Tel Aviv · Israel
PeeringDB records one exchange in Tel Aviv, BGP.Exchange - Tel-Aviv, with 7 participants. Three colocation facilities hold 11 network presences, and TIS Tel Aviv Burla Hub and Data Center accounts for 7 of those. An address that geolocates to Tel Aviv shows the location an operator registered for the block, not the position of a device.
Internet exchanges in Tel Aviv
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 |
|---|---|---|
BGP.Exchange - Tel-Aviv | 7 | 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 |
|---|---|---|
| TIS Tel Aviv Burla Hub and Data Center | 7 | 46 Burla Street |
| Bezeq International TLV Data Center | 3 | 7 HaYated street |
| Internet Binat Tel Aviv DC | 1 | Habarzel 27 |
What a Tel Aviv IP address tells you
Exchange peering in Tel Aviv is small on the record. BGP.Exchange - Tel-Aviv holds 7 participants, while colocation holds slightly more, with 11 network presences across three facilities. TIS Tel Aviv Burla Hub and Data Center carries 7 of them, Bezeq International TLV Data Center carries 3, and Internet Binat Tel Aviv DC carries 1. Most of the city's recorded interconnection therefore sits in facility presence rather than on the shared fabric. No mobile carrier ASN appears among the exchange participants, and the carrier registry holds no mobile ASNs for Israel, so carrier peering here goes unrecorded either way.
A Tel Aviv geolocation result describes paperwork more often than equipment. An operator registers an address block against a company record, and the address in that record belongs to the company, not to the rack. Mobile networks stretch the gap further, since subscriber traffic leaves through a handful of gateways and every subscriber behind one of them carries the same public address. Databases build their city fields from what operators publish, so a block announced across the country still lands on whichever city the operator wrote down.
Someone checking a Tel Aviv address gets more from the prefix than from the city string. The origin ASN says which network announces the block, and the netname says who registered it. A prefix held by one of the three facility operators on the city's list reads as hosting, while a prefix held by a mobile network reads as consumer access whatever city the lookup returns. With 7 exchange participants and 11 facility presences on record, the local reference set is small enough to check by hand.
Questions
Which internet exchanges are in Tel Aviv?
PeeringDB records one, BGP.Exchange - Tel-Aviv, with 7 participants. Alongside it the city has three colocation facilities holding 11 network presences between them, so more of the recorded interconnection sits in facilities than on the exchange fabric.
Do Israel mobile carriers peer in Tel Aviv?
Not according to the data. The exchange participant list flags no mobile carrier ASN, and the carrier registry holds no Israeli mobile ASNs to match against it. Any mobile presence in the city's facilities would be private interconnection that PeeringDB does not publish.
Does an IP that geolocates to Tel Aviv mean the device is there?
No. The city label comes from the location an operator published for the block, which is usually a company registration. Mobile addresses are shared through gateways serving wide areas, so a Tel Aviv result narrows down the operator and not the street.
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