Browse by Region · Route Selection

VPNQT Global Servers

Choose a destination region first, then compare route types. Judge the connection by how your target service actually performs.

First Month Free View Plans
120+ countries / 190+ routes Unlimited devices at once 60-day money-back guarantee

No email address required. Sign in with a username and password. View route details and subscriptions in the user dashboard.

Browse by Region

Browse Routes by Region

The table below shows examples of regions and route types. It is not a complete list or a live availability report.

VPNQT covers 120+ countries and 190+ routes. A country or region indicates the approximate exit location, while a city distinguishes node labels and a route type describes how the connection is arranged. Each serves a different purpose: the exit region can help match a service’s location requirements, and route type can help compare how different paths perform. City names alone do not indicate connection quality.

The cities and route types in the table illustrate how to choose a route. For available nodes, naming, and current connection availability, check the user dashboard after signing in and the latest subscription. If a sample location is not listed in your client, do not add a server address manually based on the table. Update your subscription first, then choose from the routes shown in the dashboard.

Asia-Pacific North America Europe Other Regions
Route examples by region · Swipe horizontally on narrow screens · Test streaming after connecting
Country / Region City Route Type Streaming Support
Asia-Pacific
JapanTokyoIEPLTest with the target service
JapanOsakaRelayTest with the target service
Hong KongHong KongIEPLTest with the target service
SingaporeSingaporeRelayTest with the target service
South KoreaSeoulDirectTest with the target service
AustraliaSydneyRelayTest with the target service
North America
United StatesLos AngelesIEPLTest with the target service
United StatesSeattleRelayTest with the target service
United StatesNew YorkDirectTest with the target service
CanadaVancouverRelayTest with the target service
CanadaTorontoDirectTest with the target service
MexicoMexico CityRelayTest with the target service
Europe
GermanyFrankfurtIEPLTest with the target service
United KingdomLondonRelayTest with the target service
FranceParisDirectTest with the target service
NetherlandsAmsterdamRelayTest with the target service
SwedenStockholmDirectTest with the target service
SwitzerlandZurichRelayTest with the target service
Other Regions
BrazilSão PauloRelayTest with the target service
ChileSantiagoDirectTest with the target service
South AfricaJohannesburgRelayTest with the target service
United Arab EmiratesDubaiRelayTest with the target service
IndiaMumbaiDirectTest with the target service
TürkiyeIstanbulRelayTest with the target service
Route Details

IEPL, Relay, and Direct Routes

Route types describe how a connection is routed, not a fixed performance ranking. Compare them on your local network and with the service you use.

IEPL

Routes using a dedicated cross-border transport segment

For long-lived connections and performance during busy periods

An IEPL route generally uses an international Ethernet private line for part of the cross-border connection. Think of the route in three stages: the entry, cross-border transport, and exit. Your local network connects to the entry first, and the remaining links lead to the exit. IEPL describes the transport arrangement; it does not mean the entire connection from your device to every website uses a dedicated link.

If you need ongoing meetings, remote work, or extended access to the same service, you can compare this route type with others. Check whether sessions stay connected, page requests remain responsive, and performance holds up during your usual hours. Local Wi-Fi, your access network, and the destination website can all affect results, so the IEPL label alone does not mean it will be faster in every situation.

In general network infrastructure, dedicated transport resources involve capacity and maintenance costs that are usually higher than routes using only the public internet. Those infrastructure costs do not mean users pay a separate line-item fee. Check the plans page and dashboard for VPNQT pricing and plan details; this page does not set separate prices by route type.

Relay

Connect to an overseas exit through an entry node

Compare routes across different access networks

A relay route adds a forwarding step between you and the final exit. The client connects to an entry first, which forwards requests to a later exit before they reach the destination service. The entry region and exit region are different: websites generally identify your location from the exit, so check the node’s exit label rather than relying on the entry location.

A relay changes the route; it does not simply add distance. If a direct route to an overseas exit performs poorly, a better-matched entry may improve the experience. On the other hand, if the entry does not work well with your local network, the extra forwarding step may add delay. Compare relay routes with other types in the same region under similar conditions rather than mixing locations.

Relay routes use entry, exit, and forwarding resources. Their costs depend on how the route is arranged and how capacity is allocated, so they cannot simply be assumed to fall between IEPL and direct routes. Everyday browsing, file access, and routine work are all useful test cases. Choose a route that reliably gets the job done instead of guessing at cost or performance from its label.

Direct

Connect directly to the exit server

Performance depends more on your access network

A direct route generally means the client connects to the target exit server without an additional forwarding step through an entry arranged by the service. “Direct” does not mean that internet traffic bypasses routing equipment; it means there is no extra service forwarding step compared with a relay route. Data still travels across your local access network, your carrier’s network, and the network where the exit is hosted.

When public routing between your local network and the exit is suitable, a direct route can be a good option for everyday access. Its performance often depends more on your access provider, time of day, and destination region. A direct route that works well on one network may need to be compared again when you switch devices or networks. Use actual websites, files, or app sessions to judge the results.

Direct routes generally require fewer entry resources, but the exit server and public network transport still have costs. This does not tell you how much cheaper a plan should be. Nor does “direct” mean that a destination website will accept the exit: regional policies and account permissions are determined by the target service, independently of whether the route uses a relay.

Start with Your Use Case

Choose a Route by Use Case

Keep the region consistent first, then compare routes. Changing too many variables makes it hard to identify the cause of a problem.

Everyday Browsing: Check That Requests Keep Working

When browsing, check more than whether the homepage loads: make sure images, internal links, search, and pages after sign-in work too. Start with an exit that meets the website’s regional requirements and is reasonably close, keep one route that works well for regular use, and choose a backup in the same region. Distance can help narrow down options, but it is not conclusive: content delivery and local network routing can make routes in different regions feel very different.

If only one website has a problem, there is no need to switch your entire network setup right away. First check whether other sites work, then review the affected site’s account status and on-page messages. If multiple destinations are affected, troubleshoot your local network, client, and route one by one.

Streaming: Check the Region, Then Test Playback

Streaming depends on the content’s region, account permissions, and a steady connection. First find out where the content is available, then select an exit in that region and try playing the title on the platform. Seeing the homepage or cover art does not confirm playback. Check that the video starts, seek through it, and watch for a while to see whether playback remains smooth. Catalogs and exit identification can change, so past access does not guarantee the same result later.

When troubleshooting, keep the same account and title and change only the route. If the platform specifically mentions account-region or copyright restrictions, check its guidance rather than assuming every message is about connection speed. For more detailed scenarios, see the connection troubleshooting guide in the Help Center.

AI Tools: Keep the Region and Session Consistent

AI tools often check service region, account permissions, and session state. Choose a region supported by the tool and try to keep the same exit while signing in, submitting tasks, and receiving results. Frequent region changes may trigger extra verification and make troubleshooting harder. A working connection does not mean the tool is available to every account; follow the tool’s own service policies.

Do more than check whether the sign-in page loads: complete a routine task and see whether the result comes back in full and your history opens normally. When using both a browser and desktop app, check that each follows the client rules as expected. For more guidance, see Choosing and Testing a Route for ChatGPT.

Gaming: Check the Actual Game Server Region

Start with the region of the actual game server, not just your account region or launcher language. Check that the client rules cover the game process and its required connections, then test the connection in the game itself. Smooth browsing does not confirm that a game connection works, and opening the launcher does not prove that match traffic is routed the same way.

Connection methods and service policies vary by game. This page does not equate international routes with dedicated gaming acceleration support. If the client makes the connection less suitable, return to your original network for comparison and check the game’s official network requirements. Keep the game server region the same while comparing routes so you do not mistake regional differences for route-type differences.

Work: Keep Business Tasks Running

Video meetings, remote collaboration, and file syncing all depend on a continuous session. Before a meeting or remote work session, use the same device and access network to test audio, video, opening files, and saving changes. Once you have a reliable route, use it for work. Avoid switching exits just to compare routes while editing a remote file or in a meeting.

Business systems may restrict access to approved exit locations or regions. Check your organization’s security requirements before connecting. VPNQT supports unlimited devices at once, but client rules still need to be checked on each device; the device limit does not guarantee identical app configurations. For help, submit the issue and environment details through a user dashboard ticket. Do not share your subscription link publicly.

Test Your Connection

From Subscription Updates to Connection Testing

Check your local access network, route, and target service separately to avoid switching nodes without a clear reason.

Check the Route List and Client Setup First

Sign in to the user dashboard, check your subscription status, retrieve your subscription, and update the route list in your client. Windows / macOS / iOS / Android / Linux are supported platforms; access the client from the dashboard. Do not replace your configuration with server addresses from unknown sources, and do not assume a city shown on this page must appear under exactly the same name in your client. For your first setup, follow the Quick Start. For rules and routine maintenance, see the Complete Guide.

Compare Under Similar Conditions

Choose a route that meets the target region’s requirements, connect, and open the service you actually need. Note your access network, exit region, route type, time of use, and the exact error message. Then keep the device and target service unchanged and adjust only one connection variable. If you change Wi-Fi networks and the region at the same time, even an improvement will not tell you which change helped. To assess performance during busy periods, repeat the test in your usual environment rather than treating one page load as a long-term result.

Tell Connection Status Apart from Service Access

A client’s “connected” status means only that the connection reached the state recognized by the client. It does not mean every app is using that exit or that the target website has granted your account access. If something goes wrong, first check whether the app matches your routing rules, then review the target service’s message. The use case is verified only when the target app can complete the task. If you still cannot identify the issue, include the node label and error details in a support ticket. Keep subscription links, passwords, and screenshots containing account credentials private.

VPNQT offers a 60-day money-back guarantee. Before choosing a plan, review its details and terms; afterward, test it in your actual use cases to see whether it fits. The number of nodes describes coverage, but does not replace checking the destination region, app rules, and everyday connection performance.