MeteVPN / NETWORK REFERENCE

International Routes
by Region

Start by checking which regions the service supports, then compare connection paths. Route names indicate the exit location and connection type. Your experience also depends on your local network, time of day, and the service you’re accessing.

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REGIONS / ROUTE EXAMPLES

Browse route examples by region

The static examples below are grouped into Asia-Pacific, North America, Europe, and other regions to illustrate coverage and route types. They are not a complete inventory or a live availability list. Check the client after logging in for current route names, types, and exit options.

Country or region, city, route type, and streaming notes
Country / Region	City	Route Type	Streaming Availability
Asia-Pacific
Singapore	Singapore	IEPL	Depends on the service and testing
Japan	Tokyo	IEPL	Depends on the service and testing
Japan	Osaka	Relayed	Depends on the service and testing
Hong Kong	Hong Kong	Direct	Depends on the service and testing
South Korea	Seoul	Relayed	Depends on the service and testing
Australia	Sydney	Direct	Depends on the service and testing
New Zealand	Auckland	Relayed	Depends on the service and testing
Malaysia	Kuala Lumpur	Relayed	Depends on the service and testing
North America
United States	Los Angeles	Relayed	Depends on the service and testing
United States	Seattle	Direct	Depends on the service and testing
United States	New York	Relayed	Depends on the service and testing
Canada	Toronto	Direct	Depends on the service and testing
Canada	Vancouver	Relayed	Depends on the service and testing
Europe
France	Paris	Relayed	Depends on the service and testing
United Kingdom	London	Relayed	Depends on the service and testing
Germany	Frankfurt	IEPL	Depends on the service and testing
Netherlands	Amsterdam	Direct	Depends on the service and testing
Switzerland	Zurich	Relayed	Depends on the service and testing
Sweden	Stockholm	Direct	Depends on the service and testing
Other Regions
Brazil	São Paulo	Relayed	Depends on the service and testing
Chile	Santiago	Relayed	Depends on the service and testing
South Africa	Johannesburg	Relayed	Depends on the service and testing
United Arab Emirates	Dubai	Relayed	Depends on the service and testing
Türkiye	Istanbul	Direct	Depends on the service and testing

Coverage figures describe the service’s overall reach. They do not mean every region offers the same route types or that every exit will work with every service at all times. Check the options currently available in the client and test the route for your intended use. Don’t judge quality based only on place names, route order, or technical labels.

PATH / TRANSPORT TYPES

IEPL, Relayed, and Direct Routes

These labels mainly describe connection paths, not speed tiers. Understanding the steps along a route is more useful than assuming one type is automatically faster.

IEPL

IEPL: A focus on cross-border transmission

Best for: Long sessions, sustained access, and peak-hour comparisons

IEPL usually refers to an international Ethernet private line, using dedicated transmission resources for the cross-border segment. Unlike a route that relies solely on public internet routing, it still involves separate network segments between your device and the entry point, and between the exit and the destination website. An IEPL label describes how that segment is carried; it does not mean the entire connection has uniform performance.

If you handle ongoing remote tasks, need interactive sessions to stay connected, or access international websites at regular times, consider IEPL routes among the options to compare. Check whether pages reload repeatedly, sessions drop, or file transfers complete reliably. An IEPL route won’t fix an unstable local Wi-Fi connection or restrictions imposed by the destination platform.

Dedicated transmission resources involve capacity, infrastructure, and operating costs, so their cost structure usually differs from that of public network routes. Cost differences do not translate directly into a performance multiplier or prove that resources are exclusively allocated to you. MeteVPN plan prices are listed on the plans page. This page makes no separate price or performance promises for any route label.

RELAY

Relayed: Connect through an entry point to an international exit

Best for: Matching entry points, comparing paths, and having a backup connection

A relayed route typically connects to an entry point first, which then connects to an international exit. The place name you select generally identifies the exit, not every location the connection passes through. An extra hop doesn’t necessarily make a connection slower: if the path between the entry point and your local network is a better fit, a relayed route may work more smoothly than connecting directly to a distant exit. Congestion at an intermediate point can also affect performance.

Relayed routes are worth considering for everyday browsing, international research, and general office work. For a fair comparison, use the same exit region, device, local network, and destination website. This makes it easier to tell whether a difference comes from the path or the region. Comparing different regions at random can make changes from a website’s regional delivery look like an advantage of the route type.

Relayed routes require coordination between entry resources, forwarding capacity, and exit resources. Costs depend on the actual path and capacity, so there is no universal ranking based on the label alone. A relayed route can complement other connection paths, but it should not be treated as a dedicated access method for any particular service. If a platform rejects your current exit, check its rules and your account status before trying another route.

DIRECT

Direct: Connect straight to the selected exit

Best for: Simpler paths, nearby comparisons, and local network compatibility

Direct usually means the client connects to an international exit without going through an entry point provided by the subscription service. “Direct” does not mean there are no intermediate devices: public network traffic still passes through carrier routes and interconnection points. A path that looks simpler is not necessarily shorter in practice; routing between carriers affects where data actually travels.

When the public route from your local network to the destination region works well, direct connections can suit everyday browsing and general access. They can also reduce variables on the service side when troubleshooting. If a direct route in the same region repeatedly drops during your usual hours but a relayed route works, keep both for comparison. If all routes have problems, check your local network, client settings, and the destination website.

Compared with options that use dedicated transmission or additional relay resources, direct routes typically involve a simpler resource setup. Actual costs still depend on the exit data center, public network resources, and operating arrangements. There’s no need to choose based on assumptions about cost: keep the route that completes your task, and don’t assume that fewer steps always mean a faster or more reliable connection.

WORKLOAD / SELECTION NOTES

Choose an Exit by Use Case

Matching the region and matching the route are separate considerations. First meet the destination service’s regional requirements, then check whether you can complete the whole task—not just whether the client says it connected.

Everyday Browsing: Test the Full Page

For research, reading documents, and regular website access, start with a geographically nearby exit that meets the service’s regional requirements. Proximity is a starting point, not a performance guarantee. After opening a familiar site, check that images, attachments, search results, and sign-in redirects work too. Page text and static assets may load from different domains, so a working homepage doesn’t guarantee that everything else will load correctly.

If only one or two sites have problems, check browser extensions, cache, and the sites themselves first. If several unrelated sites fail at once, try another route in the same region. Keeping a regular exit and a tested backup makes troubleshooting easier than picking a new region every time you open the client.

Streaming: Check Content Rights Before Testing Playback

When choosing a route for streaming, check the service’s content licensing region first; route type comes second. Your account region, subscription, and how the service identifies your exit can all affect playback. Don’t infer which titles are available from a route name alone. Test a title you actually plan to watch, checking that playback starts, seeking works, and the stream continues normally. Simply browsing the homepage or thumbnails isn’t enough to confirm access.

If you see a regional availability message, read the explanation provided by the platform. If playback buffers, also check whether your home network is transferring large files. After changing exits, verify playback again using the platform’s normal process; avoid switching regions frequently as a routine practice. Video quality affects data usage, so keep an eye on your remaining allowance if you have a monthly subscription.

AI Tools: Consider Regional Eligibility and Session Stability

ChatGPT, Claude, Gemini, and other tools each have their own service regions and account rules. Before choosing an exit, check the platform’s published supported regions and terms of use. A successful network connection does not mean your account is eligible to use the service. For everyday sign-ins and use, try to keep your network environment consistent and avoid unnecessary region changes. A fixed exit, however, does not guarantee account status.

On the web, check that you can sign in, send messages, and receive streaming responses without interruption. Developers should also confirm that their terminal or IDE actually uses the intended network settings. A browser may work while command-line access fails because different apps can use different connection paths. For a fuller walkthrough, see The Complete Guide to Accessing AI Tools; for tool-specific notes, see the AI Tools Guide.

Gaming: Check Server Location and Client Compatibility First

Choose a route based on the game server’s actual location, not the publisher’s headquarters or store region. Launcher sign-ins, game downloads, and in-game sessions may use different network paths, so access to regular websites does not confirm that the game will work. Check whether the game’s rules allow your network configuration and whether your client supports the connection method it requires. A working subscription alone does not guarantee compatibility with a particular game.

Pause unnecessary background downloads during testing, and distinguish local Wi-Fi fluctuations from game server issues and international routing problems. This service is a cross-border network acceleration subscription; this page does not guarantee access to specific matchmaking regions, in-game performance, or anti-cheat compatibility. Follow the game’s official guidance if it requires a particular connection method.

Work: Keep Sessions Stable Before Transferring Large Files

Remote work often involves meetings, documents, code hosting, and enterprise identity checks at the same time. Choose a regular region that complies with your organization’s policies, then test sign-in, document editing, and meeting connections before checking uploads and downloads. If your organization requires a fixed exit, specific authorization, or a designated access method, get approval from your administrator first. A general subscription route is not the same as enterprise access.

Avoid switching routes during important tasks where possible. If you need to switch, save your work and check the status of any uploads first; resume once the session is re-established. Unlimited devices make it convenient to use the service across multiple devices, but settings may differ from one device to another. When troubleshooting, check each client, app connection path, and local network separately.

VERIFY / KEEP A USEFUL BASELINE

Route Testing and Troubleshooting Notes

When comparing routes, change only one condition per test. Use the same device, local network, and task; compare different paths within the same region first, then consider other exits based on the service’s regional requirements. This reduces interference from browser cache, home network usage, and changes in a website’s delivery points—and makes it easier to keep a route you can test consistently.

A connected status in the client only confirms that it established a connection to the selected server; it does not verify the target app. Browsers, terminals, and other apps may use different settings, so test the result in the app you actually need. If one app keeps failing while others work, check that app’s configuration first instead of repeatedly switching regions.

If you need help, note the time, local network type, route selected in the client, destination service, and steps to reproduce the issue, then submit them through the support ticket portal after logging in. Hide account credentials and subscription links in screenshots, and don’t upload full configuration files that contain sensitive information. Clear troubleshooting notes help distinguish local connection issues from international routing or destination service problems.