BACKBONE-INTEGRATED INTERNET EXCHANGE

Backbone-Integrated Distributed Internet Exchange Platform

Trusted by 700+ networks exchanging over 10 Tbps of peak traffic.

GNM
IX
EUASNA80+
LIVE FABRIC10.6+ Tbps
01 / ABOUT

GNM-IX combines Internet Exchange access with GNM’s own backbone, connecting networks across multiple regions through one distributed platform

One connection. Multi-location peering

Connect at a single location and reach a broader peering ecosystem, with traffic exchanged locally where possible and carried efficiently across the backbone when needed.

Part of the GNM connectivity ecosystem

Explore backbone, transport, IP connectivity, security and managed network services.

Explore GNM company
10.6+Tbps Peak Traffic
700+Connected ASNs
80+Active PoPs
20+Countries
02 / NETWORK

Exchange Locations & Network Coverage

GNM-IX exchange locations are interconnected via GNM’s backbone infrastructure, enabling low-latency traffic exchange and seamless interconnection across regions.

Participants may connect at any available location while reaching networks across the broader IX platform through a unified peering environment.

Full Map & Details
AMSFRALONWAWPARSINNYCMIACHITORATL80 points
03 / PLATFORM

How GNM-IX Works

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.

01

Access & Port Activation

01

Access & Port Activation

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.

02

Unified Layer-2 Environment

02

Unified Layer-2 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.

03

Peering Configuration

03

Peering Configuration

Participants may establish peering through Route Servers or bilateral sessions. This flexible model enables scalable interconnection while preserving full routing policy control.

04

Traffic Exchange

04

Traffic Exchange

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.

05

Scalable Interconnection Model

05

Scalable Interconnection Model

The platform supports seamless scaling of peering relationships and geographic reach without requiring core routing redesign or additional operational overhead.

04 / ADVANTAGES

Built to expand without redesign

Single-Port Multi-Location Access

Predictable Low-Latency Routing

Scalable Peering Without Redesign

Rapid Service Activation

Carrier-Grade Reliability

05 / LIVE DATA

Traffic statistics

This preview shows traffic exchanged across GNM-IX during the last 24 hours for the selected region. The chart reflects the current platform load and its daily dynamics. Detailed daily, monthly and yearly statistics are available on the full statistics page.

10.6+Tbps Peak TrafficRecorded peak · Q2 2026
View all statistics
Region selected automatically by IP
Europe / 24h

Total GNM-IX traffic

24-hour preview
15T10T5T
00:0006:0012:0018:0024:00
06 / ECOSYSTEM

Connected Networks

Search participants by ASN or network name. Filter the network list across Europe and Asia (Singapore).

View Connected Networks
700+Connected ASNs
GOOGLETWITCHSTARLINKHETZNERTWITTERCACHEFLY
07 / ENGINEERING

Technical Highlights

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.

08 / PARTNERS

Partners & trusted networks

CETINCLOUDFLAREVIVACOMARISTABICSCIENA
08.1 / USE CASES

Built for every network scenario

For ISPs

Reduce transit cost, improve end-user performance.

For Content Networks

Scale delivery without routing redesign.

For Cloud & Hosting

Simplify multi-region interconnectivity.

For Enterprises & SaaS

Direct partner peering for low-latency business traffic.

For Gaming & Media

Faster paths to regional audiences.

For Regional Carriers

Expand interconnection footprint with minimal overhead.

09 / UPDATES

News & Events

Let’s discuss your network needs

Fill in the form — our team will contact you and help with the connection.

Request Connection