VPN Server Locations - QWVPN | 100+ Countries and Route Selection Guide

// 01 ROUTE DIRECTORY

Browse Representative Routes by Region

The table below shows selected commonly used regions; full service coverage includes 100+ countries and 160+ routes. “Streaming” indicates that a route can be tested for the listed use case, not that every platform, account region, or time of day will produce the same result. If the detected region is incorrect, try another route in the same region before reopening the target service.

Country/Region	City	Route Type	Streaming Support
Asia-Pacific
Hong Kong, China	Hong Kong	IEPL	Supported
Japan	Tokyo	IEPL	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL	Supported
South Korea	Seoul	Relay	Supported
Malaysia	Kuala Lumpur	Direct	Supported
Thailand	Bangkok	Direct	Supported
India	Mumbai	Relay	Match to Target Service
North America
United States	Los Angeles	IEPL	Supported
United States	San Jose	Relay	Supported
United States	New York	Direct	Supported
Canada	Toronto	Relay	Supported
Europe
United Kingdom	London	IEPL	Supported
Germany	Frankfurt	Relay	Supported
Netherlands	Amsterdam	Relay	Supported
France	Paris	Direct	Supported
Italy	Milan	Direct	Supported
Spain	Madrid	Direct	Match to Target Service
Sweden	Stockholm	Relay	Match to Target Service
Switzerland	Zurich	Relay	Match to Target Service
Other Regions
Australia	Sydney	Relay	Supported
New Zealand	Auckland	Direct	Match to Target Service
United Arab Emirates	Dubai	Relay	Match to Target Service
Brazil	São Paulo	Direct	Match to Target Service

// 02 LINE TYPES

Understanding the Three Route Types

IEPL, relay, and direct routes are not simply better or worse tiers. They use different network paths, with different resource costs, use cases, and sensitivity to local network conditions. Understand the basics first, then choose based on your task rather than relying on one route type all the time.

// A IEPL

More Control Over the Cross-Border Path

IEPL routes carry cross-border traffic over specially organized international links, reducing uncontrolled intermediate hops on the public internet. They are generally well suited to work sessions that require continuity, high-definition video, and sustained transfers. “IEPL” describes the connection method; it does not mean the target website will never throttle traffic or that fluctuations in the local access network are eliminated.

These resources generally cost more to organize and maintain than ordinary direct public-internet routes, making them a practical priority for critical tasks. Start by selecting an IEPL region nearby. If the target service has a specific regional requirement, prioritize regional matching over distance.

// B Relay

Connect to an Entry Point First, Then Reach the Egress

A relay route first sends the connection to an entry point that is easier to reach, then forwards it through an intermediate link to the target region. This makes it possible to adjust entry-and-egress combinations for different local networks instead of relying on a single end-to-end public route. Relay is often a balanced choice for distant target regions, visibly indirect direct paths, or regions with varying access quality.

A relay is not automatically faster than every direct route or weaker than an IEPL route. Focus on whether the entry point suits your current carrier, whether the egress fits the task, and whether the connection remains stable over time. If one relay entry point performs poorly, try another entry point in the same region before changing countries.

// C Direct

A Simpler Path, with More Direct Public-Network Effects

Direct routes connect from the local network straight to a server in the target region without adding a dedicated forwarding entry point. Their simpler path suits ordinary web browsing, backup connections, and situations where the local network already has a good route to the target region. Direct performance depends more heavily on the carrier’s international exit and actual routing, so the same city may perform very differently across networks.

Direct routes generally cost less to organize than IEPL routes and make broader regional coverage practical. They can be useful when you need a less common egress region. For routine access to a fixed region, use direct as a primary or backup option and judge it by page-load speed, session continuity, and the target service’s regional detection.

Prioritize Cross-Border Path Control

Start by testing an IEPL route.

Balance Coverage and Entry-Point Fit

Compare relay routes in the same region.

Need More Regions or a Backup Egress

View direct routes.

// 03 USE CASES

Choose the Right Route for Your Task

The first step is not finding one answer for every task. Confirm where the target service is located, whether the task needs a long-lived connection, and whether regional content is involved. Then choose the region and connection type.

// Everyday Browsing

Start Nearby, Then Compare Loading Experience

For international websites, research, and ordinary web pages, there is usually no need to begin with the most distant egress. Start with nearby regions such as Hong Kong, Japan, or Singapore, and test IEPL, relay, and direct routes. Check whether pages open smoothly, images and files continue loading, and switching between sites feels consistent. If a site clearly offers regional versions, switch to the corresponding egress.

Everyday browsing often involves many short connections. Connection responsiveness and sustained loading are more useful indicators than a one-time peak result. Keep one nearby route as your regular option and another with a different connection type as backup, so you can switch quickly when local network conditions change.

// Streaming

Prioritize Content Region Over Route Distance

Streaming services typically provide catalogs based on the egress region. Identify the content region first, then compare routes within that region. For example, if the target content is available in the US region, test a US egress rather than continuing with an Asia-Pacific egress simply because it is closer. “Supported” in the table means the route can be tested for this use case; final detection also depends on platform policies, account region, and cache state.

After switching routes, fully close the target app or page and reopen it so the old session does not retain its previous region data. During playback, check startup, seeking, and quality changes for stability. If the region is correct but playback is unsatisfactory, switch within the same region from direct to relay or IEPL.

// AI Tools

Keep the Egress Region Consistent to Reduce Session Changes

AI tools often involve login sessions, long-form output, file uploads, and ongoing conversations. Instead of switching regions frequently, choose an egress that can access the target service normally and keep using it. Common regions in the United States, Japan, Singapore, and Europe can all be candidates; follow the target tool’s regional requirements and your account’s usage pattern.

If text chat works but uploads or long responses often stop, keep the egress region unchanged and switch only the route type within that region. This helps distinguish a regional-detection issue from a path issue. During work, avoid jumping frequently between country egresses, which can cause the target service to repeatedly ask you to confirm the session.

// Gaming

Choose by Game Server Region, Not Account Language

For gaming, first confirm the actual location of the game server. Client language, store region, and server location may differ; rely on the in-game region or information provided by the service operator. Once the region is known, compare a nearby egress with an egress in the server’s region, then check session continuity, input responsiveness, and whether matchmaking or voice features work normally.

Game connections are sensitive to path changes. Once a route has established a stable session, avoid switching mid-match. IEPL or relay routes can be tested first; direct routes suit cases where the local carrier already has a good path to the target server. Games use different network architectures, so do not apply one test result directly to another game.

// Work

Prioritize Session Continuity Over Chasing a One-Time Speed Result

Video meetings, remote documents, code repositories, and enterprise systems often maintain long sessions. Prioritize connection continuity, then consider file transfers and page responsiveness. Start with a nearby IEPL or relay route; if the enterprise system restricts access by region, switch to the corresponding country or regional egress.

Once a work route is selected, keep another route type in the same region as backup. Save anything you are editing before switching, so a session change does not affect unsaved data. QWVPN supports Windows, macOS, iOS, Android, and Linux; after signing in, subscription and client entry points are available in the user panel.

// 04 DECISION FLOW

A Reusable Route-Selection Process

A large number of routes does not mean you need to test them one by one. Evaluate region, route type, and target service in a clear order to find a suitable combination faster and know what to change when network conditions shift.

Confirm the Target Region First

When the target service has a regional requirement, choose the matching egress directly. Without one, start with a commonly used nearby region. Do not change the region, app settings, and local network at the same time, or it will be difficult to identify what made a difference.
Then Choose the Route Type

For important meetings, sustained transfers, and high-definition video, start by testing IEPL. Choose relay when you need a balance of entry-point fit and regional coverage. Test direct for ordinary browsing, less common regions, or backup connectivity.
Validate with a Real Task

For browsing, open the websites you normally use. For streaming, check the content region and continuous playback. For AI tools, complete login, a conversation, and a file operation. A test that mirrors the real task is more meaningful than checking a single momentary metric.
Keep a Same-Region Backup

After confirming your regular route, choose a backup in the same region with a different connection type. If the local carrier’s path changes, switch to the backup first; change countries or regions only when the target region itself is unsuitable.

// 05 REGION NOTES

Make a Second Decision by Region

The right trade-offs can differ by region even for the same task. The guidance below helps narrow the options but does not replace a real connection test.

APAC

Asia-Pacific

Regions such as Hong Kong, Japan, and Singapore are useful starting points for everyday browsing, Asian content, and common international services. Geographic distance is often short, but paths from different local carriers to each region can vary. If a nearby egress performs poorly, try another city in Asia-Pacific and compare IEPL with relay.

NA

North America

US and Canadian egresses are commonly used for North American content, AI tools, and work systems hosted there. Select a city based on the target service’s region first, then choose the route type. Western and eastern egresses may lead to different service entry points, so country name alone is not enough to judge suitability.

EU

Europe

UK, German, Dutch, and French egresses suit European content and local business systems. European countries often apply separate checks for content licensing and account region, so identify the target country clearly. When no country is specified, start with a commonly used relay egress and switch based on the service’s detected region.

MORE

Other Regions

Egresses in Australia, New Zealand, the Middle East, and South America are better suited to tasks with a clear regional requirement. Because route distance and local-carrier exits vary more, confirm that the target service actually needs the region first, then choose the matching route and keep a nearby or relay egress as backup.

// 06 PRACTICAL NOTES

What to Know Before Using Routes

Route selection is not a one-time setting. Device networks, carrier paths, target-service entry points, and content regions can all change. A clear switching order helps reduce unproductive trial and error.

Different Performance in the Same Region Is Normal

The same country or city can have different entry points and connection types. If one route does not suit your current local network, that does not mean every route in the region is unsuitable. Trying another route type in the same region first helps preserve the target service’s regional detection.

Re-establish the App Session After Switching

Some apps cache old connections and regional information. After switching routes, close and reopen the target app; in a browser, reload the page. This makes it easier to confirm that the new egress is active.

Do Not Treat a Momentary Result as a Long-Term Conclusion

A single fast page load only shows that the task completed smoothly at that moment. For work, streaming, or file transfers, also observe whether the connection holds. Run the complete real task when evaluating a route instead of testing only the home page.

Assign Routes by Task Across Devices

QWVPN supports unlimited devices. On multiple personal or household devices, assign routes by task—for example, keep a work device on a fixed region while switching a streaming device to match the content region. Available traffic still depends on the selected monthly subscription or data plan.

Registration and Client Access

No email address is required; create an account with a username and password. Subscription and client access for Windows, macOS, iOS, Android, and Linux are all available in the user panel. The marketing site does not provide static installers or subscription URLs.

Test First, Then Decide How to Use It Long Term

Plans include a 7-day no-questions-asked refund. After getting started, test common regions, target services, and device environments using this guide, then choose regular and backup routes. Payment methods include Alipay, WeChat Pay, and USDT.