Global Server Directory

International Routes Across 90+ Countries

JeVPN offers 200+ routes across Asia-Pacific, North America, Europe, and other commonly used exit regions. The directory lists each city, access type, and streaming compatibility to help you choose a suitable network path.

90+ Countries 200+ Routes Unlimited Devices Windows / macOS / iOS / Android / Linux
JeVPN / Network Catalog
Route Directory
Exit Region Choose a Path by Use Case
GLOBAL
IEPL Dedicated Relay Direct

Start by identifying the region where the target service is hosted, then compare route types. A shorter distance does not always mean a better path; consider the use case, carrier routing, and the target platform’s region.

Server directory

Sample Servers Grouped by Region

The table below shows common exit regions and route types. JeVPN’s full service range covers 90+ countries and 200+ routes; the available list in the user panel depends on the current subscription configuration. The streaming column indicates whether a route is adapted for content access in the corresponding region. Actual availability remains subject to account region, licensing policies, and platform rules.

Country or Region City Route Type Streaming Support
Asia-Pacific
Japan Tokyo IEPL Dedicated Supported
Japan Osaka Relay Supported
Singapore Singapore IEPL Dedicated Supported
South Korea Seoul Relay Supported
Hong Kong, China Hong Kong IEPL Dedicated Supported
Taiwan, China Taipei Relay Supported
Australia Sydney Direct Region-adapted
North America
United States Los Angeles IEPL Dedicated Supported
United States San Jose Relay Supported
United States Seattle Direct Region-adapted
United States New York Relay Supported
Canada Toronto Direct Region-adapted
Europe
United Kingdom London Relay Supported
Germany Frankfurt IEPL Dedicated Supported
France Paris Direct Region-adapted
Netherlands Amsterdam Relay Supported
Sweden Stockholm Direct Region-adapted
Spain Madrid Direct Region-adapted
Other
United Arab Emirates Dubai Relay Region-adapted
India Mumbai Direct Region-adapted
Brazil São Paulo Direct Region-adapted
South Africa Johannesburg Direct Region-adapted
Route architecture

IEPL Dedicated, Relay, and Direct Routes Compared

Route names describe the primary path used between the local network and the exit server. Each type differs in resource cost, routing control, and suitability. Rather than choosing a label by default, first consider the task’s need for sustained transfer, target region, and connection responsiveness.

IEPL Dedicated Access

IEPL Dedicated: More Controlled Cross-Border Paths

IEPL dedicated routes typically use private network resources for key segments between local access and the overseas exit, reducing the number of intermediate hops across the public internet. The focus is not simply a shorter geographic distance, but a clearer cross-border path that is better suited to sustained transfers when network conditions are complex or public routes change frequently.

These routes generally cost more to provision and maintain than standard direct routes, making them a better fit for remote work, long video meetings, large file synchronization, continuous playback, and tasks sensitive to connection fluctuations. If the target is consistently in Japan, Singapore, the United States, or Europe, try an IEPL route near that region first, then decide whether to keep using it based on real-world performance.

Path profile: More concentrated cross-border segment Best for: Sustained transfers and workplace collaboration Cost profile: Relatively higher resource cost
RELAY Relay Route

Relay Routes: Reorganizing Paths Through Access Points

A relay route first sends the connection to a suitable access point, then forwards it through the relay network to the target exit. It is often used to improve public routing between a local carrier and a distant data center, especially when the target region is far away, direct routes take significant detours, or interconnection quality varies across networks.

Relay does not outperform direct access in every situation. An intermediate access point adds structure to the path, but a well-placed relay can avoid unsuitable remote routes. Its resource cost generally falls between IEPL dedicated and standard direct routes, making it a balanced option for everyday browsing, streaming access, AI tools, and routine file transfers. Match the route to the target region first rather than judging by the relay label alone.

Path profile: Access point first, then the exit Best for: General access and distant regions Cost profile: Mid-range resource cost
DIRECT Direct Route

Direct Routes: Relying on Natural Public-Network Routing

A direct route connects the local network to the target exit server without an intermediate relay, relying mainly on public interconnection and natural carrier routing. Its simpler structure usually means lower resource costs and broader regional coverage. For web browsing, research, occasional access, or less common regional exits, direct access is often practical.

Direct-route performance is more visibly affected by the local carrier, location, and time of day. The same city exit may perform differently across access networks. Treat direct access as an important complement to regional coverage: choose the country or region that matches the target service first, then switch to a relay or IEPL route in the same region if pages load inconsistently, connections are difficult to establish, or file transfers are interrupted.

Path profile: Natural public-network routing Best for: Everyday browsing and regional coverage Cost profile: Relatively lower resource cost
Selection workflow

Choose Routes by Use Case, Not Just City Name

A practical selection order is to identify the target region first, determine the task type second, and compare different paths within that region last. Server distance is only one factor; the platform’s account region, content licensing, and local carrier routing also affect the result.

Everyday Browsing

Start Nearby and Keep an Alternative in the Same Region

Websites, search, research, and everyday social services typically depend most on smooth connection establishment. Start with a nearby region that has common international interconnections, such as Japan, Singapore, or Hong Kong, China, then compare direct and relay routes on your network. If the target site offers a clearly defined regional version, choose the exit that matches it rather than using the wrong region for a shorter distance.

For everyday access, keep different routes in the same region as alternatives. When one website behaves unexpectedly, first check whether it is the only affected site, then try another path in the same region. Jumping to a completely different country may change search results, language settings, or content catalogs and make troubleshooting harder.

Video and Streaming

Match the Content Region First, Then Focus on Sustained Transfer

Streaming content is usually offered according to exit region, account region, and platform licensing. First identify the region associated with the content you want, then choose a route marked as supported or region-adapted in the table. After connecting, reopen the app or website so the platform can reassess the current network exit. If the old catalog still appears, also check the account region, app cache, and platform rules.

Long playback sessions depend more on sustained transfer. If you see frequent pauses, reduced quality, or slow recovery after seeking, compare an IEPL dedicated route with a relay route in the same region. After switching, test the same content on the same device and under similar network conditions; changing the region, device, and account at once makes the source of the issue difficult to identify.

AI Tools

Keep the Exit Region Consistent to Limit Session Changes

When accessing AI tools such as Gemini, a consistent regional environment is usually more important than frequently switching countries. Confirm which regions the service supports, then choose a relay or IEPL route in that region and keep the exit location consistent within the same session. Frequent cross-region switching while signed in may trigger the platform’s own security checks or change feature access, content policies, or account availability.

If the tool loads but conversation submissions, file uploads, or long-form generation are inconsistent, try another route type in the same region before moving to a more distant exit. Browser extensions, system proxy settings, and in-app network configuration can also change the actual path. During troubleshooting, confirm that traffic is really passing through the selected JeVPN route.

Gaming Connections

Target the Game Server Region, Not the Account Store Region

The game login region, matchmaking region, and actual game server may be in different locations. Before choosing a route, identify the region that hosts the actual match, then compare nearby exits. For tasks requiring sustained two-way communication, try routes with a more concentrated path and clearer routing control first. If you only need the game store, update announcements, or resource downloads, a standard relay or direct route may be sufficient.

Network acceleration cannot change the game server’s own condition or replace the quality of local access. Crowded Wi-Fi, background downloads, system updates, and inter-carrier connectivity can all affect input response. To evaluate a route, keep the device and local network fixed, change only the exit route, and observe continuity during an actual match rather than relying on a single connection-screen metric.

Remote Work

Build a Consistent Path Around the Company Service Region

Remote desktops, video meetings, code repositories, cloud documents, and file synchronization usually require a connection to remain stable over extended periods. First confirm where the company service or collaboration platform is primarily hosted, then choose the corresponding exit. If team resources are concentrated in Japan, Singapore, the United States, or Europe, consistently using a route in the same region is usually easier to troubleshoot than automatically switching between countries.

Before an important meeting or large file sync, open the required service in advance and confirm that sign-in, uploads, and downloads work normally. If a problem occurs, switch to a backup route in the same region first. If only internal company resources are unavailable, also check enterprise access rules and account permissions. JeVPN supports Windows, macOS, iOS, Android, and Linux, with unlimited devices online at the same time, making the same subscription configuration practical across different work terminals.

Coverage index

Coverage and Usage Boundaries

JeVPN covers 90+ countries and 200+ routes. These figures describe the breadth of available exits; they do not mean every region uses the same route types or that every target platform offers identical content on every route.

The route directory displays available options according to the subscription configuration. When choosing an exit, prioritize regional matching and use route type as the second criterion: compare IEPL dedicated and relay routes for sustained transfers, check direct coverage for less common regional exits, and review the table’s compatibility status for streaming content.

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APAC Asia-Pacific

Japan, Singapore, South Korea, Hong Kong, China, Taiwan, China, Australia, and more

NA North America

United States, Canada, and more

EU Europe

United Kingdom, Germany, France, the Netherlands, Sweden, Spain, and more

GLOBAL Other Regions

United Arab Emirates, India, Brazil, South Africa, and more international exits

Region First

Start with an exit in the same region as the target service.

Compare Within the Region

Comparing IEPL dedicated, relay, and direct routes within one region makes path differences easier to identify.

Keep Conditions Fixed

During troubleshooting, keep the device, local network, and target content fixed, changing only one condition at a time.

Platform Rules

The exit region is only one factor; also confirm the account region and the target platform’s policies.