Remote Peering.
Connect to FD-IX locations without physical presence. Evaluated case-by-case for specific connectivity needs through dedicated Layer 2 circuits.
What is Remote Peering?
Dedicated Layer 2 circuit extension to FD-IX locations, enabling peering access without physical presence in our data centers.
Layer 2 Circuit Extension
Remote peering extends your network to FD-IX locations through dedicated MPLS or Ethernet circuits, creating a virtual presence without requiring physical colocation.
This specialized service is evaluated case-by-case, typically for networks needing access to specific members at particular FD-IX locations or regional networks wanting connectivity without data center presence.
Each remote peering request is individually assessed for technical feasibility and business justification.
No Physical Presence Required
Access FD-IX fabric without colocation or cross-connects.
Dedicated circuits extend your network virtually to our locations.
Case-by-Case Evaluation
Each request assessed for specific connectivity needs.
Tailored solutions for unique network requirements.
Dedicated Layer 2 Circuits
MPLS or Ethernet circuits provide reliable connectivity.
Professional-grade circuits with guaranteed performance.
When is Remote Peering Right for You?
Remote peering serves specific connectivity needs where traditional colocation isn't practical or necessary.
Specific Member Access
Connect to particular networks at specific FD-IX locations for targeted peering relationships.
Regional Connectivity
Networks in the vicinity of FD-IX locations wanting access without data center presence.
Cost Optimization
Avoid colocation, cross-connect, and data center operational costs while accessing peering benefits.
Operational Simplicity
Single circuit connection point for accessing FD-IX fabric without managing colocation infrastructure.
Remote Peering Advantages
No Colocation Required
Access FD-IX fabric without physical presence in data centers
Dedicated Circuits
Professional-grade MPLS or Ethernet connectivity with guaranteed performance
Tailored Solutions
Custom connectivity designed for your specific peering requirements
Expert Evaluation
Professional assessment of technical feasibility and business case
Specialized Connectivity
Remote peering provides access to FD-IX locations through dedicated Layer 2 circuits, evaluated on a case-by-case basis for specific connectivity needs.
"Remote peering allowed us to connect to specific content providers at FD-IX Chicago without establishing a physical presence."
- Regional ISP
How Does Remote Peering Work?
Our remote peering process involves careful evaluation, custom design, and professional implementation.
Application & Use Case Review
Submit your remote peering request with detailed information about your connectivity needs, target networks, and business justification.
Circuit Design & Feasibility
Our engineering team designs the optimal Layer 2 circuit solution and confirms technical feasibility with carrier partners and infrastructure providers.
Implementation & Testing
Upon approval, we coordinate circuit installation, configure BGP sessions, and conduct comprehensive testing before going live.
Typical Timeline
Remote peering implementations typically take 4-8 weeks from approval to go-live, depending on circuit availability and complexity.
Evaluation Criteria & Requirements
Remote peering requests are evaluated based on specific criteria to ensure technical feasibility and business justification.
Evaluation Criteria
Specific Member Access
Need to connect to particular networks at specific FD-IX locations
Geographic Proximity
Network located in vicinity of FD-IX locations
Business Justification
Clear business case for remote connectivity over colocation
Technical Feasibility
Available circuit paths and carrier infrastructure
Network Qualifications
Valid ASN and demonstrated network operations capability
Technical Requirements
Valid ASN
Registered Autonomous System Number with routing registry entries
BGP4 Capability
Router with BGP4 support and appropriate interface types
Circuit Termination
Ability to terminate MPLS or Ethernet circuits at your location
24/7 NOC
Network operations center for monitoring and incident response
Peering Policy
Published peering policy and contact information
Application Information Required
To evaluate your remote peering request, please provide the following information:
Network Information
- • Company name and ASN
- • Network type and size
- • Current locations and presence
- • Peering policy and contacts
Connectivity Requirements
- • Target FD-IX locations
- • Desired bandwidth
- • Your physical location
- • Timeline requirements
Business Case
- • Specific networks to reach
- • Why remote vs. colocation
- • Expected traffic volumes
- • Strategic objectives
Ready to submit your remote peering application?
Start Application ProcessFrequently Asked Questions
Common questions about our remote peering service and evaluation process.
Remote peering is evaluated case-by-case, typically for networks needing access to specific members at particular FD-IX locations or regional networks wanting connectivity without data center presence. Each request is assessed for technical feasibility and business justification.
Have some questions?
We're more than happy to help.