Odesa has 1 data center listed on DataColoc, operated notably by Giganet IXN - Ukrainian Backbone Networks. Compare colocation (rack, half-rack, 1U), pricing, certifications and connectivity, then get an instant costed estimate.
Colocation in Odesa (server housing) relies on one listed data center, operated by Giganet IXN - Ukrainian Backbone Networks. Your servers are hosted in a 19" rack featuring redundant power, cooling, and 24/7 security. Its top-connected site lists 30 networks and 7 internet exchange points (IXPs). For a wider choice, nearby cities and their distances are listed below.
DataColoc lists 1 data center offering colocation in Odesa (Giganet IXN - Ukrainian Backbone Networks). The nearest alternatives are listed below, with their distance.
The site lists up to 30 networks and 7 internet exchange points (IXPs). IP transit and cross-connects can be estimated based on your needs using the comparison tool.
No certification is declared yet; filter by certification (ISO 27001, HDS, PCI-DSS) in the comparator to widen to compliant nearby cities.
Learn the basics: colocation, 42U rack, cross-connect, IP transit, Tier III/IV.
Costed answers: how much does a rack cost?, cross-connect pricing, colocation or cloud? — and the colocation price barometer.
Compare data centers in Odesa →The data center listed in Odesa is operated by Giganet IXN - Ukrainian Backbone Networks.
30 networks are listed at the sites in Odesa according to public interconnection registries. That number drives your negotiating power: every carrier inside the building is one more quote, with no civil works. 7 Internet exchange points are reachable from these sites, which cuts latency to the large content networks and the cost of transit. The large networks reachable directly from these sites, without buying transit, are Google, Hetzner, OVHcloud, Meta, Akamai, Cloudflare: they are present at the exchange points where one site in the city is a point of presence. Reaching your cloud over an exchange point rather than the public Internet changes latency, and above all the price of data egress.
A city has no electricity of its own: the sites in Odesa are connected to the national grid, itself interconnected with its neighbours. What is measured, and what decides, is therefore the country's generation mix. That grid draws 55.8% of its electricity from nuclear (2022). The detail: nuclear 55.8%, coal 20.9%, hydro 9.9%, natural gas 6.4%, solar 4.6%, wind 1.3%. Fossil fuels (coal, gas, oil) account for 27.8% of it. A kilowatt-hour there weighs 250 g of CO2, i.e. 1.8 times less than the world average (458 g), 2022 figure. Concretely: a 3 kVA rack, in a site with a PUE of 1.5, draws 35,478 kWh a year and therefore emits 8.9 tonnes of CO2 a year here. The same rack, same hardware, same PUE, would emit 16 tonnes on a world-average grid. The building has nothing to do with it: the country does.
Source: Ember / Energy Institute via Our World in Data, retrieved 2026-09-14. A site under a direct renewable purchase agreement may show a different balance: that is for the operator to declare.
With a single listed site, Odesa cannot support a disaster-recovery plan spread over two separate buildings within the same town. A second site remains necessary, and it is found in the nearby cities listed below. No rate is published by the operators in this city: pricing is on request, and we do not estimate it on their behalf.