OpenIXP / NiCE
Find colocation with peering access to OpenIXP / NiCE in Indonesia. Compare 2 connected data centers below, join 611 member networks already peering at this exchange, and request free quotes for colocation + IX port from any facility on this page.
Facilities reaching OpenIXP / NiCE (2)
Networks at this exchange (21)
Why Peer at OpenIXP / NiCE?
OpenIXP / NiCE is one of the largest internet exchanges in the world in Indonesia, ID. With approximately 611 member networks peering on its fabric, joining cuts transit costs by routing traffic directly to other members instead of through upstream IP transit providers. Operators colocated at any of the 2 connected data centers can purchase a cross-connect to OpenIXP / NiCE's shared switching fabric and start peering bilaterally or via route servers.
Typical reasons network operators peer at OpenIXP / NiCE:
- Lower transit costs — peer with major content providers and eyeball networks directly
- Reduced latency — bypass upstream transit for traffic destined to other IX members
- Better redundancy — multi-homed BGP via the IX fabric plus your transit providers
- Cloud on-ramps — many IXes co-located with AWS / Azure / GCP direct connect points
Peering Services & Cross-Connects at OpenIXP / NiCE
Most colocation operators at the facilities below offer direct cross-connects to the OpenIXP / NiCE shared fabric. When you request a free quote for colocation at any of those facilities, specify the peering services you need so operators can confirm pricing for both the cabinet and the IX port.
IX Ports & Capacity
- Port speeds — 1 GbE, 10 GbE, 100 GbE, 400 GbE for the largest members
- LACP aggregation — bond multiple ports for higher capacity
- Quarantine VLAN — pre-production isolation before going live
- Port redundancy — connect from two cabinets / switches for resilience
- Membership tiers vary by IX (member vs. customer vs. reseller)
BGP & Peering
- Bilateral peering — direct BGP sessions with chosen members
- Route server peering — multi-lateral sessions with most members in one BGP turn-up
- RPKI / ROA filtering increasingly required by route server operators
- BYO ASN — bring your own AS number; multi-homed deployments standard
- IPv4 + IPv6 dual-stack peering across both fabrics
Cross-Connect to Fabric
- Carrier-neutral cross-connect from your cabinet to the IX edge port
- SMF (single-mode fiber) for 10G+ connections
- Cross-facility — extension via dark fiber to OpenIXP / NiCE if your cabinet is at a remote site
- One-time install + monthly recurring billing typical
- Latency to fabric typically under 1 ms within a meet-me room
Cloud On-Ramps & Transit
- AWS Direct Connect, Azure ExpressRoute, Google Cloud Interconnect — many co-locate with major IXes
- IP transit blends alongside peering for non-member destinations
- DDoS mitigation — at-fabric or at-cabinet options
- Looking glass access for path diagnostics
- Route optimization tools and BGP analytics integrations
Request Free Quotes for OpenIXP / NiCE Colocation + Peering →
Free Quotes for OpenIXP / NiCE Colocation + Peering
Total cost-to-peer at OpenIXP / NiCE typically combines several line items: colocation space and power, cross-connect to the IX fabric, and the IX membership/port fee itself. ColoMap connects you directly with colocation operators for free, no-obligation quotes — most respond within 1–2 business days.
Common quote requests include:
- Quarter / half / full cabinet with 2-5 kW redundant power
- Cross-connect to OpenIXP / NiCE fabric (specify 1G or 10G+ port)
- IP transit alongside peering for non-member destinations
- Remote hands for router turn-up and ongoing BGP changes
Request Free Quotes → No signup, no obligation.
Frequently Asked Questions — OpenIXP / NiCE
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Get Free Quotes for OpenIXP / NiCE Colocation
Tell us your requirements — cabinet size, power, IX port speed, peering scope — and we'll route your request to colocation facilities offering direct OpenIXP / NiCE access. Free, no-obligation, with most operators responding in 1–2 business days. No signup or credit card required.