Regional exits / route topology

International Routes
Regions and Types

Start with the destination region, then compare connection paths. The exit location determines the network region services see; the route type determines how traffic reaches that exit. Consider these separately.

View routes in the panel View Plans

110+ countries / 150+ routes

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Regional Exits and Route Guide

Browse route options across Asia-Pacific, North America, Europe, and other regions. This guide is not a complete list of available servers, and listed combinations may not always be available. Check the subscription list after signing in for current server names, exit locations, and route types.

Streaming availability: “Verify on platform” means you should open the service using the selected exit to check. It is not a guarantee of support. Available content also depends on your account region, licensing, platform policies, and how the exit is identified.

On smaller screens, swipe horizontally to view the table. The country column includes countries and territories; route type describes the connection option.

Reference by region, city, and route type
CountryCityRoute typeStreaming support
Asia-Pacific
SingaporeSingaporeIEPLCheck the platform's regional requirements
Hong KongHong KongIEPLCheck the platform's regional requirements
JapanTokyoRelayedCheck the platform's regional requirements
JapanOsakaDirectCheck the platform's regional requirements
South KoreaSeoulRelayedCheck the platform's regional requirements
AustraliaSydneyRelayedCheck the platform's regional requirements
AustraliaMelbourneDirectCheck the platform's regional requirements
New ZealandAucklandDirectCheck the platform's regional requirements
North America
United StatesLos AngelesRelayedCheck the platform's regional requirements
United StatesSeattleDirectCheck the platform's regional requirements
United StatesNew YorkRelayedCheck the platform's regional requirements
CanadaVancouverRelayedCheck the platform's regional requirements
CanadaTorontoDirectCheck the platform's regional requirements
Europe
United KingdomLondonRelayedCheck the platform's regional requirements
GermanyFrankfurtRelayedCheck the platform's regional requirements
FranceParisDirectCheck the platform's regional requirements
NetherlandsAmsterdamRelayedCheck the platform's regional requirements
ItalyMilanDirectCheck the platform's regional requirements
SwitzerlandZurichDirectCheck the platform's regional requirements
SwedenStockholmDirectCheck the platform's regional requirements
Other regions
United Arab EmiratesDubaiRelayedCheck the platform's regional requirements
South AfricaJohannesburgDirectCheck the platform's regional requirements
BrazilSão PauloRelayedCheck the platform's regional requirements
ChileSantiagoDirectCheck the platform's regional requirements

Country and city labels help identify an exit location; they do not replace testing the actual connection. Different cities in the same country may use different carriers and interconnection paths. Routes in the same city may also have different ingress and forwarding setups. Consider the region label, route topology, and destination service together rather than sorting by geographic distance alone.

Coverage shows the range of regions available; it does not mean every region offers the same route types or performs identically across apps. Server names may change when subscriptions are updated. If you rely on a particular region, check the current list in the panel and refresh your subscription in the client. Don't assume an old saved server name still meets your needs.

IEPL, Relayed, and Direct Routes

These labels describe connection paths, not protocols. Protocols such as Trojan, VLESS, Hysteria2, and TUIC define how data is transmitted; route topology describes where it travels.

IEPL

IEPL: Dedicated transport path

IEPL usually refers to an international Ethernet private line. It provides dedicated transport between specified endpoints, making the cross-border segment more controllable. The client does not connect directly to a private-line port: it first reaches a service ingress, then travels over the transport network to the exit. Local access, the ingress connection, and the path from the exit to the destination site can still affect performance.

This can suit activities that benefit from session continuity, such as meetings, remote collaboration, and ongoing access to business systems. Its main value is reducing uncertainty caused by changes in public-network paths, not guaranteeing faster performance at all times. A private line alone cannot fix congestion on a local Wi-Fi network or slow responses from a destination platform.

From a network infrastructure perspective, dedicated transport usually requires higher fixed costs and capacity planning, so costs cannot be inferred from a country name alone. For users, refer to the prices and data allowances shown on the plans page; this does not imply that VPNVT charges a route surcharge. Focus on whether sessions remain stable rather than choosing based only on the “dedicated” label.

Relayed

Relayed: Forwarded from ingress to exit

A relayed route adds a forwarding ingress between your device and the destination region. Your device connects to the ingress first, which then forwards traffic to the exit. This can take advantage of the path between ingress and exit when a direct connection from your device to a distant region would encounter a poor interconnection route. An extra forwarding hop does not necessarily mean worse performance; what matters is how well the full path fits your network.

Relayed routes can suit everyday browsing, extended streaming, and situations where you want to compare the performance of different ingress points. Their effectiveness depends on ingress reachability, the forwarding link, and exit connectivity—not simply the number of hops. A busy ingress or congestion between ingress and exit may also be a point to investigate.

Relayed routes require ingress resources, forwarding capacity, and exit resources. Their cost structure is more complex than a simple direct route, but that does not necessarily mean dedicated-line transport. “Relayed” should not automatically be read as IEPL. When comparing routes, keep the app and task the same; otherwise, cached content or changes in the destination site's status may look like a route improvement.

Direct

Direct: Device connects to the regional exit

A direct route usually means your device connects to a regional exit over the public internet without an additional forwarding ingress configured by the service. The path is simpler, but public-network traffic still travels through carrier routes and interconnection points. “Direct” does not mean there are no intermediate networks between your device and the exit, nor that a shorter physical distance guarantees better performance.

This may suit networks with good interconnection to the destination region, lighter tasks, or situations where you need an alternative path. If browsing slows in the evening, compare it with a relayed route in the same region. Changing regions without keeping other conditions constant makes it difficult to tell whether any improvement came from the topology or the exit location.

Direct routes generally do not require an additional forwarding ingress, so their resource setup is more straightforward. Actual costs still depend on the exit region, network capacity, and carrier settlements. A route label should not be treated as a plan tier. Protocol compatibility, local network conditions, and app behavior can all affect results; choose based on whether the route reliably completes your intended task.

Choose a Region and Route for Your Use Case

Choose in this order: destination service, exit region, route type, then protocol. No single region works best for every app, and a label alone cannot identify the best route.

Everyday browsing: responsiveness and continuity

Web browsing involves requests for pages, images, scripts, and APIs. Reaching the ingress does not mean every resource will load correctly. If you have no specific regional requirement, start with a region that connects well to your local network, then check whether familiar sites load fully and links work as expected. First visits and repeat visits behave differently because of caching, so don't draw conclusions from one unusually fast page load.

If a page loads text but its images keep waiting, first check whether your rules are sending resource domains through different paths. Keep the client mode unchanged and compare another route in the same region. For everyday browsing, a consistently available path that doesn't interrupt your workflow matters more than switching exits whenever a page is briefly slow.

Streaming: regional rules and uninterrupted playback

First check which region the content is available in, then choose a matching exit. Netflix, Disney+, YouTube, and other platforms use different methods to determine region and apply content licenses. A working route, a successful sign-in, and playable content are three different outcomes. Platforms may consider account details, exit identification, and session history, so a server name alone cannot tell you what will be in the catalog.

Test by opening a title, starting playback, seeking through it, and watching for a while. Changes in video quality may come from player settings, local Wi-Fi, network congestion, or the platform's delivery node. You can compare another route type in the same region, but check regional detection again after switching. See the streaming support guide; actual playback still needs to be tested.

AI tools: session and region consistency

AI tools may have different requirements for website access, account eligibility, and API calls. Before choosing an exit, check the tool's published supported regions and terms of use. Network access does not replace account verification, subscription eligibility, or platform authorization, and it does not guarantee that the platform will accept every exit from that region.

Long responses, file uploads, and extended conversations depend more on a continuous connection. Once you've chosen a region that meets the platform's requirements, try to keep the exit consistent and avoid switching during a task. If a request is interrupted, check your local connection and client status first, then compare another route in the same region. Don't attribute platform load, account restrictions, or file processing time solely to the network.

Gaming: server region and connection compatibility

Start with the actual game server region, not the region displayed on your account. The launcher, update service, sign-in service, and game session may use different networks. Being able to open a website does not mean game traffic is using the selected route as expected. First check that the client rules cover the connections you need, then see whether sign-in and gameplay sessions remain stable.

Some games use UDP, so the client and selected protocol need to support it. An international route subscription is not a dedicated service optimized for specific games, and compatibility with every game is not guaranteed. If a session behaves unexpectedly, keep the server region fixed while comparing routes. Avoid changing the game region, client mode, and local access method at the same time.

Work: business location and access policies

For remote desktops, file collaboration, and video meetings, prioritize the region where your business systems are hosted and your organization's access rules. If a business system uses an exit allowlist, check with your system administrator whether a shared exit is suitable. VPNVT route labels do not promise a fixed, exclusive IP address and cannot replace enterprise network access controls.

For work, an interrupted session can be more disruptive than a slightly slow page. Compare the continuity of IEPL and relayed routes during your actual working hours, and have an alternative that complies with your organization's policies. Avoid changing exits while uploading files or editing remote content. After switching, check your sign-in state and save results to confirm the task completed.

Subscription Updates and Connection Checks

Troubleshoot step by step, from your local network to the destination service. Changing one variable at a time makes problems easier to pinpoint than switching routes at random.

Check your current subscription first

Sign in to the user panel and confirm your subscription status. Get your subscription from the panel, then update it in the client. The steps may vary across Windows / macOS / iOS / Android / Linux, but make sure the import succeeds, the server list is updated, and the selected region is the one you expect. The panel provides the client and subscription access. For setup steps, see the quick-start guide.

Then check your local network and destination service

First confirm that your local network is working, then check the client's connection status and routing mode. A connected status only means the client has established a connection; it does not prove every app is using that exit. Test the actual destination site and check whether the app is retaining an old session. If only one app is affected, check its routing rules and service status first.

When comparing routes, note the region, type, protocol, time of use, and specific symptoms—for example, resources that won't load, playback interruptions, or a stalled upload. Avoid vague reports like “slow,” and don't conclude from one failed attempt that an entire region is unavailable. If you need help, share these details through a support ticket in the panel. Do not include a full subscription URL, account password, or other sensitive credentials.

Finally, check data usage and billing

Unlimited simultaneous devices does not mean unlimited data. Devices playing videos, syncing files, or updating apps at the same time all use data from your plan. Monthly subscription data resets each month on the activation date. If you upgrade mid-cycle, the price difference is prorated for the remaining days. Data add-ons remain available until used and never expire. To adjust your usage, compare current prices and data allowances on the plans page rather than choosing based only on the number of exits.

VPNVT accepts Alipay, WeChat Pay, and USDT, and offers a 60-day money-back guarantee. No email address is required to get started; use a username and password. Routes help with choosing an access region and connection path. Content licensing, account eligibility, and organizational access policies are determined by the relevant services.

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