City network · Russia

St. Petersburg internet exchanges, data centers and carriers

PeeringDB's 2026-09-07 snapshot records 4 internet exchanges and 20 colocation facilities in St. Petersburg, Russia. The largest exchange is MSK-IX Saint-Petersburg, with 60 participant entries.

Exchanges
4
Facilities
20
Snapshot
2026-09-07
Country
Russia (RU)
Internet exchanges
4
Largest exchange
MSK-IX Saint-Petersburg (60 participants)
Exchange participant entries
93
Colocation facilities
20
Facility network presences
318
Registry carriers peering here
none recorded
Snapshot
2026-09-07

The 2026-09-07 PeeringDB snapshot records 4 exchanges and 20 facilities in St. Petersburg, Russia. Their entries sum to 93 exchange participants and 318 facility network presences; the same network can appear more than once.

Internet exchanges in St. Petersburg

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.
Internet exchanges in St. Petersburg
ExchangeParticipantsRegistry carriers peering
MSK-IX Saint-PetersburgMSK-IX Saint-Petersburg (former SPB-IX)60none in the registry
CLOUD-IX SPB25none in the registry
PIRIXPirix Internet Exchange6none in the registry
CODIX2none in the registry

Colocation facilities in St. Petersburg

Buildings where networks put equipment. The network count is how many PeeringDB members list a presence there, which records reported presence rather than available capacity.
Colocation facilities in St. Petersburg
FacilityNetworks presentAddress
Bolshaya Morskaya 1862ul. Bolshaya Morskaya, 18
Raduga-25812 Kantemirovskaya str
Tsvetochnaya Data Center47Tsvetochnaya 19+21
IVC ORW Saint-Petersburg39Borovaya 57
RETNNet OV DC2761A, Obvodnyy kanal
Miran-217Евпаторийский пер. 7А
Data-Center IMAQLIQ16Sedova 11B
Linxdatacenter (Saint-Petersburg)13Repishcheva ulitsa 20a
Xelent12Vyborgskoe highway 503/12
COD BM-189Bolshaya Morskaya 18
BONCH-IT7embankment river Moyka, 61
DataHouse Saint Petersburg4Stepana Razina 8AG

Showing the 12 facilities with the most networks, of 20 recorded.

What these records establish

This page groups the saved exchange and facility records for St. Petersburg. A sum of participant or facility counts is not a count of unique networks, traffic volume, available capacity or service coverage.

PeeringDB is user-maintained. Its records describe reported interconnection infrastructure; they do not trace a particular request or locate a subscriber. A missing record in this snapshot is not proof that an operator has no presence or private connection in the area.

An IP geolocation result is a separate estimate. MaxMind documents accuracy limits and explains that its location data cannot identify a specific household, person or street address. This registry does not perform a geolocation lookup or measure where an individual device is located.

Questions

How many exchanges and facilities are recorded in St. Petersburg?
4 exchanges and 20 facilities appear in the 2026-09-07 snapshot. The tables show the saved records and link to the publisher for current details.
Are the totals unique networks?
No. Participant entries are summed across exchanges and network presences across facilities. A network listed at several locations contributes to several entries.
Does a St. Petersburg IP label prove that a device is there?
No. These infrastructure records do not establish a device location. Consult the geolocation provider’s accuracy information and the specific network record for the claim you are evaluating.

Sources

PeeringDB supplies the exchanges, participant counts, facilities and network presence (snapshot 2026-09-07); MaxMind documents the limits of IP geolocation; the PROXIES.SX carrier registry supplies the operator ASNs used to match peering participants.

  1. [1]https://www.peeringdb.com/
  2. [2]https://support.maxmind.com/knowledge-base/articles/maxmind-geolocation-accuracy
  3. [3]https://www.proxies.sx/carriers

These records describe where networks interconnect. A St. Petersburg IP address does not show that a device is in St. Petersburg: mobile carriers route traffic from wide areas through shared gateways, and geolocation databases estimate from registration data.