Server Locations - IWVPN | 110+ Countries and 190+ International Routes

01 / DIRECTORY

Browse global routes by region

The table below is a sample directory of regions and route types, not a complete route list. IWVPN covers 110+ countries / 190+ routes overall; the user panel shows the options available after login.

Country / region	City	Route type	Streaming
Asia-Pacific
Hong Kong	Hong Kong	IEPL	Supported
Japan	Tokyo	IEPL	Supported
Japan	Osaka	Relay	Supported
Singapore	Singapore	IEPL	Supported
Taiwan	Taipei	Relay	Supported
South Korea	Seoul	Relay	Supported
Malaysia	Kuala Lumpur	Direct	Switch to verify
Thailand	Bangkok	Direct	Switch to verify
North America
United States	Los Angeles	IEPL	Supported
United States	Seattle	Relay	Supported
United States	New York	Direct	Switch to verify
Canada	Toronto	Relay	Supported
Canada	Vancouver	Direct	Switch to verify
Mexico	Mexico City	Direct	Switch to verify
Europe
United Kingdom	London	IEPL	Supported
Germany	Frankfurt	Relay	Supported
France	Paris	Relay	Supported
Netherlands	Amsterdam	Direct	Switch to verify
Switzerland	Zurich	Direct	Switch to verify
Finland	Helsinki	Direct	Switch to verify
Other regions
Australia	Sydney	Relay	Supported
New Zealand	Auckland	Direct	Switch to verify
United Arab Emirates	Dubai	Relay	Supported
Brazil	São Paulo	Direct	Switch to verify
South Africa	Johannesburg	Direct	Switch to verify
Türkiye	Istanbul	Direct	Switch to verify
India	Mumbai	Relay	Supported

Routes may change with scheduling and maintenance. For a specific country, check the complete list available for your subscription in the user panel. This static page does not show latency, load, online user counts or real-time bandwidth.

02 / LINE TYPES

How route types work

IEPL, relay and direct routes are not simple tiers from better to worse. They use different path structures, with different use cases, scheduling flexibility and resource costs. Understanding the path is more useful than focusing on a single momentary test result.

IEPL Dedicated route

IEPL

IEPL routes place the cross-border segment on a relatively fixed, enterprise-grade transport path, with a clearer structure across the entry point, international segment and overseas exit. The goal is not a more complicated route name, but fewer uncontrollable detours on public networks, helping long-lived connections, continuous downloads, video buffering and remote sessions stay consistent.

These routes suit scenarios where connection continuity matters, such as extended video streaming, streamed output from AI tools, work-file synchronization and remote work. If the local network fluctuates in the evening, start by testing an IEPL route in the same region.

Dedicated routes require separate entry points and transport resources, so their cost is generally higher than ordinary direct routes. The same path is therefore not configured for every city. Treat IEPL as a priority option, not a requirement for every task.

RELAY Scheduling entry

Relay routes

A relay route first connects to an entry point suited to the current access network, then forwards traffic through the relay layer to the target region. Separating local access from the overseas exit makes it easier to combine paths across networks, regional exits and target services, while offering different connection directions within the same country.

Relay routes suit most everyday access and are a common alternative when direct connections are unsatisfactory. For international websites, online documents, images and common cloud tools, start with a nearby relay entry point and switch the exit region based on the content you need.

Relay paths add a scheduling step, so their maintenance complexity and resource use fall between dedicated and direct routes. Their advantage is flexibility, but not every relay route is automatically better than direct. The entry point, target region and local network determine the actual experience.

DIRECT Direct exit

Direct routes

Direct routes connect from the current network straight to an overseas server without an additional dedicated relay entry point. Their simpler structure can cover more long-tail regions, complement less frequently used countries and cities, and serve as a comparison path against other route structures.

When the local network has a clean route to the target region, direct access can provide a simple, straightforward path. Try it first for everyday pages, text messages, short queries and tasks with clear regional requirements but infrequent use.

Direct routes depend more on local networks and public routing, with a greater chance of cross-region detours. If page responses become inconsistent or long-lived connections drop, do not repeatedly reconnect to the same route. Try a relay in the same region, or switch to a nearby region to determine whether the issue is with the entry point or the target service.

03 / USE CASES

Choose a route by use case

There is no single route choice that fits every scenario. Confirm the destination, session duration and regional requirements first, then choose a route type. The sequence below provides a practical filtering method rather than one fixed node for every device.

A / BROWSE

Everyday browsing and research

For web browsing, documentation and text-based work, start with a nearby Asia-Pacific relay or direct route. If pages open consistently and your login session remains active, there is no need to chase other regions. Switch to the required country when the site has a clear regional requirement; for public information, a nearby region is often more convenient.

To decide whether to switch routes, observe a complete workflow: open the homepage, enter a content page, sign in and submit a form. The first load alone can be affected by caching and does not show whether later requests remain stable. If one site behaves abnormally, try another route in the same region before judging the entire subscription unavailable.

B / MEDIA

Streaming and continuous playback

Streaming is affected first by regional detection and only then by transport. Choose the region associated with the content and confirm that the library shown matches your target. If the region is wrong, clear the service's old session before switching to another route in the same country. Once playback has started, avoid frequent exit changes, which may trigger detection again.

For extended playback, prioritize IEPL or relay routes. Starting playback does not guarantee stability throughout the session, so pay attention to seeking, switching content and resuming playback. If several route types are available in one region, keep the region fixed and change only the path to distinguish regional detection issues from transport issues more quickly.

C / AI

AI tools and streamed output

AI tools often check the exit region, session state and connection continuity together. Web chat, coding assistants and long-form generation maintain ongoing transfers; frequent short-term route changes can invalidate login sessions, interrupt generation or cause abnormal API responses. Choose a supported region and keep the same exit throughout a complete session.

Start with an IEPL or relay route in the same region. If the page signs in successfully but output stops midway, try another path in the same country. If the page says the region is unavailable, recheck the service's supported regions rather than simply changing protocols. Development tools, command-line tools and browsers should preferably use the same exit region to reduce differences in environment detection.

D / GAME

Game updates and online connections

Gaming requires separating resource downloads from online connections. During an update, focus on sustained transfer and try a relay or IEPL route. Once an online session begins, choose a route near the game's service region and keep the exit unchanged where possible. A route that performs well for downloads may not suit a long online session.

If a game has separate login, content-download and online services, they may connect to different regions. During troubleshooting, identify whether the issue occurs at login, during an update or when entering a session. Do not change the client, route and local network at the same time, or it will be difficult to identify what caused the change.

E / WORK

Work, meetings and file synchronization

Work scenarios depend more on session continuity. Online meetings, remote desktops, code repositories, cloud documents and file synchronization may all maintain long-lived connections, so prioritize a stable IEPL or relay route. When the target service is concentrated in one region, keep the exit there where possible to prevent permission systems from treating continuous activity as a different environment.

Before an important meeting or large file sync, sign in, open the document and run a short transfer to confirm that the route supports the complete workflow. Switch routes before the task begins, not during synchronization or submission. Different devices can use the same subscription—IWVPN supports unlimited devices—but each should be validated separately on its own network.

04 / METHOD

Switching routes and troubleshooting

Effective troubleshooting means changing only one condition at a time. Fix the target service first, then adjust the region, route type and local access in sequence to identify where the problem lies.

REGION

Fix the target region first

When a target service has regional requirements, choose the country or region first instead of trying multiple continents at random. Using one region as the baseline, test IEPL, relay and direct routes in sequence to distinguish path differences from regional detection. If the site's content and account region do not match, also check whether an old session is still active.

PATH

Then change the route type

If the region is correct but the connection is inconsistent, keep the country unchanged and alter only the route type. Switch from direct to relay when direct access is abnormal; try IEPL when relay is unsuitable for a long session. This keeps regional and path changes separate and makes it easier to record which combination suits the current network.

SESSION

Reconnect the session

After changing the exit, open webpages, app connections and development tools may not automatically use the new path. Close the old connection and reopen the target service. For services sensitive to regional detection, also leave the old session before entering again so its state does not affect the assessment.

LOCAL

Check local access

The same route may perform differently across access networks. If similar issues appear in several regions, first check whether the local network is switching, sleeping or restricting background connections. On mobile devices, make sure the client has not been suspended by the system; on desktop devices, check whether another network tool is taking over the connection.

05 / COVERAGE NOTES

Common questions about route coverage

The directory answers questions about coverage and route selection; the actual route list in your account reflects currently available options. They serve different purposes, so the static directory should not be treated as a real-time status page.

Why aren't all 190+ routes listed here?

The public page explains regional distribution, sample cities and route types. The complete directory changes with resource scheduling and maintenance. After creating an account, view the routes for your current subscription in the user panel. Overall coverage is 110+ countries / 190+ routes.

Is the nearest route always the best choice?

Not necessarily. Distance mainly affects the access direction; the target service's region, public routing and route type matter as well. For everyday browsing, start with a nearby region. For streaming, AI tools and work systems, meet the target service's regional requirements first, then compare different paths within that region.

Does IEPL require a separate plan?

Plans are differentiated by data allowance: ¥9.9/month includes 60GB, ¥18/month includes 250GB, and ¥28/month includes 500GB. The routes available for your current plan are shown in the user panel. When upgrading mid-cycle, the price difference is prorated by the remaining days.

Should multiple devices use the same route?

Not necessarily. IWVPN supports unlimited devices, and each device can choose a route based on its location, local access network and target service. When the same account environment must be maintained, related devices should use the same exit region where possible; devices with different uses can choose paths independently.

How do I get the client and complete route directory?

No email address is required—create an account with a username and password. After setting up your account, get the Windows, macOS, iOS, Android or Linux client from the user panel and view the routes available for your subscription there. Marketing pages do not provide static installers or subscription URLs.

What should I do if a route does not suit my current network?

Keep the target region unchanged, switch to another route type in the same region and reconnect the application session. If the same issue appears across several regions, check local access and the client status. If the cause remains unclear, submit a ticket from the user panel with the target region, route type and stage where the issue occurred.