Routing. Traffic stays local where possible and follows efficient backbone paths across regions when needed.
Scalable Peering Without Redesign. Expand your peering footprint and geographic reach without rebuilding your core network architecture.
Rapid Service Activation. Standardized provisioning and backbone-integrated access help bring new connections online faster.
Carrier-Grade Reliability. Redundant infrastructure and diverse traffic paths keep the platform stable under changing network conditions.
Single-Port Multi-Location Access. Connect once and reach networks across multiple exchange locations through a unified peering environment.
Predictable Low-Latency Routing. Traffic stays local where possible and follows efficient backbone paths across regions when needed.
Scalable Peering Without Redesign. Expand your peering footprint and geographic reach without rebuilding your core network architecture.
Rapid Service Activation. Standardized provisioning and backbone-integrated access help bring new connections online faster.
Carrier-Grade Reliability. Redundant infrastructure and diverse traffic paths keep the platform stable under changing network conditions.
Carrier-grade foundations for a distributed Internet Exchange.
GNM-IX operates on a high-capacity switching platform engineered for deterministic Layer-2 traffic exchange across a unified peering environment. The exchange fabric supports large-scale MAC tables, high port density and predictable forwarding performance under peak load. Participants may establish peering via integrated Route Servers or direct bilateral BGP sessions.
Standardized VLAN provisioning, jumbo frames and advanced Layer-2 features enable efficient transport of high-volume traffic workloads.
GNM-IX provides scalable 10GE, 100GE and 400GE port configurations. Higher-capacity and breakout configurations may be supported based on deployment scenarios. LAG / LACP, jumbo frames and flexible capacity upgrades allow networks to scale bandwidth without service disruption or architectural redesign.
GNM-IX is deployed as a unified Internet Exchange fabric spanning multiple exchange locations and integrated with GNM’s backbone infrastructure. All exchange nodes operate within a single controlled Layer-2 domain, enabling a distributed peering ecosystem through a consistent operational framework.
Participants may peer via Route Servers for rapid multilateral interconnection or establish bilateral BGP sessions to maintain granular routing policies. BGP communities and traffic engineering controls help manage inbound and outbound traffic flows while preserving routing autonomy.
Resilience is embedded at every layer of the platform architecture. Redundant switching infrastructure, diverse inter-site connectivity and no single points of failure support service continuity. 24/7 network supervision enables rapid incident detection and controlled maintenance.
