GLOBAL ROUTE DIRECTORY

Global Server Locations

QhVPN covers 90+ countries / 200+ routes. Locations are organized by region, route structure, and use case, making route selection clear without repeated trial and error through a long list.

90+ countries / 200+ routes Unlimited devices 30-day refunds
ROUTE REGISTER Directory categorized
APAC Asia-Pacific Nearby access and regional content
NA North America AI Tools and international websites
EU Europe Work collaboration and regional content
GLOBAL Other regions Cross-region access and destination exits

This page shows representative regions. For the complete list of available routes, refer to the client after signing in.

REGION DIRECTORY

Representative routes by region

The table below illustrates server distribution, city exits, and route structures. Streaming availability depends on the platform account region, content licensing, and the target service’s policies. “Supported” means the route is included in the adaptation scope for that use case; results may still vary by account and content.

Asia-Pacific routes

Country/region City Route type Streaming support
Japan Tokyo IEPL Dedicated Line Supported
Japan Osaka Relay Supported
Singapore Singapore IEPL Dedicated Line Supported
South Korea Seoul Relay Platform dependent
Hong Kong, China Hong Kong IEPL Dedicated Line Supported
Taiwan, China Taipei Relay Supported

North America routes

Country/region City Route type Streaming support
United States Los Angeles IEPL Dedicated Line Supported
United States San Jose Relay Supported
United States Seattle Direct Platform dependent
United States New York Relay Supported
Canada Vancouver Direct Platform dependent
Canada Toronto Relay Supported

Europe routes

Country/region City Route type Streaming support
Germany Frankfurt IEPL Dedicated Line Supported
United Kingdom London Relay Supported
France Paris Direct Platform dependent
Netherlands Amsterdam Relay Supported
Switzerland Zurich Direct Platform dependent
Italy Milan Direct Platform dependent

Other regional routes

Country/region City Route type Streaming support
Australia Sydney Relay Supported
New Zealand Auckland Direct Platform dependent
United Arab Emirates Dubai Relay Platform dependent
South Africa Johannesburg Direct Platform dependent
Brazil São Paulo Relay Supported
Argentina Buenos Aires Direct Platform dependent

This representative directory illustrates regional structure and is not the complete route list in the client. QhVPN covers 90+ countries / 200+ routes overall; available options depend on the subscription currently assigned to your account.

ROUTE ARCHITECTURE

How the three route types differ

Route names are not speed rankings. IEPL dedicated lines, relays, and direct connections describe the path from your local network to the destination exit. Distance, carrier interconnection, time of day, and the target service can all change the result. Choose the structure for the task first, then confirm it through actual connection performance.

DEDICATED PATH

IEPL Dedicated Lines

IEPL dedicated lines emphasize a controlled transmission path between the entry and exit points. Compared with routes that rely entirely on public internet forwarding, they generally prioritize consistency across the international segment and reduce fluctuations caused by detours. They suit sustained transfers, remote meetings, overseas work systems, extended streaming, and tasks that require connection continuity.

Dedicated-line resources typically cost more to access and maintain than ordinary public-network paths, so value should not be judged by geographic distance alone. A nearby direct route is not always more stable than a farther dedicated path. When choosing, also check how smoothly the connection is established, whether it switches frequently during long tasks, and whether the target service loads normally—not just the server city.

Best for: sustained transfers / work collaboration / streaming Cost profile: higher
RELAY PATH

Relay Routes

Relay routes first send the connection to a relatively controlled entry point, then forward it through an intermediate link to the destination region. Their main purpose is to avoid unstable parts of the path between the local network and the remote exit. More hops are not automatically better; the key factors are the entry location, forwarding relationship, and whether the exit region fits the task.

This structure balances coverage and route cost, making it suitable for everyday browsing, AI Tools, regional content, and routine file transfers. For cross-region access, a relay route may perform more steadily than a path that appears more “direct.” If several entry points are available in the same region, start with the one that connects most smoothly to your local carrier, then compare the actual response of the target website or app.

Best for: everyday access / AI Tools / regional content Cost profile: balanced
PUBLIC PATH

Direct Routes

Direct routes go from the local network straight to the destination-region exit without an additional controlled relay entry. Their path is simpler and suits situations where interconnection between the local carrier and the destination data center is strong. For nearby regions with clear routing, direct connections are a sensible first test for lightweight tasks.

Direct routes are more exposed to public-network congestion, inter-carrier interconnection, and routing changes. The same route may perform very differently across networks, so another user’s test result should not be applied directly to your device. If pages occasionally stall, long connections drop, or the target app repeatedly retries, compare a relay or IEPL dedicated line in the same region.

Best for: light browsing / nearby exits / path comparison Cost profile: lower

How cost differences affect route selection

Route costs mainly come from entry points, international transmission, exit resources, and ongoing maintenance. A higher cost does not mean every task requires a dedicated line, and a lower cost does not make direct routes irrelevant. Use more controlled paths for important, sustained tasks that are sensitive to network fluctuations; for quick searches, lightweight pages, and clearly defined destinations, start by testing a direct or relay route.

Do not chase the result of every individual connection. A page’s first load is also affected by DNS resolution, browser cache, the destination site’s status, and the account region. When comparing routes, keep the device, app, and destination consistent and change only the route type. This produces a more reliable view of the actual path difference.

SELECTION BY TASK

Choose routes by use case, not by name

A server city only indicates the exit location. The factors that really affect the experience are the task type, the target service’s region, local carrier routing, and connection duration. The following methods break down common use cases.

BROWSING

Everyday browsing

For news, research, and international websites, start with a nearby Asia-Pacific route. Test a relay or direct connection first, checking that pages open consistently, images load fully, and navigation does not repeatedly retry. For short tasks, there is no need to default to a higher-cost route; a simple path with smooth local interconnection is often more important.

If different websites perform very differently, first determine whether the issue is limited to one destination. Switch routes only when multiple types of websites show stalls. Frequently switching between distant regions removes a consistent point of comparison.

STREAMING

Streaming

For streaming, choose the exit region based on the content first, then test routes marked as supported. Region matching matters more than the city name. A player opening does not guarantee stable playback throughout; check startup, seeking, and continuous playback. If buffering repeats, switch within the same region from direct to relay or IEPL dedicated line rather than changing both the exit region and route structure at once.

Streaming platforms can return different results based on account region, content licensing, and their own policies. Clearing the app cache, reopening the player, and confirming the account region before testing can reduce errors caused by an old session. QhVPN provides route adaptation, but the actual catalog is determined by the relevant platform.

AI ACCESS

AI Tools

AI Tools often involve sign-in, long-form generation, file uploads, and persistent sessions. Prefer a relay or IEPL dedicated line in a region supported by the target service, and keep the exit region consistent throughout the session. Switching locations repeatedly during generation may refresh the session or restart an upload.

If the page opens but a submission receives no response for a long time, check the account status, browser session, and route separately. First switch to another route structure in the same region instead of moving directly to a completely different region. This makes it easier to determine whether the issue comes from the current path or the target service.

GAME ROUTE

Gaming connections

Games are more sensitive to path continuity and routing direction. First identify the game server’s region, then choose a nearby exit. Select the route before launching the game and avoid switching back and forth after the connection is established. If login works but the match fluctuates, compare a relay and dedicated line in the same region instead of relying only on short-term feedback from the client.

Some games place their login, resource, and match servers in different regions. A single location may not cover every stage. Record whether the issue occurs during login, updates, or a match, then test the relevant region.

REMOTE WORK

Remote work

Remote meetings, code repositories, online documents, and enterprise systems depend more on long-lived connections. Prefer an IEPL dedicated line or a stable relay route, and keep the same exit throughout the work session. Verify the connection before a meeting begins and avoid changing regions during the meeting. When syncing files, wait for the current task to finish before adjusting the route.

Enterprise systems may evaluate access by login region, browser session, or organizational policy. If a page shows a permissions error, first check the account and organization policy rather than attributing every message to the network. The route handles transmission; business permissions remain controlled by the target system.

DIAGNOSTIC WORKFLOW

Build a repeatable route-selection process

One connection result is not enough to establish route quality. Keep variables fixed and compare one factor at a time to separate local-network, route-structure, and destination-service issues.

  1. Choose the exit region first

    Choose the country and city based on the target website, content region, work system, or game server. If the target is available only in a specific region, match the region first instead of comparing route types.

  2. Keep the device and access network fixed

    Test on the same device, in the same app, and over the same access network. QhVPN supports Windows / macOS / iOS / Android / Linux with unlimited devices, but comparison tests should still keep the device fixed so platform differences are not mistaken for route differences.

  3. Compare paths within the same region

    Compare IEPL dedicated lines, relays, and direct connections within the same exit region whenever possible. Change only the route structure and observe connection setup, page loading, and continuity during long tasks. Do not change the region, app, and network at the same time.

  4. Validate with real tasks

    For browsing, open familiar pages continuously; for work, verify a meeting and file sync; for AI Tools, complete one full session; for streaming, check startup, seeking, and continuous playback. Test scenarios should match actual use.

  5. Keep a usable backup path

    After choosing a primary route, select another structure in the same region as a backup. Public-network paths change, so keeping a verifiable alternative is more effective than randomly switching through the full list when problems arise.

COVERAGE SCOPE

Coverage and directory limits

QhVPN covers 90+ countries / 200+ routes. The public page shows representative countries, cities, and route structures for planning before selection. The complete list is available in the client and subscription after signing in. Routes may change for maintenance and scheduling, so the public directory does not turn temporary availability into a long-term promise.

All plans support Windows / macOS / iOS / Android / Linux with unlimited devices. No email address is required to create an account; a username and password are enough. When switching computers or mobile devices, get the client and subscription details from the user panel.

Route selection should serve a specific task. A nearby location is not necessarily the most stable path, and a higher-cost route is not required for every lightweight task. Narrow the options by destination region, compare path structures, and validate with a real task for more reliable conclusions.

COUNTRIES 90+ countries

Coverage across Asia-Pacific, North America, Europe, and other regions.

ROUTES 200+ routes

Includes IEPL dedicated lines, relay routes, and direct connections.

DEVICES Unlimited devices

Configure the same account for your actual device environment.

REFUND 30-day money-back guarantee

Use it to evaluate performance on your actual network.