6NVPN / ROUTE REFERENCE

6NVPN Route List

110+ countries / 170+ routes. Check the exit region first, then compare connection types. A route name does not guarantee an app will work.

110+ countries / 170+ routes
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This page is a static guide to regions and route selection; it does not show live performance metrics. Check the user panel and your latest subscription for available routes, maintenance updates, and connection types.

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Browse Routes by Region

The locations below are examples, not a complete route list. A region may offer multiple connection types, and a city name does not indicate the content region assigned by a target website.

Regional route guide · Verify streaming access with the service
Country / region	City	Connection type	Streaming support
Asia-Pacific
Hong Kong	Hong Kong	IEPL dedicated line	Verify with the service
Singapore	Singapore	IEPL dedicated line	Verify with the service
Japan	Tokyo	Direct	Verify with the service
South Korea	Seoul	Relay	Verify with the service
Australia	Sydney	Relay	Verify with the service
New Zealand	Auckland	Relay	Verify with the service
Malaysia	Kuala Lumpur	Relay	Verify with the service
Thailand	Bangkok	Relay	Verify with the service
North America
United States	Los Angeles	Relay	Verify with the service
Canada	Vancouver	Relay	Verify with the service
Mexico	Mexico City	Relay	Verify with the service
Europe
Italy	Milan	Relay	Verify with the service
Germany	Frankfurt	Relay	Verify with the service
United Kingdom	London	Relay	Verify with the service
France	Paris	Relay	Verify with the service
Netherlands	Amsterdam	Relay	Verify with the service
Spain	Madrid	Relay	Verify with the service
Sweden	Stockholm	Relay	Verify with the service
Switzerland	Zurich	Relay	Verify with the service
Other regions
Brazil	São Paulo	Relay	Verify with the service
Chile	Santiago	Relay	Verify with the service
South Africa	Johannesburg	Relay	Verify with the service
United Arab Emirates	Dubai	Relay	Verify with the service

About location names

Countries and cities identify the exit location, but do not tell you the entry route, how a target service determines your region, or what your connection will be like. If a client shows similar names, check the connection type and notes too—don't choose based on list order alone.

About streaming availability

This page does not label any exit as consistently available. Catalogs, playback rights, and video quality depend on your account region, content licensing, platform policies, and device capabilities. A site loading successfully does not mean its content will play.

Connection Types and Trade-offs

IEPL, relay, and direct describe how a route is set up, not its performance tier. Understand the route first, then decide whether it suits your network and the time you plan to use it.

IEPL

IEPL dedicated line

Prioritize consistent routing

IEPL generally refers to an international Ethernet private line, using dedicated transmission resources provided by carriers to connect regions. Compared with routes that rely entirely on public internet routing, these connections place more emphasis on controlling the transmission segment. However, your local network connection to the entry point and the public internet route from the exit to the destination still affect the overall experience. An IEPL label is not an end-to-end performance guarantee.

If you regularly join remote meetings, use interactive apps, or access international sites for extended periods, consider an IEPL route and check connection stability during your usual working hours. Dedicated transmission resources generally cost more to procure and maintain, but that does not mean 6NVPN charges a separate line fee. Check the user panel for current availability; don't infer features from a route name.

Check sustained sessions, not just whether a webpage loads.
Check both your local Wi-Fi and the connection to the entry point.
Consider the connection type separately from the exit region.

RELAY

Relay routes

Routes via an entry point

A relay route connects to an entry point first, then passes through an intermediate transmission segment to reach the exit in the destination region. It is more than a direct route with an extra step: the entry and exit points work together to shape the network path. If public internet routing from your local network to a region is poor, a suitable relay may offer a different experience. On the other hand, congestion on the intermediate link can become a bottleneck.

Relay routes are worth comparing by destination region and can be candidates for everyday browsing and work. Their costs may involve entry, cross-region transmission, and exit resources, so a relay label alone does not tell you whether a route is expensive. Check how your usual apps perform at the times you use them. If webpages load but file transfers keep dropping, check the app connection, route, and client settings.

A distant exit does not mean the entry point is in the same region.
Relay routes in the same region can perform differently.
After changing routes, check your usual apps again.

DIRECT

Direct connections

Compare public internet routes directly

Direct usually means the client connects to an access server in the destination region without an additional relay entry point configured by the service. “Direct” does not mean the physical connection bypasses carrier equipment or that the route is necessarily shorter. Public internet routing depends on your local carrier, peering arrangements, and the destination network, so results vary by connection.

A direct connection can be useful for comparing routes, especially when your local network already has a suitable international connection. Its routing setup is relatively simple and generally avoids allocating resources to an extra relay segment, but that does not tell you the procurement cost or performance of any specific 6NVPN route. If your connection becomes unstable at certain times, keep the destination region the same and compare connection types instead of changing the region, protocol, and app settings all at once.

Connecting directly to a server does not mean there are no intermediate networks.
Your local carrier and the time of use can affect performance.
Keep the task the same and compare connection types one at a time.

Connection type is not the same as protocol. Hysteria2, VLESS, and Trojan describe connection protocols; IEPL, relay, and direct describe how routes are organized. Changing protocols may not change the exit region, and changing regions may not require a protocol change. Read the technical guide to routes and protocols for more.

Choose an Exit for Your Use Case

Start with your target app's requirements, then compare routes. Geographic distance, regional access, and route stability are different factors and should not be judged by a single metric.

Everyday browsing

For international websites, start with candidate routes in regions you use often. Check that search, images, and page navigation all work. If a site is slow to load the first time but works normally later, caching or DNS may be involved. If only one site has issues, the problem may be with that site rather than the entire route.

If you have no specific regional requirement, stick with a commonly used exit that suits your local network. Use split tunneling rules to route the requests that need an international connection accordingly. After switching, reopen the page so an existing connection doesn't keep using the previous route. If something goes wrong, check whether the rule matched before trying another route.

Streaming

Check which region offers the content you want, then choose a corresponding exit. Netflix, Disney+, YouTube, and other services have different catalogs and playback policies; your account's region may also factor into their decisions. The regions in the table can help narrow down your options, but only a playback test can confirm access.

To verify access, play the title you want and check that playback continues—not just whether the homepage or preview image loads. Video quality also depends on your subscription tier, browser, device decoding capabilities, and local network. If playback fails, note the error and determine whether the cause is regional access, your account, or the connection. See the streaming guide for more on content regions and playback checks.

AI Tools

Before using tools such as ChatGPT, Claude, or Gemini, check the service's supported regions and account requirements. A route provides network connectivity; it does not grant account eligibility or guarantee access to specific features. A region name does not prove that an exit has a particular native IP status.

For ongoing conversations, file uploads, and longer tasks, keep your connection environment consistent. Apply consistent routing rules to the relevant domains so page loads, sign-ins, and uploads don't go through different exits. If you see an access notice, first determine whether it comes from the service's account requirements or a network error. See the guide to accessing AI tools for more.

Gaming

Choose a route based on the game server's region and how the client actually sends traffic—not just where you are playing from. Being able to sign in to a launcher does not mean gameplay traffic is using the route. Some games do not follow browser proxy settings, so check that the client mode and app rules are compatible.

Interactive gaming is more sensitive to connection fluctuations, packet loss, and session stability; a smooth download alone says little about gameplay. Test in an actual game, while following the game's service rules. 6NVPN's international routes are not a dedicated product optimized for specific games, and gameplay performance is not guaranteed.

Remote work

For remote meetings, document collaboration, and access to company systems, follow your organization's network and data policies first. Enterprise access software may already manage routing or DNS. If you use another connection method at the same time, check for conflicting rules; repeatedly changing exits will not resolve an access permissions error.

Keep your usual exit consistent during work and test meeting audio and video, document syncing, and file uploads separately. If your organization uses an IP allowlist, ask an administrator to confirm the connection requirements first; you cannot infer a fixed IP address from the name of a standard subscription route. To troubleshoot, note the app error, region, and connection type, then describe the issue in a support ticket in the user panel.

How to Verify After Switching

Check your exit, rules, and app separately to avoid unnecessary switching. There's no need to keep changing your entire connection setup just to find a label that looks better.

Make sure your subscription is up to date

First, check your subscription status in the user panel, then update the route list in your client. An old configuration may retain route names or connection details that have since changed. Get a compatible client from the client downloads in the user panel and import your subscription using the setup guides. Never include a private subscription link in a public screenshot.

Check your exit and rules

After connecting, use the IP lookup tool to help check the exit location, then confirm that the target app matches the right rule. The exit shown in your browser only reflects the path used for that lookup; it does not automatically apply to every app. Check DNS results and app connections separately too.

Test the task itself

Reconnect the target app and complete a real task—browse, play a video, send a message, or transfer a file. If the issue persists, keep the error message and compare candidate routes without changing other settings. This helps identify whether the cause is the region, route, or app itself, rather than leaving you to guess by changing several settings at once.