REGIONS
Find an Exit Location
This table is a location guide, not a live list of available servers. Cities help you identify locations, while possible route types explain the categories. Check your subscription list in the user panel for current availability in each city.
| Country / Region | City | Route Type (Possible) | Streaming Support |
|---|---|---|---|
| Asia-Pacific | |||
| Singapore | Singapore | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Hong Kong | Hong Kong | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Japan | Tokyo | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Japan | Osaka | IEPL / Relay / Direct | Depends on the platform’s current detection |
| South Korea | Seoul | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Australia | Sydney | IEPL / Relay / Direct | Depends on the platform’s current detection |
| North America | |||
| United States | Los Angeles | IEPL / Relay / Direct | Depends on the platform’s current detection |
| United States | Seattle | IEPL / Relay / Direct | Depends on the platform’s current detection |
| United States | New York | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Canada | Toronto | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Canada | Vancouver | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Europe | |||
| Germany | Frankfurt | IEPL / Relay / Direct | Depends on the platform’s current detection |
| United Kingdom | London | IEPL / Relay / Direct | Depends on the platform’s current detection |
| France | Paris | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Netherlands | Amsterdam | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Sweden | Stockholm | IEPL / Relay / Direct | Depends on the platform’s current detection |
| Other Regions | |||
| Brazil | São Paulo | IEPL / Relay / Direct | Depends on the platform’s current detection |
| South Africa | Johannesburg | IEPL / Relay / Direct | Depends on the platform’s current detection |
| United Arab Emirates | Dubai | IEPL / Relay / Direct | Depends on the platform’s current detection |
| India | Mumbai | IEPL / Relay / Direct | Depends on the platform’s current detection |
A location tells you where traffic exits—not the whole story
Server names usually indicate a region, city or route category, but they cannot tell you the actual network path. The same exit location can use different entry points and relay paths, and servers in the same city may be suited to different network conditions. Check the available list in your panel, then test the target app on your own connection; this is more useful than judging by map distance alone.
Nearby locations can be a good starting point for everyday use, but if a service requires a specific region, check its service area and account rules first. Geolocation databases for exit IP addresses may also differ or be out of date. If a location is identified inconsistently, note the platform’s message and the server you selected rather than repeatedly switching countries and hoping for a different result.
TRANSPORT
Route Types: Paths and Costs
Route names describe how traffic is organized, not how fast a connection will be. The following explains the underlying concepts and does not promise specifications for any particular server.
Uses a dedicated link for part of the network path
IEPL usually refers to an international Ethernet private line. This type of route can use a dedicated transport segment between specified locations, reducing reliance on some public network paths. Connections from your device to the entry point, and from the exit point to the target website, may still use public networks. “Dedicated” therefore does not mean the entire path from your device to the website is exclusive.
These routes generally involve higher link and operating costs, and may suit users who prioritize sustained transfers, video calls and performance during peak hours. Assess whether apps work continuously, sessions stay connected and your local network can reach the entry point reliably. The name alone does not guarantee a fixed bandwidth, dedicated resources or consistent performance at all times.
Routes connections through an entry point and forwarding path
A relay route sends traffic to an entry point first, then forwards it to the exit location. The extra forwarding step is intended to offer more suitable paths for different access networks—not to guarantee that every connection will be faster than direct access. The entry point, intermediate transport and exit connection all need to work well together, and a change at any stage can affect the experience.
Relay resource and maintenance costs depend on the path used; the label alone does not tell you whether it costs more or less. Relay routes can suit everyday browsing, work and streaming when you want to balance the path and cost. If your local network has trouble reaching an entry point, compare other available entry points while keeping the destination region the same. This avoids confusing a change in location with a change in route.
The client connects directly to the selected server
Direct usually means the client connects to the selected service server without an additional service-side entry and forwarding layer. “Direct” describes the service architecture; it does not mean there are no intermediate network devices or that your provider uses the shortest route. Traffic still travels through your access network and public networks to reach the exit.
A simpler service-side route may cost less to operate, but performance depends more on your local provider and international routing. Direct connections may suit users with a good access network who are willing to test each app. Direct routes are not limited to light tasks, just as relay and dedicated routes are not essential for every use case. Choose based on results over time, not the route name alone.
WORKLOAD
Choose a Route by Use Case
Start with the task you need to complete, then choose an exit location and route. Change one condition at a time to make results easier to verify.
BROWSING
Everyday Browsing: Check That Pages Load Completely
If you do not need a specific region, start with a nearby exit location that is currently available. Opening a browser homepage is only an initial check; also test images, sign-in pages, attachments and the site features you use regularly. If text appears but images keep loading, the issue may be how resource domains are routed rather than the exit country.
Keep a reliable server for everyday use and have an alternative with a different path ready. Automatically changing exit locations on every visit may prompt websites to request repeated verification. With rule-based routing, check that the target site and its dependent resources are handled as expected. See the Guides for setup details.
STREAMING
Streaming: Test Location Detection and Playback Separately
Streaming depends on content region, account permissions, playback device and network path. Being able to open a platform’s homepage does not mean a specific title is available to your account. First check the platform’s service area and content licensing, then see whether playback buffers and whether video quality meets your device and account requirements.
For high-resolution streaming, a stable connection matters more than an occasional fast start. You can compare different paths in the same exit region, but after switching, reopen the playback page so the app can establish a new session. A location guide cannot replace the platform’s current detection results. See Streaming Access for more ways to assess compatibility.
AI TOOLS
AI Tools: Keep the Location Consistent and Test Long Connections
First check that the tool is available in your chosen region and that your account meets its eligibility requirements. Network connectivity and account access are separate issues. For tools that generate content over time, upload files or rely on a web session, a connection that stays active is more important to check than whether the homepage opens.
Once you have selected an available exit, try to keep the region consistent and avoid switching locations frequently while signing in or using the tool. If generation stops, check browser extensions, client routing rules and the tool’s own status separately. If the message points to account eligibility or service availability, do not assume it is a route-speed issue or that switching servers will resolve it.
GAMING
Gaming: Match the Region, Then Test Game Traffic
A game server region and a VPN exit location are not the same thing. First confirm the region of the game server you connect to and that the client is routing the relevant traffic correctly. Being able to sign in to the launcher or download an update does not prove that gameplay uses the intended path; games may use different transport methods.
Choose a possible exit location that matches your game server region, then check how well the game starts, stays connected and handles voice chat. VPNE8 is a cross-border network acceleration subscription service; this page does not promise optimization for any specific game. For games with special connection requirements, check compatibility and the game’s terms rather than assuming a server is suitable based on its name.
WORKSPACE
Work: Keep Sessions Stable and Follow Business Rules
Remote work often involves video calls, file syncing, code repositories and company authentication. Choose an exit location based on where your work services are hosted and your organization’s requirements, then test it with the tasks you actually perform. A successful file download alone does not confirm that meeting audio, screen sharing and company sign-in will also work.
Company devices may have configured access policies or dedicated clients. Follow your organization’s requirements before changing routes. VPNE8 supports Windows / macOS / iOS / Android / Linux, with unlimited simultaneous devices. That does not guarantee the same connection quality on every device; check routing rules and network conditions on each one.
CHECKLIST
What to Check After Connecting
The client status, exit location and app results should all line up. Keep a record of what was happening when an issue occurred to help pinpoint the difference.
Update Your Subscription, Then Check Your Selection
Get your subscription from the user panel, then import or update it as directed by your client. Available servers may change during maintenance, so a name in an old list does not confirm that it can still connect. Check which server the client actually selected, especially if an automatic policy group may have chosen a different one. Do not post your subscription details publicly or share them with anyone who does not need them.
Separate Network Connectivity from App Functionality
After connecting, check that the exit location is as expected, then complete a task in the target app. If the exit is correct but the app fails, use its error message to check account eligibility, regional rules, browser sessions and routing dependencies. If only one app has a problem, first check whether it uses the system proxy or has its own network settings instead of resetting the entire client configuration.
Keep Conditions Consistent When Comparing Routes
Keep the device, access network, target app and test task the same when comparing possible routes. An unstable home Wi-Fi connection, background syncing or maintenance on the target service can all skew results. End important sessions before changing exit locations. For work and account sign-ins, compare routes in the same region first to reduce unrelated variables.
Share Details Others Can Verify
If a problem persists, report the platform, client message, server name, access network type and what happened in the target app through a support ticket in the user panel. Hide subscription details, account credentials and personal information in screenshots. Describing which steps worked and where the failure began is usually more helpful than simply saying “the connection is slow.”