120+ countries / 210+ routes

International Routes & Locations

Choose an exit location, then select a route for your needs. VPNQS lists locations, route types, and use cases separately, so you can compare connection paths instead of relying on a node name alone.

This page provides a static directory example and route-selection tips. Sign in to the user dashboard to see currently available routes. The directory does not show live status or guarantee access to any specific website.

region / directory

Browse routes by location

VPNQS covers 120+ countries and 210+ routes. The examples below are grouped by Asia Pacific, North America, Europe, and other regions to show countries, cities, and route types—not a complete list of available routes. Names and ordering in the dashboard may change after maintenance, routing changes, or subscription updates. Check the dashboard for current connection details.

The “Streaming support” column refers only to whether a network connection can be established; it does not guarantee that a platform will allow playback. Content region, account details, and platform policies all affect access. A country label is not a promise that you can watch. On narrow screens, scroll the table horizontally.

Asia Pacific
Country / RegionCityRoute typeStreaming support
JapanTokyoIEPLDepends on actual access
JapanOsakaRelayedDepends on actual access
Hong KongHong KongRelayedDepends on actual access
SingaporeSingaporeIEPLDepends on actual access
South KoreaSeoulDirectDepends on actual access
AustraliaSydneyRelayedDepends on actual access
North America
Country / RegionCityRoute typeStreaming support
United StatesLos AngelesIEPLDepends on actual access
United StatesSeattleRelayedDepends on actual access
United StatesNew YorkRelayedDepends on actual access
United StatesDallasDirectDepends on actual access
CanadaVancouverRelayedDepends on actual access
CanadaTorontoDirectDepends on actual access
Europe
Country / RegionCityRoute typeStreaming support
GermanyFrankfurtIEPLDepends on actual access
FranceParisRelayedDepends on actual access
United KingdomLondonRelayedDepends on actual access
NetherlandsAmsterdamDirectDepends on actual access
SwedenStockholmRelayedDepends on actual access
ItalyMilanDirectDepends on actual access
Other Regions
Country / RegionCityRoute typeStreaming support
BrazilSão PauloRelayedDepends on actual access
ArgentinaBuenos AiresDirectDepends on actual access
ChileSantiagoRelayedDepends on actual access
South AfricaJohannesburgRelayedDepends on actual access
United Arab EmiratesDubaiRelayedDepends on actual access
IndiaMumbaiDirectDepends on actual access

type / path

Dedicated routes, relayed, and direct connections

Route types describe how traffic reaches the exit, not a performance ranking or client protocol. Routes labeled “relayed” may use different entry points, and a “dedicated” route still includes your local connection and the target service's network. Compare the full connection path.

type=iepl

IEPL

IEPL typically refers to an international Ethernet private line, with dedicated resources used for the cross-border segment. This can make that part of the route more controllable and reduce reliance on changes to public internet routing across borders. “Dedicated” describes the transport method; it does not mean one provider controls the entire path from your home network to the target website.

Worth considering when continuity matters, such as for longer work sessions. These routes typically involve higher resource procurement and maintenance costs than direct connections. That cost difference does not mean VPNQS charges an additional route fee; check the dashboard plans for availability and billing.

What to check: whether meetings, file transfers, or ongoing access feel more consistent through exits in the same region—not what the route label suggests.

type=transit

Relayed routes

A relayed route adds an entry node between you and the exit. The entry node forwards traffic to the target exit. This separates local access from the international exit, allowing routes to be selected for different network conditions. An extra hop does not necessarily mean a slower connection; what matters is whether the full route works better.

A good option for everyday browsing, media access, and comparing different entry points. Relayed routes require entry resources and onward connections, which typically cost more to maintain than a simple direct route with only an exit. The difference depends on the resources used. “Relayed” does not describe one standardized route.

What to check: whether your local connection is stable and whether you can complete your actual tasks after connecting to the target app.

type=direct

Direct routes

With a direct route, the client connects straight to the exit-side service without passing through a relay entry configured by VPNQS. The setup is relatively simple, and the cross-border path depends mainly on your local carrier and the public networks along the way. “Direct” does not mean the physical route is the shortest or that no other network equipment is involved.

A suitable option when the path from your local network to the target exit works well and you want an alternative connection method. Direct routes generally require no extra relay resources and have a simpler resource setup, but peak-time routing changes can affect performance more directly. If a direct route works for you, there is no need to switch just because of its label.

What to check: whether it meets your needs during your usual hours and provides a useful alternative to other route types if problems arise.

Compare route type and data plan separately

Route type determines the connection path; data plans determine how much you can use. Monthly plans are ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Data resets monthly on your activation date; mid-cycle upgrades are prorated for the remaining days. A larger data plan does not make an individual route faster, and a connection issue does not necessarily come from your plan tier. See plan pricing for full billing details.

usage / selection

Choose an exit by use case

Follow a consistent order: target region, connection path, then actual task. For services with regional requirements, meet those requirements first. Otherwise, prioritize connection continuity. Change one factor at a time; switching exits, clients, and rules all at once makes it harder to identify the cause of a problem.

browse

Everyday browsing

For research, reading web pages, and viewing images, start with a nearby region. Open your usual sites and check that text, images, and attachments all load correctly. A homepage loading does not mean every domain it relies on is reachable. If some content is missing, first check whether your client rules cover those requests, then compare other routes in the same region.

If a route works well during your usual hours, keep it as your everyday choice and have another route type as a backup. Avoid switching frequently just because the list order changes; judge by how smoothly your actual tasks work. A farther location is not necessarily a better choice, and route labels are no substitute for observing day-to-day performance.

streaming

Streaming and video

For streaming, start with the region where the content is available, then check playback continuity. Your platform account, payment region, content licensing, and exit detection may each affect access. The countries and cities in the directory only describe exit locations; they cannot guarantee that a particular title will play or that a platform will always accept an exit. If you see a regional restriction, read the platform's message and check your account requirements and selected region.

Once playback starts, check whether video quality keeps changing and whether playback resumes after you seek. If problems occur only at certain times, compare relayed and dedicated routes in the same region with the same content and device. This helps distinguish route issues from device decoding or Wi-Fi problems. Keep an eye on your remaining data in the dashboard during extended viewing.

ai-tools

Accessing AI tools

Before using ChatGPT, Claude, or Gemini, check the service region and account eligibility for the tool. Reaching the sign-in page does not mean your account is eligible; sending a short message does not guarantee that long responses, file uploads, or image tasks will work smoothly. Assess network connectivity separately from the tool's account review.

Once you have confirmed an eligible region, keep the exit consistent and avoid switching during a task. Long responses and file processing involve ongoing sessions, so compare route continuity using the same task. If you see a region or account notice, do not keep trying different countries; check the tool's own policies first. For more detailed guidance, see the AI guide.

gaming

Gaming connections

Choose an exit based on the game server's region, not just geographic distance. Also check that your client supports the game's transport requirements and follow the game's regional and account policies. VPNQS is a cross-border network acceleration subscription service; international route names do not guarantee compatibility or performance for any particular game.

Test sign-in, matchmaking, and session continuity in a setting that does not affect a live match. If you can sign in but encounter problems after joining a session, note when they occur, check your local network and client settings, then try another route. Avoid switching exits during a match; a connection change may interrupt the session and make troubleshooting harder.

work

Work and collaboration

Remote meetings, code repositories, and cloud documents depend on stable connections and a consistent exit. First check whether your organization allows personal network services, then choose an exit that meets the work platform's regional requirements. For enterprise connections, follow your organization's network configuration. Do not change routes yourself or enable multiple network tunnels at once, as this may disrupt access to internal resources.

Before an important meeting, test audio, video, screen sharing, and document access—not just sign-in. Large file transfers and background syncing can also affect meetings on the same device, so consider scheduling them separately. VPNQS supports Windows / macOS / iOS / Android / Linux, with unlimited devices. Check each device separately to make sure its subscription and rules are up to date.

check / maintain

Post-connection verification and maintenance

Update your subscription, then check your exit

Get your subscription from the user dashboard and import it into your client. Then use the client's subscription update feature to sync the route list. If a route appears in the dashboard but not in the client, check that the subscription updated successfully, that you are not using an old configuration, and that your plan is active with data remaining. Do not assemble subscription URLs manually or publish subscription details on public pages.

After connecting, check that the client has selected the intended region, then open the service you want to use. Browser cache, app sessions, and routing rules can all affect the result. A connected status in the client confirms the connection, not that every app request uses that route. For your first setup, see the quick start guide.

Keep test conditions consistent to report reproducible issues

If something goes wrong, note the platform, route name, target service, time, and any error message. Keep the device and task the same, switch to another route type in the same region, and check whether things improve. If multiple apps on the same device are affected, check your local network too. If only one service has a problem, check that service's status and your account requirements first.

For help, submit the relevant details through a dashboard ticket. Hide subscription URLs, passwords, and sensitive account details in screenshots. Describe what happened at each step; “connection failed” alone is less helpful for troubleshooting. For common issues, see the FAQ.