Beirut · Lebanon
PeeringDB records three internet exchanges in Beirut: OpenIX Beirut with 23 participants, LebIX with 17 and A.IX with 13, plus three colocation facilities holding one listed network between them. OpenIX Beirut is the best connected of the three. An address that geolocates to Beirut shows where an operator registered the block, not where a device sits.
Internet exchanges in Beirut
An exchange is a shared switch where networks hand traffic to each other directly. Participant counts come from PeeringDB, where each network maintains its own record.
| Exchange | Participants | Registry carriers peering |
|---|---|---|
OpenIX Beirut | 23 | none in the registry |
LebIX Beirut Internet Exchange - Lebanon | 17 | none in the registry |
A.IX Advanced IX Lebanon | 13 | none in the registry |
Exchange records: PeeringDB.
Colocation facilities
Buildings where networks put equipment. The network count is how many PeeringDB members list a presence there, which shows where capacity in the city sits.
| Facility | Networks present | Address |
|---|---|---|
| Berytech Technological Pole | 1 | Berytech Technology Pole - ESIB - Beirut Mar Roukoz |
| Advanced IX SAL | 0 | Sin El Fil, Daoud Ammoun Street, Cubic Center, 13th Floor |
| Capital Outsourcing Beirut | 0 | Achrafieh-Charles Malek Avenue-Hadifeh building |
What a Beirut IP address tells you
Beirut's peering activity splits across three fabrics. OpenIX Beirut carries 23 participant networks, LebIX 17 and A.IX 13, which totals the 53 participant records PeeringDB holds for the city. The colocation side is thinner. PeeringDB lists Berytech Technological Pole, Advanced IX SAL and Capital Outsourcing Beirut, with a single network recorded across all three facilities. Interconnection in Beirut therefore sits in the exchange fabrics rather than in documented facility presence. The carrier registry holds no Lebanese mobile operator ASNs, so nothing in this data shows a mobile network peering at any of the three exchanges.
An address that a database places in Beirut can belong to equipment somewhere else in Lebanon. An operator registers a block once, with one address on the registry record, and every prefix under that record inherits the same city. Mobile networks compound this because subscriber traffic leaves through a small number of gateways, and the gateway rather than the handset decides where the public address appears. Geolocation providers read the location the operator publishes and copy it forward, so a Beirut result often describes a company's registration rather than a street in Beirut.
Anyone checking a Beirut address should read the origin ASN and the netname on the specific prefix instead of the city string. The ASN says which network announces the block; the netname often says whether the range is assigned to fixed broadband, a mobile pool or a hosting customer. Compare that against the exchanges in the city. A network that appears at OpenIX Beirut, LebIX or A.IX has documented interconnection in Lebanon, while one that appears at none of them may route its Beirut-labelled space from wherever its transit reaches.
Questions
Which internet exchanges are in Beirut?
PeeringDB records three. OpenIX Beirut has 23 participant networks, LebIX (Beirut Internet Exchange - Lebanon) has 17, and A.IX (Advanced IX Lebanon) has 13. Together they account for the 53 participant records listed for the city, which puts OpenIX Beirut ahead of the other two on participant count.
Do Lebanon mobile carriers peer in Beirut?
The carrier registry holds no mobile operator ASNs for Lebanon, so there is nothing to match against the participant lists at OpenIX Beirut, LebIX or A.IX. The registry is silent here rather than negative, and a missing entry is not evidence that no mobile network peers in the city.
Does an IP that geolocates to Beirut mean the device is there?
No. Geolocation databases follow the location an operator publishes for a whole address block, and mobile traffic exits through a few gateways that can sit elsewhere in Lebanon. A Beirut result tells you which network registered the range, not where the connected device is.
Sources
- PeeringDB - exchanges, participant counts, facilities and network presence, snapshot 2026-09-07
- PROXIES.SX carrier and ASN registry - operator ASNs used to match peering participants