Server location is one of the first decisions to make when deploying a VPS. A nearby region can reduce network delay for users, API calls and administrative access, while a distant region may be useful for a geographically separate service or backup. DigitalCloud currently offers 11 VPS locations across Europe, North America, Asia and Russia.
All locations use the same core DigitalCloud proposition: unmanaged Linux KVM Cloud VPS, NVMe storage, unlimited bandwidth, included DDoS protection, IPv4/IPv6 and optional one-click software. Available plans and the final price are shown in the live configurator.
Deploy a Linux VPS in the location that fits your audience
Open the live configurator, compare all 11 regions and choose the capacity required by your workload.
DigitalCloud VPS locations at a glance
| Region | Locations | Typical audience to test |
|---|---|---|
| Europe | Milan, Amsterdam, Warsaw, Madrid | Users and services in Western, Central and Southern Europe |
| North America | New York, Los Angeles | East-coast or west-coast users and transatlantic projects |
| Asia | Singapore, Tokyo | Southeast Asia, Japan and nearby Asia-Pacific routes |
| Russia | St. Petersburg, Moscow, Novosibirsk | Northwest, central and Siberian audiences |
European VPS locations
Milan, Italy
Milan is a practical candidate to test for users in Italy and nearby parts of Southern Europe. It can also be compared with Madrid when a project serves audiences around the western Mediterranean.
Amsterdam, Netherlands
Amsterdam is a common comparison point for projects serving Western and Northern Europe. Test it against Warsaw or Milan when your traffic is distributed across several European countries.
Warsaw, Poland
Warsaw is worth testing for Central and Eastern European audiences. Applications communicating with regional services may benefit from measuring both round-trip time and real application response time from this location.
Madrid, Spain
Madrid is a natural candidate for users in Spain and Portugal. For a wider European audience, compare it with Milan and Amsterdam rather than assuming geographic distance alone determines the route.
North American VPS locations
New York, United States
New York is the first location to test for many east-coast and transatlantic workloads. It may suit projects whose users or connected services are concentrated in the eastern United States or between North America and Europe.
Los Angeles, United States
Los Angeles is the west-coast option. Test it for audiences in the western United States and for applications exchanging traffic with Asia-Pacific services, but verify actual routing from the target networks.
Asian VPS locations
Singapore
Singapore is a useful starting point for Southeast Asian audiences and regional application stacks. Latency across Asia varies widely, so test from the countries and access providers that matter to the project.
Tokyo, Japan
Tokyo is the location to test first for users and services in Japan. It can also be compared with Singapore and Los Angeles for cross-Pacific architectures.
Russian VPS locations
St. Petersburg
St. Petersburg is a candidate for northwest Russia and nearby routes. Compare it with Moscow for the exact networks used by the intended audience.
Moscow
Moscow is the central option and a practical baseline for projects serving users across the European part of Russia.
Novosibirsk
Novosibirsk provides a Siberian location to test for projects whose users or connected systems are farther east. Compare it with Moscow and Asian locations for distributed audiences.
A repeatable location-selection method
- Map the real audience. Use analytics, customer data or expected launch markets instead of choosing from intuition alone.
- Identify connected systems. A VPS may need low latency to a database, payment gateway, API or upstream service as well as to end users.
- Shortlist two or three locations. Start with geographic proximity, then validate with network measurements.
- Test from representative networks. Measure several times of day and include mobile or business networks if they matter to the product.
- Test the application layer. Ping is useful, but page response, API timing and transfer stability better reflect the real workload.
- Check operational constraints. Consider data-residency requirements, backup separation and where the team will administer the server.
Which DigitalCloud plan works in each location?
Choose location and capacity as separate decisions. Lite, Start, Standard and Pro plans provide progressively more CPU, RAM, NVMe storage and network speed. The smallest plan that safely fits the workload is usually a better starting point than buying unused capacity because a particular city sounds “premium.”
Configure a VPS in one of 11 regions
Select the region, Linux image and resources, then review the exact price before payment.
Frequently asked questions
How many VPS locations does DigitalCloud have?
DigitalCloud currently lists 11 locations: Milan, Amsterdam, Warsaw, Madrid, New York, Los Angeles, Singapore, Tokyo, St. Petersburg, Moscow and Novosibirsk.
Which location has the lowest latency?
There is no universal fastest location. The result depends on the user’s network, internet routing and the systems the VPS communicates with. Test the shortlist from representative networks.
Can I run a game server in these locations?
Yes, supported Linux game-server applications can be selected in the live configurator. See the DigitalCloud Linux game server hosting guide for the verified one-click options and resource-selection advice.
Are Windows or GPU servers available?
No. DigitalCloud offers Linux KVM VPS and does not advertise Windows VPS or GPU servers.
Locations and product options were last verified on September 7, 2026. Check the live configurator before ordering because availability can change.