Peer1IX
Internet Exchange
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Internet Exchange

Neutral, distributed peering across Bharat — one port to exchange traffic with every network on the fabric, in your own city.

Peering ports

One physical port, one cross-connect, and you can exchange traffic with every network on the fabric — bilaterally or through the route servers.

1G

For regional ISPs and enterprises starting to peer.

  • 1000BASE-LX / T
  • IPv4 + IPv6
  • Route server sessions
10G

The most common port for growing access networks and content.

  • 10GBASE-LR
  • LACP bundles up to 4×10G
  • Traffic graphs per port
100G

For content, CDN and carriers moving serious volume.

  • 100GBASE-LR4
  • Private VLANs on the same port
  • Priority NOC support
400G

Available at core hubs on request.

  • 400GBASE-LR4/FR4
  • Capacity planning with our team
  • Diverse paths

Route servers that filter for you

Peer with everyone through two BGP sessions. Our route servers apply the filtering that most networks would like to do themselves.

RPKI origin validation

RPKI-invalid routes are dropped before they reach your session.

IRR & bogon filtering

Prefixes need a matching route object; bogon prefixes and private ASNs never pass.

Action communities

Choose who receives your routes, prepend selectively or announce to no one with standard BGP communities.

Redundant pair

Two route servers per exchange, in separate racks, so maintenance never takes your peering down.

IPv4 and IPv6

Dual-stack peering LAN with sessions for both families from day one.

Looking glass

Check what you are announcing and receiving from the public looking glass.

From request to first route

  1. Tell us your city

    Share your ASN, port speed and preferred exchange point.

  2. Sign & get assigned

    We assign peering LAN addresses and a port on the switch.

  3. Cross-connect

    Your fibre reaches our port at the facility, or we arrange transport.

  4. Bring up BGP

    Sessions to route servers and bilateral peers. Traffic starts flowing.

Where you can peer

Live exchanges and the cities coming next. Open the interactive map

  • Noida, Uttar PradeshLive
  • Lucknow, Uttar PradeshLive
  • Patna, BiharLive
  • Gurugram, HaryanaUpcoming
  • Delhi, DelhiQ1 2027
  • Mumbai, MaharashtraUpcoming
  • Bengaluru, KarnatakaQ1 2027
  • Chennai, Tamil NaduQ1 2027
  • Hyderabad, TelanganaQ1 2027
  • Kolkata, West BengalQ2 2027
  • Pune, MaharashtraQ2 2027
  • Ahmedabad, GujaratQ2 2027
  • Jaipur, RajasthanQ2 2027
  • Indore, Madhya PradeshQ3 2027
  • Chandigarh, ChandigarhQ3 2027
  • Kochi, KeralaQ3 2027
  • Bhubaneswar, OdishaQ3 2027
  • Guwahati, AssamQ4 2027
  • Nagpur, MaharashtraQ4 2027
  • Bhopal, Madhya PradeshQ4 2027
  • Visakhapatnam, Andhra PradeshQ4 2027
  • Coimbatore, Tamil NaduQ4 2027
  • Surat, Gujarat2028
  • Kanpur, Uttar Pradesh2028
Public peering ports

1G, 10G, 100G and 400G ports on a layer-2 peering LAN with IPv4 and IPv6 addressing.

Redundant route servers

Multilateral peering through two BGP sessions, with filtering done for you.

RPKI, IRR and bogon filtering

Route servers drop invalid, unregistered and bogon announcements before they reach members.

Private VLANs

Carve a private, point-to-point VLAN to a partner on the same physical port.

Traffic visibility

Per-port traffic graphs and sFlow-based insights for capacity planning.

Local presence

Exchange points in metros and tier-2 cities so traffic can stay in the region where it starts.

Why a distributed exchange

India’s internet has historically funnelled traffic towards a handful of coastal metros. A user in a tier-2 city often reaches content that is physically nearby only after a long round trip through another region. Peer1IX is changing that by placing exchange points where users, access networks and content actually meet — and by 2030 we plan to operate 1,200 exchange points across 150 cities in Bharat.

How peering works on Peer1IX

You connect a router port to our exchange switch, receive addresses on the peering LAN, and bring up BGP sessions — with our route servers for multilateral peering, and with individual networks for bilateral peering. Traffic you exchange this way does not touch your paid upstream links.

Built for routing safety

Every route server applies RPKI origin validation, IRR prefix filtering and bogon filtering. We follow MANRS-aligned operational practice, so the routes you receive at Peer1IX are cleaner than what many networks see from their transit.

Peering questions

Who can peer at Peer1IX?

Any organisation with its own Autonomous System Number (ASN) and publicly routable IP space — ISPs, content networks, CDNs, cloud and hosting providers, enterprises and government networks.

Do I have to peer with everyone?

No. Using the route servers is recommended but optional, and you can choose with whom you peer bilaterally. BGP communities let you restrict who receives your routes.

What filtering do the route servers apply?

RPKI origin validation (invalid routes are dropped), IRR-based prefix filtering, bogon prefix and bogon ASN filtering, and maximum-prefix limits per session.

How long does activation take?

Once the cross-connect is in place, a port is typically configured within a few business days. Our team will share timelines for your specific location.

Do you sell IP transit?

Peer1IX is a neutral exchange. We focus on interconnection so that members can exchange traffic directly with each other.