Choose a destination region first, then select a route type. The city, route, and platform all shape the connection path.
This page explains regional entry points and how to choose a route. Check your account dashboard for available cities and route types. A region label does not mean every route type is available there or that specific content will always be accessible.
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REGION INDEX
Browse Routes by Region
Choose a region based on the requirements of the website or app you want to use, not simply on a familiar name. Services tied to specific regions may assess your exit IP, account region, and content licensing when deciding what you can access. For general websites, compare the full path between your local network and the service. A geographically closer location does not always mean a shorter route or the same experience across every app.
Browse regions grouped into Asia-Pacific, North America, Europe, and other areas. Cities are not a fixed list, and IEPL, relay, and direct routes are not assigned to every region by default. After signing in, check the cities, server names, and route types shown in your dashboard, then test the connection. The streaming column says “Verify on the platform” throughout: check playback yourself; this is not a promise of support for every platform.
Regional route directory · Selected regions only; not a complete server inventory or live connection status.
Route types describe how a connection path is set up, not how well it performs. Understanding the differences can help you avoid switching at random. The overview below covers common technical approaches and cost structures; it does not promise a specific setup in any region. Check your dashboard for available route types and the plans page for pricing.
$line = IEPL
IEPL: A Dedicated Link for the Cross-Border Segment
IEPL generally refers to a route setup that uses a dedicated Ethernet link for the relevant part of the connection. It describes link resources and the transmission path; it does not mean that every hop between your device and the destination website uses dedicated resources. Your local connection to the entry point and the route from the exit point to the app’s server still affect performance. A dedicated-link label is not a universal fix for every network issue.
This approach typically involves dedicated link resources and maintenance costs. For ongoing meetings, remote desktops, and other long interactive sessions, consider comparing any available dedicated routes. Pay attention to connection stability, responsive interaction, and whether you can complete the task. Test during the hours you actually use the service rather than drawing conclusions from a brief daytime connection.
$line = relay
Relay Routes: Change the Path Between Entry and Exit
A relay route uses an intermediate node: you connect to an entry point first, then continue along another path to the exit. Its value lies in having more path options. If the direct route from your local network to an exit is poor, a relay may offer an alternative. But an extra hop also adds components to maintain and check; using a relay does not guarantee a faster connection.
Relay costs depend on the combination of entry resources, onward transmission, and exit resources, so route names alone don’t establish a fixed price ranking. Relay routes can be considered for everyday browsing, content access, and work. When comparing them, keep the destination service and exit region the same and change only the available route. That makes it easier to tell whether a difference comes from the route setup or the region.
$line = direct
Direct Connections: A Simpler Path That Depends on Network Peering
A direct connection generally reaches the relevant server without an additional relay entry point. The path is simpler, with potentially fewer deployment and maintenance steps, but traffic still travels across carrier networks and their interconnections. “Direct” does not mean the shortest physical distance or guarantee better performance than a relay; results depend on routing between your network and the server.
Use this route as a baseline for comparison. If web access and your usual apps work as needed, there’s no reason to switch just for the name. Direct connections usually have a different resource cost structure from dedicated routes, but you can’t infer the final plan price from the route name. Choose based on how well the route handles your tasks, not on a permanent ranking of route types.
TASK → REGION → LINE
Choose a Cross-Border Route by Use Case
Start with what you need to do. The same connection can behave differently on a static webpage, during video playback, or in an interactive app, so opening a single page is not a complete test. Check the destination service’s region, account, and network requirements, then compare the options in your dashboard. This is usually more useful than repeatedly switching countries.
$task = browse
Everyday Browsing: Start with a Simple, Working Route
For news, research, and documents, check that pages load fully and that images, search results, and sign-in redirects work as expected. Start with a region you use regularly and compare available direct or relay routes in your dashboard. If the main pages meet your needs, there’s no need to keep chasing new region labels. If one website has a problem, check the site itself, your account session, and browser settings before changing routes.
$task = streaming
Streaming: Check Region Match and Playback Separately
Streaming content is often licensed by region, and your account region, subscription benefits, and platform rules can also affect access. Identify the region for the content you want, then choose the corresponding exit. Test by playing the content and checking subtitles, audio tracks, and uninterrupted playback—not just whether the home page appears. Access to one title does not mean the entire catalog is available, and current access may change. Route names do not override the platform’s licensing or terms of use.
$task = ai
AI Tools: Check Service Region Requirements First
Before using an AI tool, check the service’s published regional availability and account requirements. Being able to open the website does not guarantee that your account is eligible to use it; subscription benefits, service status, and usage rules can also affect access. Choose a region that meets the requirements, keep the exit consistent, and test the actual workflow: sign in, submit a prompt, and confirm that responses continue. If you see an access notice, read it before assuming the issue is with the route rather than your account or the service.
$task = gaming
Gaming: Check Performance on the Target Game Server
Gaming performance depends on the game server’s region, your connection setup, and local network conditions. Confirm the game server region, choose a candidate region in your dashboard, and check whether the game traffic follows the expected path. An open launcher does not mean in-game traffic uses the same route. Pause other bandwidth-heavy tasks during testing and keep the network conditions consistent. VarVPN’s regional coverage does not guarantee compatibility with every game; check the client and game requirements for the actual connection setup.
$task = work
Work: Sustained Sessions Matter More Than a Quick Connection
Video calls, remote desktops, and collaborative documents need stable sessions. Compare suitable IEPL and relay routes in your dashboard, checking whether you can join meetings, talk, share your screen, and work on files without interruption. Test before important work begins and note a usable backup route; avoid repeatedly changing exits during a meeting. For organization-managed devices or accounts, follow your institution’s network and data-handling rules rather than overriding its requirements with personal route settings.
VarVPN supports Windows / macOS / iOS / Android / Linux, with no device limit. Network conditions and client settings can vary by device; supported platforms do not mean every app will automatically use the same connection path.
VERIFY THE FULL PATH
How to Check Your Connection Route
Change One Variable at a Time
When comparing routes, keep the destination website, device, and local network fixed, then switch between available routes in the same region. If you change the region, client mode, and network conditions all at once, it’s hard to know what made the difference. Record the region, server name, route type, and the action that triggered the issue. This makes it easier to reproduce when retrying or contacting support. Don’t share your account password or full subscription details with anyone.
Verify with the Task You Actually Need to Do
After connecting, use an IP lookup page to help check your exit information, then return to the target app and try the task you need to complete. An expected exit region only confirms the route used for that lookup; it does not prove that every app follows the same path. A connected status in the client also does not confirm that your account permissions or the platform’s content licensing requirements are met. Assess network status separately from app messages.
Retest during the hours you normally use the service; that’s more useful than a brief connection check. If a route doesn’t work for your task, try other available routes in the same region before changing regions. If you still can’t identify the issue, include the destination service, selected region, client platform, and exact error message in your support ticket. Avoid vague reports such as “it doesn’t work,” and don’t upload screenshots containing passwords or subscription credentials.