International Routes / Regional Directory

VPN Servers
Route Selection Guide

OEMVPN covers 110+ countries / 210+ routes. Your region determines the exit location, while the route topology affects how your traffic travels. Start with what you need to do, then compare real-world connection performance within the same region.

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REGION DIRECTORY

Regional Route Preview

This preview lists regions explicitly shown in the directory; it does not infer a city list from the total coverage count. Check the logged-in dashboard for the full directory, specific cities and route types.

Regional preview. Streaming availability must be verified on the target platform.
Country / Region City Route Type Streaming Support
Asia Pacific
Singapore See the dashboard directory See the dashboard directory Verify on the target platform
Hong Kong See the dashboard directory See the dashboard directory Verify on the target platform
Japan See the dashboard directory See the dashboard directory Verify on the target platform
North America
United States See the dashboard directory See the dashboard directory Verify on the target platform
Europe
Italy See the dashboard directory See the dashboard directory Verify on the target platform
Other
For other regions, check the full dashboard directory. This page does not list unverified countries, cities or route assignments.

A region name indicates a possible exit location; it does not guarantee access to a particular content library or service. Route labels, detected exit locations and the target platform's assessment may differ. Check actual access to confirm.

Countries and regions in the directory can help narrow your options. The same region may have different entry points, exits or traffic paths, so a location name alone cannot predict performance. In the dashboard, check the route notes and the route currently selected in your client. Similar names do not necessarily mean the same path. If you need a specific city, check the directory rather than assuming one based on the country name.

View Dashboard Directory

ROUTE TOPOLOGY

Dedicated Lines, Relay and Direct Connections

Here’s how common route topologies work. This does not mean OEMVPN offers every type in every region. Check the dashboard for current availability, and verify the actual connection rather than relying on the topology label.

IEPL / Dedicated Transport

IEPL Dedicated Lines

IEPL usually refers to an international Ethernet private line. The main distinction is how traffic is carried: a specific segment uses a dedicated connection instead of relying on public internet routing along the entire path. For ongoing transfers, remote collaboration and long-running connections, a predictable transport path can be more useful than short-term download performance.

Dedicated lines typically cost more to provision and maintain, but the name alone says nothing about performance across every segment end to end. Your local network, service entry point, exit and destination website all affect the experience. Check which segment uses dedicated transport; “dedicated” does not mean performance will be identical at every time or for every destination.

Check the transport segmentAssess for ongoing connections
RELAY / Entry and Exit

Relay Routes

A relay route sends your connection to an intermediate entry point before taking it along the rest of the path to an exit. This intermediate point links the route segments, letting you connect through a more suitable network before reaching your destination region. When the direct path from your local network to an overseas exit is poor, a relay can sometimes provide a more consistent experience.

Relays require additional entry-point resources and forwarding management, so costs are not limited to the exit server. An extra handoff also means more route segments to monitor: reaching the entry point does not guarantee an uncongested path beyond it. To compare routes, keep the exit region the same and try different entry points. Check whether page loads and sustained transfers are more consistent.

Compare entry pathsCheck sustained transfers
DIRECT / Direct Connection

Direct Routes

A direct route usually means the client connects to the destination exit without a separately configured relay entry point. Its path is simpler, and performance depends more directly on your local carrier, cross-border public internet routing and the exit network. When the path is suitable, a direct connection can work well for everyday browsing and general app access; there’s no reason to rule it out just because its label is simple.

Compared with separately provisioned relays or dedicated transport, direct routes typically have a simpler resource setup, though actual costs also depend on the exit region, network quality and resource allocation. Public internet congestion or routing changes can affect performance, so don’t treat one smooth connection as a long-term guarantee. Assess suitability based on your usual usage times and target services, not just the route label.

Simple route structureAffected by public internet routing

Keep Topology and Protocols Separate

Route topology answers “where does the connection go?” Protocols answer “how is data encapsulated and transmitted?” The same protocol can be used with different topologies, and the same topology can use different protocols. Compatibility, resource use and transmission behavior depend on the specific configuration. For more on protocol design, see Protocol and Network Technology Guide. Don’t judge a route by its protocol name alone.

USAGE REFERENCE

Choose a Route by Use Case

Start with what you need to do, then assess whether the exit region and route are suitable. Distance, region names and a single connection test each tell only part of the story.

Everyday Browsing

For news, research and reading web pages, focus on whether all page elements load consistently. Start with a region you use often and check that text, images, site search and attachments work—not just that the homepage opens. Some sites load different resources from separate services, so a working homepage does not mean every request has completed.

If only one site is having trouble, first check whether it requires a login or is undergoing maintenance, then compare with other sites. Don’t keep switching every route because one page failed. Once you find a route that meets your everyday needs, keep it as a regular option and try another region only when there’s a specific issue.

Streaming

When streaming, check whether you can access the platform, whether your account’s region is supported, whether the content is available to play and whether playback remains smooth. The exit region is only one factor. Platforms may also consider your account, content licensing and detected network address, so a region in the directory is not a list of available content libraries.

Test by opening the playback page and checking loading, seeking and sustained playback. HD content needs a stable connection; a route that loads quickly but keeps buffering is not suitable for a long viewing session. If you see a region notice, check the platform’s rules before assuming it’s a connection problem.

Accessing AI Tools

Before using an AI tool, check the target service’s regional, account and usage requirements. Network connectivity is only one part of access; it does not replace account eligibility or service authorization. Once the site loads, also test signing in, submitting a request, receiving a complete response and uploading any required files.

For long responses or ongoing sessions, keep the exit location relatively stable and avoid switching regions mid-session. If a request fails, save any available content first, then check the target service and your local connection. AI tools may use different connection methods, so access to one tool does not guarantee continued access to others.

Gaming

Gaming depends more on responsiveness, packet loss and jitter than on download speeds. An exit near the game server does not necessarily mean the full route is shorter; the local entry point and onward routing matter too. Test login, updates and actual gameplay separately, since they may use different servers.

A network proxy is not a dedicated tool optimized for a particular game, and it cannot fix device performance or problems with the game server itself. Before testing, check whether your client routes game traffic and whether the game’s rules permit that network setup. Compare routes in an appropriate test environment, not by switching paths repeatedly during a match.

Remote Work

For work, prioritize session continuity and your organization’s access policies. Remote desktops, video calls, document collaboration and business apps may each have different network requirements; opening a webpage is not a complete test. For company resources, follow your organization’s requirements first and check for conflicts between networking tools, routing rules or proxy settings.

Before an important meeting or extended work session, test the features you rely on and keep a suitable alternative route available. Switching exits may trigger an account security check, so save your work before changing routes. For file sharing, distinguish upload failures from permission issues or slow processing by the service; switching routes won’t solve every problem.

CONNECTION CHECK

Connection Testing and Issue Logs

When comparing routes, keep conditions similar and note where the problem occurs. This is more likely to reveal the cause than repeatedly trying more regions.

Client Checks

Check Your Configuration First

Confirm that your subscription is up to date, the selected route is the one you expect and the client is connected. Check proxy mode and routing rules to see whether the target app is actually using this route. If other networking tools are running, first check which traffic each one handles.

Supports Windows / macOS / iOS / Android / Linux, with unlimited devices. System network permissions and proxy settings vary by platform, so test each device separately rather than assuming one device’s results apply to the others.

Target Service Checks

Then Check the Task Result

Keep the device, local network and target service unchanged while comparing candidate routes. If all apps are affected, start by checking your local network. If only a specific feature fails, check its error message, account permissions and the target service’s status. Test during your usual busy hours; results from other times may not reflect your experience then.

If you need help, note your platform, route name, time of the issue, target service and what went wrong, then submit the details in a dashboard support ticket. Hide your account details, subscription link and other access credentials in screenshots. Treat your subscription link like a password; don’t post it in public discussions or share it in screenshots.

Submit a Support Ticket →

Clients and Subscription Access

No email address is required. Create an account with a username and password. Get your subscription after signing in. For Windows, macOS, Android and Linux, sign in to download a client; iOS downloads require an active plan. Download clients and manage subscriptions in the user dashboard. For first-time setup, follow the Getting Started Guide.

To compare data usage and billing options, see Plan Details. Monthly subscriptions reset data each month on the activation date. Data add-ons last until used and never expire. Route selection addresses how you connect; billing options determine how you manage data usage. Evaluate them separately. For more help with connections, speeds and accounts, visit the Support Center.