REGIONS
Browse exit locations by region
The table below lists popular exit regions, not every available server. Countries and regions appear in the same column. A location name alone does not confirm the city, route topology or access to a specific service. Check the dashboard for currently available servers before connecting.
| Country / region | City | Route type | Streaming support |
|---|---|---|---|
| Asia-Pacific | |||
| Singapore | Check the dashboard | Check the dashboard | Depends on actual access results |
| Japan | Check the dashboard | Check the dashboard | Depends on actual access results |
| Hong Kong | Check the dashboard | Check the dashboard | Depends on actual access results |
| North America | |||
| United States | Check the dashboard | Check the dashboard | Depends on actual access results |
| Europe | |||
| France | Check the dashboard | Check the dashboard | Depends on actual access results |
| Netherlands | Check the dashboard | Check the dashboard | Depends on actual access results |
| Other | |||
| Other covered regions | View in dashboard | Check the dashboard | Depends on actual access results |
Coverage spans 90+ countries and 210+ routes. Cities and route details not listed on this page are not inferred. Check the user dashboard for currently available options.
How location labels relate to access
An exit region is a useful factor when choosing a service location, but websites may also consider account region, billing details, content licensing and their own policies. Different exits in the same region can produce different results. That is why the table does not equate “located in this region” with “supports all content from this region.” If you have a specific destination in mind, sign in to that service with your own account and check whether the login, content catalog and playback or other features work as expected.
A city name cannot predict connection quality, either. Physical distance is only one part of the path: local network access, carrier interconnections and routing from the exit to the destination website can all affect results. If the dashboard does not list a city, “check the dashboard” is more accurate than guessing the capital from the country name. For everyday use, compare available exits that fit your target region; there is no need to switch frequently just to find a more specific location label.
ROUTE TOPOLOGY
Dedicated, Relay and Direct Routes
The following explains general routing concepts. It does not mean VPNLanLan currently offers every route type or guarantee the performance of any particular route. Check the dashboard for available options; do not infer a route type when none is listed.
DEDICATED PATH
IEPL Dedicated Routes
Designed to provide greater control over the transport path.
IEPL generally refers to an international Ethernet private line, using dedicated transport resources between relevant access points. Compared with routes that rely entirely on the public internet, this approach places greater emphasis on path management and resource allocation. It describes the transport method along part of the connection, not a dedicated network for every leg from your device to the destination website.
If you work online for extended periods, keep long-running sessions or value a consistent experience, check whether this route type is explicitly listed. The connection from your device to the entry point, and from the exit to the destination service, may still be affected by the public internet. A dedicated-route label cannot prevent local Wi-Fi interference or replace the destination website’s own service quality.
Costs typically reflect transport resources, access and operations, so this option is generally more expensive than a setup relying solely on the public internet. Whether it is worth choosing depends on your network and workload; the route name alone is not a speed rating. This page does not imply any undisclosed dedicated-route benefits for a plan.
RELAY PATH
Relay Routes
Use an intermediate node to shape the connection path.
A relay adds a forwarding hop between local access and the exit. Your device connects to an entry point first, then traffic is forwarded along an intermediate path to the exit. The benefit is not simply “more servers”; it can provide a better-connected route, breaking a poor direct connection into more manageable segments.
A relay can be worth comparing when your local network has an unstable path to a particular exit. However, an extra forwarding hop also adds processing and operational dependencies. If the entry point is congested or the onward route is unsuitable, a relay may not help. Compare webpage responsiveness, uninterrupted playback or work sessions rather than judging only by how close the entry point is to you.
Costs involve entry and exit resources, transfers between nodes and routing operations, so the setup is usually more complex than a simple direct connection. Relay and dedicated routes are not mutually exclusive: “relay” describes how forwarding is organized, while “dedicated” describes some of the transport resources. The word “relay” alone does not tell you whether dedicated transport is used internally.
DIRECT PATH
Direct Routes
Avoid an additional application-level forwarding hop.
A direct route generally means the client connects straight to the exit, without an extra configured relay entry point. It does not mean there are fewer physical routers or that data travels in a straight line geographically. The actual path depends on carrier interconnections and routing decisions. Understanding the distinction helps avoid assuming that “direct” always means faster.
If the public route from your local network to the exit is already suitable, a direct setup is relatively simple and may work well for everyday browsing and general apps. Congestion or packet loss along the path, however, can affect performance directly. Use it as a baseline for comparison, but do not assume one successful connection means the route will perform the same at all times.
Under similar conditions, direct routes usually involve fewer intermediate resources and less routing overhead, resulting in a simpler cost structure. The final price also depends on traffic, regional resources and maintenance, so it cannot be calculated from topology alone. Check the VPNLanLan plans page for fees and traffic policies; route names are not a substitute for billing details.
Protocol, topology and exit region are separate factors. A protocol determines how a connection is encapsulated, topology describes how the path is organized, and region identifies the exit location. For more detail, see Protocol and Routing Reference →
CHOOSE BY TASK
Choose a route by use case
Start with the destination service and its location requirements, then compare available exits that can handle the task. Instead of looking for one region that works for everything, keep clear, verifiable reasons for the choices you use regularly.
Everyday Browsing
Web browsing depends on a series of small requests completing successfully, including DNS lookups, page assets and login redirects. Start with an exit that meets the location requirements and has a suitable route, then test it with websites you use regularly, checking images, search and account pages. A smooth download of one file does not mean every part of a complex website will work just as well.
If only one website is having trouble, first check the site’s status, browser extensions and cache, then compare other exits. Avoid changing several settings at once, or you will not know which change helped. If your regular sites work normally, there is no need to switch repeatedly just to chase different location labels.
Streaming
For streaming, check the content’s licensed region first, then confirm playback works consistently. Opening the homepage, seeing posters or accessing your account does not prove that a specific title will play. Check the title, available resolution options, subtitles and playback itself. If your exit region differs from your account region, the service may ask for additional verification.
If playback buffers, first check your local Wi-Fi connection and whether other devices are transferring data, then compare other available routes within the target region. If a title is not licensed in that region, switching to another route in the same region may not help. For guidance on regions and catalogs, see Streaming Access Guide; actual access depends on the platform.
AI Tools
AI tools depend not only on page loading but also on account region, service availability and long-lived connections. Check the tool’s usage policies first, then choose an exit that meets its requirements. Being able to open a website does not mean your account is eligible to use the service; network acceleration cannot replace account permissions, a service subscription or platform approval.
When testing, complete a real interaction and check whether login redirects, responses and file operations work normally. Keep the same exit during a long session where possible, so switching regions does not complicate troubleshooting. If the tool displays a specific account or region message, follow its guidance rather than attributing every error to the connection route.
Gaming
Choose a route based on the game server region, not just how close the exit is to you. The path includes both your device to the exit and the exit to the game server; smooth web browsing does not guarantee stable in-game interaction. Test login, matchmaking and an actual match, and distinguish game server issues from local connection problems.
First check whether your client supports the traffic routing method required by the game, then decide whether to use the relevant configuration. Follow the game’s regional rules and terms of service. This page does not label general international routes as gaming routes or guarantee compatibility with any particular game region or performance in matches.
Remote Work
For work, prioritize session reliability and your organization’s requirements. Meetings, collaborative documents and remote desktops may rely on different networking mechanisms, so test each separately. If your organization has its own access policies or controls, confirm that external network acceleration is permitted before using it. Do not replace managed settings on a work device without authorization.
Avoid switching exits during important meetings or file transfers, especially when account sessions are tied to a source region. If you cannot access internal company resources, check whether your split-tunneling settings follow your organization’s guidance instead of repeatedly changing regions. For ongoing work, use a route tested with your actual tasks and keep the original settings so you can restore them.
CONNECTION CHECK
Connection Checks, Before and After
Check your local network, client settings and destination service separately to avoid unnecessary route changes. Recording what happened is more useful for troubleshooting than simply saying “it’s slow.”
Check the Configuration Source First
Get the client and subscription configuration from the user dashboard, and check your plan and traffic status there. Clients are available for Windows / macOS / iOS / Android / Linux; interfaces vary by platform, so follow the dashboard instructions. Do not submit subscription configurations to unfamiliar websites.
Then Narrow Down the Issue
First check whether your local network is working and whether other websites are affected. If the problem is limited to one app, check its error message and account status; if several services are affected, compare available routes. Change one setting at a time, and keep the original configuration so you can restore it.
Finally, Share Useful Details
If you need help, include your platform, the client’s message, the destination service and the circumstances in which the issue occurred. Hide account passwords and subscription details before sharing screenshots. Report the issue through a dashboard support ticket; do not publicly share configuration files containing access credentials.
VPNLanLan supports unlimited simultaneous devices, but each device can still be affected by its own local network and app settings. A working connection on one device does not mean another has the same system permissions, routing rules or local DNS results. Troubleshoot on the same device and app under similar conditions to avoid mistaking environmental differences for route differences.
Before getting started, check the plans page for pricing and traffic policies. This service includes a 30-day money-back guarantee. No email address is required; start with a username and password. Existing users can get the client from the dashboard or report connection issues through a support ticket.