Route Directory · Organized by Region

VPNWC Server Locations and Global Routes

VPNWC covers 100+ countries and 170+ routes. This page lists representative cities and explains IEPL, relay and direct connection types. Start with the destination of the service you need, then choose based on your use case rather than focusing only on the route name.

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Region index

Browse international routes by region

The table below lists representative cities from the route directory, not the complete server list. Routes may change with network quality, data-center maintenance and destination availability. Fixed latency, load and bandwidth figures are not shown because these conditions vary by local carrier, connection time and destination.

APAC

Asia-Pacific

Suitable for services in Hong Kong, Japan, Singapore, South Korea and nearby regions. For everyday browsing, AI tools and work, start by testing routes that are geographically closer.

Country/Region City Route type Streaming support
Hong Kong, ChinaHong KongIEPLSupported
JapanTokyoRelaySupported
JapanOsakaDirectPartial support
SingaporeSingaporeIEPLSupported
Taiwan, ChinaTaipeiRelaySupported
South KoreaSeoulRelaySupported
MalaysiaKuala LumpurDirectPartial support
ThailandBangkokDirectPartial support
NA

North America

Suitable for services based in the United States, Canada or Mexico. If a service offers multiple regional endpoints, choose the route that matches the account region, content region or location of the work system.

Country/Region City Route type Streaming support
United StatesLos AngelesIEPLSupported
United StatesSeattleRelaySupported
United StatesNew YorkDirectSupported
CanadaTorontoRelaySupported
CanadaVancouverDirectPartial support
MexicoMexico CityDirectPartial support
EU

Europe

Suitable for European websites, multinational work systems, regional content and local search results. Distances vary between European cities, so the destination country usually matters more than how popular a route name sounds.

Country/Region City Route type Streaming support
United KingdomLondonIEPLSupported
GermanyFrankfurtRelaySupported
NetherlandsAmsterdamDirectSupported
FranceParisRelaySupported
ItalyMilanDirectPartial support
SpainMadridDirectPartial support
OTHER

Other regions

For services in Oceania, the Middle East, South America and Africa. When the distance is greater, consider stability, regional fit and real-world performance together.

Country/Region City Route type Streaming support
AustraliaSydneyIEPLSupported
New ZealandAucklandDirectPartial support
United Arab EmiratesDubaiRelayPartial support
BrazilSão PauloDirectPartial support
South AfricaJohannesburgDirectPartial support
Route types

How route types affect connections

IEPL, relay and direct routes describe different ways of organizing the connection path. Each suits different tasks, and none should be treated as a fixed speed ranking. The destination region, local access network, protocol and time of use all affect the final result.

IEPL

IEPL

IEPL connects the entry and exit points through a more controlled cross-border path. Routing is generally more predictable, making it suitable for sustained transfers, remote meetings, cloud file work and tasks sensitive to connection changes. Its purpose is not to send every connection through one route, but to reduce unnecessary routing changes across public networks.

IEPL resources cost more to build and maintain, so they are best reserved for important tasks or frequently used regions. If the destination service is in another country, choose a region-matched relay or direct route instead of focusing only on the word “IEPL.”

RELAY

Relay routes

A relay route first sends the connection to a suitable entry point, then forwards it through an intermediate node to the destination region. This can avoid an unfavorable direct path and provide more flexibility between local access and the overseas exit. For everyday browsing, AI tools, streaming and general work, relays often balance regional choice and cost.

A relay path adds a routing step, so performance depends on the entry, exit and intermediate path together. If a route does not suit the current network, try another relay in the same region before switching to a city much farther away.

DIRECT

Direct routes

A direct route connects the local network straight to an exit in the destination region, with a simpler structure and fewer routing steps. It suits ordinary websites, lightweight apps, backup connections and situations requiring an exit in a specific country. When the location is nearby and the carrier route is favorable, direct connections can feel smooth and natural.

Direct routes rely more heavily on the public path between the local carrier and the destination data center, so differences between networks may be more noticeable. Keep a relay in the same region as a comparison and decide after testing the applications you actually use.

How to understand cost differences

Route costs mainly come from entry resources, cross-border links, exit data centers and ongoing maintenance. IEPL emphasizes controlled paths, relays emphasize route optimization and scheduling, while direct routes emphasize a simpler structure. Cost differences do not mean one type is better in every region or application. Put important work on stable, well-matched routes; use relays or direct routes for ordinary browsing and backups, while keeping an alternative in the same region.

Selection notes

Choose routes by use case

First decide what you need to access, then choose the exit region and route type. The methods below do not depend on fixed speed-test figures and are easier to repeat over time.

Everyday browsing

For everyday websites, search and lightweight apps, start with nearby routes in Hong Kong, Japan, Singapore or elsewhere in Asia-Pacific. Shorter distance often means a more direct path, but judge the route by consistent page loading, complete image loading and stability over time.

Try a relay first, then compare it with a direct route in the same region. If only one website behaves differently, check its server region instead of changing the default route for every app.

Streaming

Streaming depends first on the region where the content is offered. Choose a United States route for US content and a Japan route for Japanese content; the exit region matters more than the city name. Use “Supported” in the table as an initial filter, then open the target platform to verify its catalog and playback status.

Continuous playback matters more than how quickly a page opens for a moment. If quality drops, buffering occurs or the catalog is wrong, switch to another route in the same country and reopen the app. Frequent country changes can make account-region checks less consistent.

AI Tools

AI tools often connect to login services, model APIs, file uploads and content-delivery services at the same time, so opening the home page is not enough. Choose a region the tool explicitly supports and keep the exit relatively stable during a session. Test Hong Kong, Singapore, Japan and United States routes according to the tool’s regional policies.

If text chat works but file uploads fail, switch to an IEPL or relay route in the same region and start a new session. For larger work files, focus on whether the upload remains continuous rather than only comparing the first-page loading experience.

Gaming

Match the game route to the actual server region. If the game server is in Japan, start with Tokyo or Osaka instead of choosing a route that sounds more premium but exits farther away. After connecting, check stability through login, matchmaking, map changes and a sustained session.

If the client supports per-app routing, send only the game and its login components through the target route while using other routes for downloads or video apps. Updates and live gameplay may also call for different route choices.

Remote work

Remote meetings, enterprise systems, cloud documents and code repositories depend more on continuity. Prefer an IEPL or stable relay near the region where the company system is hosted, and test login, audio, screen sharing and file uploads before an important meeting.

Avoid switching countries frequently during work. Enterprise systems may request a new login based on the exit region, and an upload in progress may be interrupted. Keep another route in the same region as a quick fallback for maintenance or local network changes.

Practical check

Build your own route log

Route performance depends on your location, local carrier, access method, time of use and destination service. A route that works well for someone else may not suit your network, so the more reliable approach is to run short tests with your own tasks and record the results.

There is no need to track complex metrics. Note the route region, route type, target app, whether login succeeded, whether extended use was interrupted and which route solved the issue. After a few sessions, you can build reliable combinations for everyday use, streaming and work.

  1. Set one target first

    Test one website, app or work system at a time. When the target keeps changing, it is difficult to tell whether the issue comes from the route or the service itself.

  2. Start in the same region

    Begin with the country where the service is located or a nearby region, then compare IEPL, relay and direct routes in that order.

  3. Complete a real task

    Do not stop after opening the home page. Start playback for streaming, complete a conversation or upload in an AI tool, and finish login and file operations for work.

  4. Keep an alternative route

    After choosing a regular route, select another route in the same region as a backup. This is faster than searching through the full directory during a disruption.

Service boundaries

Route directory changes and how to interpret them

Why cities change

Data-center maintenance, upstream routing changes and destination-service policies can all affect route planning. VPNWC may adjust entry points, exits or route names based on connection conditions. This page explains coverage and route selection; use the current client directory for actual connections.

Why fixed performance figures are not published

The same route can perform differently from different cities, carriers and access methods. Turning a single test result into a long-term promise would lead to poor choices. Evaluate a route against your own target app and whether a continuous task can be completed.

What streaming support means

Streaming support means the route is configured and maintained for that use case; it does not mean every account, title or time of day will show the same catalog. Platforms change regional rules, so try an alternative in the same region when conditions change.

How to assign routes across devices

VPNWC supports unlimited devices. Use a work route on a computer, connect a TV to the region needed for streaming and choose a nearby route for other devices. With many devices, assign routes by purpose instead of keeping everything on one exit.